2013–2019 Index to Feature Articles IEEE Electrification ......1. 2013–2019 Index to Feature...

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2013–2020 Index to Feature Articles IEEE Electrification Magazine

Vols. 1–8

This index covers all feature articles that appeared in IEEE Electrification Magazine during 2013–2020. The Author Index contains the primary entry for each article, listed under the first author's name. The primary entry includes the coauthors'

names, the title of the article, and its location, specified by the publication abbreviation, year, month, and inclusive pagination. The Subject Index contains entries describing the article under all appropriate subject headings, plus the first author's name, the publication abbreviation, month, and year, and inclusive pages. Note that the article title is found only under the primary entry in the Author Index. (Index entries have been compiled from the 2013 through 2020 year-end indexes.)

Each index entry contains a link (blue text) to allow you to view the article's abstract in IEEE Xplore®.

AUTHOR INDEX

A Aanondsen, S., see Reddy, N., MELEC Dec. 2019 32-45 Aarsaether, K., Energy Savings in Coastal Fisheries: Use of

a Serial Battery Hybrid Power System; MELEC Sept. 2017 74-79

Abdollahi, H., see Riccobono, A., MELEC Sept. 2017 55-67 Abusorrah, A., see Aminifar, F., MELEC Sept. 2020 79-91 Abusorrah, A., see Tan, S., MELEC Dec. 2020 98-106 Agelidis, V., see Vassallo, A., MELEC Sept. 2015 22-29 Aguero, J., see Bahramirad, S., MELEC March 2015 48-55 Ahmad, A., see Kowal, S., MELEC Sept. 2019 76-80 Ajala, O., see Nigam, S., MELEC Sept. 2020 92-100 Akin, B., see Rajashekara, K., MELEC Dec. 2013 64-73 Akrami, A., see Bisadi, M., MELEC June 2018 64-72 Akyol, B., see Katipamula, S., MELEC Dec. 2016 15-22 Al-Hallaj, S., see Chen, C., MELEC Sept. 2020 62-69 Al-Turki, Y., see Aminifar, F., MELEC Sept. 2020 79-91 Alabdulwahab, A., see Aminifar, F., MELEC Sept. 2020 79-

91 Alamgir, M., Lithium Has Transformed Vehicle Technology:

How Trends in Li-ion Battery Technology Have Developed for Vehicle Electrification; MELEC March 2017 43-52

Albu, M., see Marnay, C., MELEC March 2015 79-85 Alexander, M., see Bowermaster, D., MELEC March 2017 59-

67 Alnes, O., Eriksen, S., and Vartdal, B., Battery-Powered

Ships: A Class Society Perspective; MELEC Sept. 2017 10-21

Aminifar, F., and Rahmatian, F., Unmanned Aerial Vehicles in Modern Power Systems: Technologies, Use Cases,

Outlooks, and Challenges; MELEC Dec. 2020 107-116 Aminifar, F., see Bisadi, M., MELEC June 2018 64-72 Aminifar, F., see Gholami, A., MELEC March 2016 18-24 Aminifar, F., Shahidehpour, M., Alabdulwahab, A.,

Abusorrah, A., and Al-Turki, Y., The Proliferation of Solar Photovoltaics: Their Impact on Widespread Deployment of Electric Vehicles; MELEC Sept. 2020 79-91

Amundson, E., see Vaahedi, E., MELEC Dec. 2020 91-97 Anderson, A., and Suryanarayanan, S., An Enterprise

Systems Engineering Approach to Electrification: Looking at the Bigger Picture Through Life-Cycle Analysis of Community Microgrids: A Case Study in Papua New Guinea; MELEC Dec. 2018 18-31

Anderson, A., Loomba, P., Orajaka, I., Numfor, J., Saha, S., Janko, S., Johnson, N., Podmore, R., and Larsen, R., Empowering Smart Communities: Electrification, Education, and Sustainable Entrepreneurship in IEEE

Smart Village Initiatives; MELEC June 2017 6-16 Ansell, P., and Haran, K., Electrified Airplanes: A Path to

Zero-Emission Air Travel; MELEC June 2020 18-26 Anvari-Moghaddam, A., see Othman, M., MELEC Dec. 2019

89-97 Araiza, J., Hambrick, J., Moon, J., Starke, M., and Vartanian,

C., Grid Energy-Storage Projects: Engineers Building and Using Knowledge in Emerging Projects; MELEC Sept. 2018 14-19

Arboleya, P., Bidaguren, P., and Armendariz, U., Energy Is On Board: Energy Storage and Other Alternatives in Modern Light Railways; MELEC Sept. 2016 30-41

Arboleya, P., see Dominguez, X., MELEC March 2020 61-68 Archibald, W., Li, Z., Shahidehpour, M., Johanns, S., and

Levitsky, T., Islands in the Sun: The solar power deployment initiative at the University of the Virgin Islands; MELEC March 2015 56-67

Armendariz, U., see Arboleya, P., MELEC Sept. 2016 30-41 Arrua, S., see Riccobono, A., MELEC Sept. 2017 55-67 Asfani, D., Negara, I., Nugraha, Y., Yuniarto, M., Wikarta, A.,

Sidharta, I., and Mukhlisin, A., Electric Vehicle Research in Indonesia: A Road Map, Road Tests, and Research Challenges; MELEC June 2020 44-51

Asmus, P., Why Microgrids Are Moving into the Mainstream: Improving the efficiency of the larger power grid; MELEC March 2014 12-19

Attrazic, E., see Jacobs, S., MELEC March 2019 39-48

B Bahramirad, S., Khodaei, A., Svachula, J., and Aguero, J.,

Building Resilient Integrated Grids: One neighborhood at a time; MELEC March 2015 48-55

Bahramirad, S., see Shahidehpour, M., MELEC Dec. 2020 20-35

Bahramirad, S., see Shahidehpour, M., MELEC Dec. 2020 80-90

Bahramirad, S., see Shahidehpour, M., MELEC June 2017 36-46

Baker, S., see Boston, T., MELEC Sept. 2015 52-57 Balamurali, A., see Kar, N., MELEC Sept. 2013 21-31 Balasingam, B., and Pattipati, K., Elements of a Robust

Battery-Management System: From Fast Characterization to Universality and More; MELEC Sept. 2018 34-37

Ball, D., see Qiu, Q., MELEC Dec. 2015 22-33 Ban, M., Yu, J., Li, Z., Guo, D., and Ge, J., Battery Swapping:

An Aggressive Approach to Transportation Electrification; MELEC Sept. 2019 44-54

Bandler, H., Public-Private Partnerships: Creating New Markets for Industry, Encouraging Social Engagement, and Improving Quality of Life; MELEC March 2016 2-10

Barrena, J., see Unamuno, E., MELEC Dec. 2019 56-68 Bartelt, R., see Staudt, V., MELEC June 2015 40-48 Bazzi, A., Liu, Y., and Fay, D., Electric Machines and Energy

Storage: Over a Century of Technologies in Electric and Hybrid Electric Vehicles; MELEC Sept. 2018 49-53

Beik, O., and Emadi, A., Toward Integrated Digital Aircraft Control Systems: For Electrified System Optimized Size, Cost and Efficiency; MELEC Dec. 2017 46-52

http://dx.doi.org/10.1109/MELE.2019.2943954






























































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Beik, O., see Schumacher, D., MELEC Dec. 2018 73-82 Bellone, M., Lundh, M., Wahde, M., and MacKinnon, S.,

Electrification and Automation in Maritime Applications: Employing AI Techniques for Energy Optimization and Efficiency; MELEC Dec. 2019 22-31

Bennion, K., see Moreno, G., MELEC June 2014 42-49 Bertrand, J., see Burr, M., MELEC March 2014 30-39 Bhavaraju, V., see Fu, Q., MELEC Dec. 2013 21-29 Bidaguren, P., see Arboleya, P., MELEC Sept. 2016 30-41 Bindner, H., see Wu, Q., MELEC June 2017 64-73 Bisadi, M., Akrami, A., Teimourzadeh, S., Aminifar, F.,

Kargahi, M., and Shahidehpour, M., IoT-Enabled Humans in the Loop for Energy Management Systems: Promoting Building Occupants' Participation in Optimizing Energy Consumption; MELEC June 2018 64-72

Black, D., see Nazaripouya, H., MELEC June 2019 33-39 Bo, T., see Sorensen, A., MELEC Sept. 2017 68-73 Bolton, K., see Pourbeik, P., MELEC Sept. 2015 47-51 Bongiorno, J., Boschetti, G., and Mariscotti, A., Low-

Frequency Coupling: Phenomena in Electric Transportation Systems; MELEC Sept. 2016 15-22

Boroyevic, D., see Sumsurooah, S., MELEC Dec. 2017 62-71 Boroyevich, D., see Rodriguez-Diaz, E., MELEC June 2016

20-28 Boschetti, G., see Bongiorno, J., MELEC Sept. 2016 15-22 Bosich, D., see Colavitto, A., MELEC Dec. 2019 98-110 Bosich, D., see Vicenzutti, A., MELEC June 2015 49-65 Bosich, D., see Vicenzutti, A., MELEC Sept. 2017 40-54 Boston, T., and Baker, S., Energy Storage: Balancing the

21st Century Power Grid; MELEC Sept. 2015 52-57 Boucher, M., Transportation Electrification and Managing

Traffic Congestion: The Role of Intelligent Transportation

Systems; MELEC Sept. 2019 16-22 Bowermaster, D., Alexander, M., and Duvall, M., The Need

for Charging: Evaluating Utility Infrastructures for Electric Vehicles While Providing Customer Support; MELEC March 2017 59-67

Bozhko, S., see Sumsurooah, S., MELEC Dec. 2017 62-71 Bozhko, S., see Wheeler, P., MELEC Dec. 2014 6-12 Breivik, M., see Reddy, N., MELEC Dec. 2019 32-45 Bremnes Nielsen, J., see Shakeri, N., MELEC June 2020 27-

43 Brenna, M., Foiadelli, F., and Kaleybar, H., The Evolution of

Railway Power Supply Systems Toward Smart Microgrids: The Concept of the Energy Hub and Integration of Distributed Energy Resources; MELEC March 2020 12-23

Bru, E., see Turpin, C., MELEC Dec. 2017 72-85 Bueno-Lopez, M., see Tarasiuk, T., MELEC Sept. 2020 40-46 Bunzel, S., see Schmerda, R., MELEC Sept. 2013 32-39 Burgos, R., see Rodriguez-Diaz, E., MELEC June 2016 20-28 Burr, M., Zimmer, M., Warner, G., Meloy, B., Bertrand, J.,

Levesque, W., and McDonald, J., Emerging Models for Microgrid Finance: Driven by the need to deliver value to end users; MELEC March 2014 30-39

C

Cairoli, P., and Dougal, R., New Horizons in DC Shipboard

Power Systems: New fault protection strategies are essential to the adoption of dc power systems; MELEC Dec. 2013 38-45

Canizares, C., see Nasr-Azadani, E., MELEC March 2020 49-60

Canizares, C., see Vera, E., MELEC Dec. 2020 36-45 Caracciolo, F., Fumi, A., and Cinieri, E., Managing the Italian

High-Speed Railway Network: Provisions for Reducing Interference Between Electric Traction Systems; MELEC Sept. 2016 42-47

Carnicero, A., see Jimenez-Octavio, J., MELEC Sept. 2013 4-10

Caron, H., see Ladoux, P., MELEC Sept. 2014 6-15 Carr, S., see Nistor, S., MELEC March 2018 55-60 Carter, M., see Nasr-Azadani, E., MELEC March 2020 49-60 Cesiel, D., and Zhu, C., A Closer Look at the On-Board

Charger: The Development of the Second-Generation Module for the Chevrolet Volt; MELEC March 2017 36-42

Chandler, S., Gartner, J., and Jones, D., Integrating Electric Vehicles with Energy Storage and Grids: New Technology and Specific Capabilities Spur Numerous Applications; MELEC Sept. 2018 38-43

Chandorkar, M., see Subramony, V., MELEC June 2017 47-55

Chang, E., see Thompson, M., MELEC March 2017 19-27 Chang, G., Wu, Y., Shao, S., Huang, Z., and Long, T., DC

Bus Systems for Electrical Ships: Recent Advances and Analysis of a Real Case; MELEC Sept. 2020 28-39

Chang, W., Lee, K., Ha, J., and Nam, K., Hydrogen Production via Water Electrolysis: The Benefits of a Solar Cell-Powered Process; MELEC March 2018 19-25

Che, L., Khodayar, M., and Shahidehpour, M., Adaptive Protection System for Microgrids: Protection practices of a functional microgrid system; MELEC March 2014 66-80

Chen, B., see Lu, X., MELEC June 2018 73-83 Chen, C., Plunkett, S., Salameh, M., Stoyanov, S., Al-Hallaj,

S., and Krishnamurthy, M., Enhancing the Fast Charging Capability of High-Energy-Density Lithium-Ion Batteries: A Pack Design Perspective; MELEC Sept. 2020 62-69

Chen, C., see Lu, X., MELEC June 2018 73-83 Chen, C., see Wang, Y., MELEC June 2014 25-30 Chen, F., see Rodriguez-Diaz, E., MELEC June 2016 20-28

Chen, L., see Zhu, J., MELEC June 2018 51-63 Chen, M., and Poor, H., High-Frequency Power Electronics at

the Grid Edge: A Bottom-Up Approach Toward the Smart Grid; MELEC Sept. 2020 6-17

Chen, M., see Krastev, I., MELEC Sept. 2016 6-14 Chen, Y., see Zhu, J., MELEC June 2018 51-63 Chin, C., Xiao, J., Ghias, A., Venkateshkumar, M., and Sauer,

D., Customizable Battery Power System for Marine and Offshore Applications: Trends, Configurations, and Challenges; MELEC Dec. 2019 46-55

Choe, S., see Kim, S., MELEC June 2015 22-33 Choi, B., Propulsion Powertrain Simulator: Future

Turboelectric distributed-propulsion aircraft; MELEC Dec. 2014 23-34

Chong, A., see Marnay, C., MELEC March 2015 79-85 Chong, E., see Hansen, T., MELEC March 2016 25-32 Chowdhury, D., Power Gallium Nitride Technology: The Need

for Efficient Power Conversion; MELEC June 2020 6-10 Christensen, K., see Nordman, B., MELEC June 2016 29-36 Chung, S., see Marnay, C., MELEC March 2015 79-85 Cinieri, E., see Caracciolo, F., MELEC Sept. 2016 42-47 Cintron, R., see O'Neill-Carrillo, E., MELEC Dec. 2018 6-17 Citron-Rivera, J., see Thompson, M., MELEC March 2017 19-

27 Clark, R., see Schmerda, R., MELEC Sept. 2013 32-39 Coignard, J., MacDougall, P., Stadtmueller, F., and Vrettos,

E., Will Electric Vehicles Drive Distribution Grid Upgrades?: The Case of California; MELEC June 2019 46-56

Colavitto, A., Vicenzutti, A., Bosich, D., and Sulligoi, G., Open Challenges in Future Electric Ship Design: High-Frequency Disturbance Propagation in Integrated Power and Energy Systems on Ships; MELEC Dec. 2019 98-110

Cole, J., see Stenclik, D., MELEC Sept. 2018 20-26 Corzine, K., see Maqsood, A., MELEC June 2016 58-64 Costa, L., see Jiang, T., MELEC June 2017 74-82





















































































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Cress, S., see Nasr-Azadani, E., MELEC March 2020 49-60 Cucala, A., see Pecharroman, R., MELEC Sept. 2014 32-38 Cupelli, M., see Riccobono, A., MELEC Sept. 2017 55-67 Cupelli, M., see Wilms, H., MELEC Dec. 2018 48-62 Cutter, E., see Donadee, J., MELEC June 2019 40-45 Cuzner, R., see Jin, Z., MELEC June 2016 45-57 Cuzner, R., see Schmerda, R., MELEC Sept. 2013 32-39

D D'Agostino, F., Fidigatti, A., Ragaini, E., and Silvestro, F.,

Integration of Shipboard Microgrids Within Land Distribution Networks: Employing a Ship Microgrid to Meet Critical Needs; MELEC Dec. 2019 69-80

Dadon, I., Planning the Second Generation of Smart Cities: Technology to Handle the Pressures of Urbanization; MELEC Sept. 2019 6-15

de Queiroz, A., see Hafiz, F., MELEC Dec. 2018 83-90 DeVoto, D., see Moreno, G., MELEC June 2014 42-49 Dhand, A., see Kowal, S., MELEC Sept. 2019 76-80 Dimeas, A., Drenkard, S., Hatziargyriou, N., Karnouskos, S.,

Kok, K., Ringelstein, J., and Weidlich, A., Smart Houses in the Smart Grid: Developing an interactive network; MELEC March 2014 81-93

Dimeas, A., see Hatziargyriou, N., MELEC Dec. 2020 46-54 Dimeas, A., see Hatziargyriou, N., MELEC June 2017 17-27 Ding, T., see Qu, M., MELEC Dec. 2020 55-69 Dixon, T., see Vassallo, A., MELEC Sept. 2015 22-29 Doerry, N., Naval Power Systems: Integrated power systems

for the continuity of the electrical power supply; MELEC June 2015 12-21

Dominguez, X., Mantilla-Perez, P., and Arboleya, P., Toward

Smart Vehicular dc Networks in the Automotive Industry: Process, Computational Tools, and Trends in the Design and Simulation of Vehicle Electrical Distribution Systems; MELEC March 2020 61-68

Dominguez-Garcia, A., see Nigam, S., MELEC Sept. 2020 92-100

Donadee, J., Shaw, R., Garnett, O., Cutter, E., and Min, L., Potential Benefits of Vehicle-to-Grid Technology in California: High Value for Capabilities Beyond One-Way Managed Charging; MELEC June 2019 40-45

Doolla, S., see Subramony, V., MELEC June 2017 47-55 Dougal, R., see Cairoli, P., MELEC Dec. 2013 38-45 Dougal, R., see Riccobono, A., MELEC Sept. 2017 55-67 Douglass, P., see Wu, Q., MELEC June 2017 64-73 Dragicevic, T., Vasquez, J., Guerrero, J., and Skrlec, D.,

Advanced LVDC Electrical Power Architectures and Microgrids: A step toward a new generation of power distribution networks; MELEC March 2014 54-65

Drenkard, S., see Dimeas, A., MELEC March 2014 81-93 Driesen, J., see Marnay, C., MELEC March 2015 79-85 Du, W., see Schneider, K., MELEC Dec. 2020 70-79 Dutta, S., see Jiang, T., MELEC June 2017 74-82 Duvall, M., see Bowermaster, D., MELEC March 2017 59-67

E Eide, E., see Reddy, N., MELEC Dec. 2019 32-45 EL-Refaie, A.M., Toward a Sustainable More Electrified

Future: The Role of Electrical Machines and Drives; MELEC March 2019 49-59

Emadi, A., see Beik, O., MELEC Dec. 2017 46-52 Emadi, A., see Kowal, S., MELEC Sept. 2019 76-80 Emadi, A., see Reisinger, R., MELEC Dec. 2013 6-12 Emadi, A., see Schumacher, D., MELEC Dec. 2018 73-82 Eriksen, S., see Alnes, O., MELEC Sept. 2017 10-21 Esteban, B., see Kar, N., MELEC Sept. 2013 21-31

F Fabre, J., see Ladoux, P., MELEC Sept. 2014 6-15 Fahimi, B., see Shamsi, P., MELEC Dec. 2013 59-63 Fan, Z., see Oviedo, R., MELEC June 2014 61-71 Fay, D., see Bazzi, A., MELEC Sept. 2018 49-53 Ferguson, M., Mohamed, M., and Maoh, H., On the

Electrification of Canada's Vehicular Fleets: National-Scale Analysis Shows That Mindsets Matter; MELEC Sept. 2019 55-65

Fernandez-Cardador, A., see Pecharroman, R., MELEC Sept. 2014 32-38

Fidigatti, A., see D'Agostino, F., MELEC Dec. 2019 69-80 Fischer, T., see Wilms, H., MELEC Dec. 2018 48-62 Fleeman, J., see Qiu, Q., MELEC Dec. 2015 22-33 Foiadelli, F., see Brenna, M., MELEC March 2020 12-23 Foto, A., see Thompson, M., MELEC March 2017 19-27 Franco, I., see Pilo de la Fuente, E., MELEC Sept. 2014 49-

55 Fromme, P., see Memon, S., MELEC Sept. 2014 22-31 Fu, Q., Hamidi, A., Nasiri, A., Bhavaraju, V., Krstic, S., and

Theisen, P., The Role of Energy Storage in a Microgrid Concept: Examining the opportunities and promise of microgrids; MELEC Dec. 2013 21-29

Fumi, A., see Caracciolo, F., MELEC Sept. 2016 42-47 Funabashi, T., see Marnay, C., MELEC March 2015 79-85

G Gale, W., see Marean, J., MELEC June 2018 95-103 Ganev, E., Electric Drives for Electric Green Taxiing Systems:

Examining and Evaluating the Electric Drive System;

MELEC Dec. 2017 10-24 Ganev, E., Selecting the Best Electric Machines for Electrical

Power-Generation Systems: High-Performance Solutions for Aerospace More Electric Architectures; MELEC Dec. 2014 13-22

Ganji, M., see Shahidehpour, M., MELEC June 2018 16-33 Garcia Arregui, M., see Turpin, C., MELEC Dec. 2017 72-85 Gardner, R., see Sun, R., MELEC Dec. 2015 34-45 Garnett, O., see Donadee, J., MELEC June 2019 40-45 Gartner, J., see Chandler, S., MELEC Sept. 2018 38-43 Ge, J., see Ban, M., MELEC Sept. 2019 44-54 Ge, S., see Yang, X., MELEC March 2019 12-21 Ge, X., see Liu, L., MELEC Dec. 2015 52-59 Gearhart, C., Gonder, J., and Markel, T., Connectivity and

Convergence: Transportation for the 21st Century; MELEC June 2014 6-13

Gearhart, C., see Kurtz, J., MELEC March 2018 8-18 Gevorgian, V., see Ma, Z., MELEC Sept. 2015 30-40 Ghias, A., see Chin, C., MELEC Dec. 2019 46-55 Ghimire, P., see Othman, M., MELEC Dec. 2019 89-97 Gholami, A., Aminifar, F., and Shahidehpour, M., Front Lines

Against the Darkness: Enhancing the Resilience of the Electricity Grid Through Microgrid Facilities; MELEC March 2016 18-24

Giadrossi, G., see Vicenzutti, A., MELEC June 2015 49-65 Ginart, A., see Restrepo, C., MELEC Sept. 2015 14-21 Girgis, R., and Vedante, K., Impact of GICs on Power

Transformers: Overheating is not the real issue; MELEC Dec. 2015 8-12

Gonder, J., see Gearhart, C., MELEC June 2014 6-13 Gong, W., see Shahidehpour, M., MELEC Dec. 2020 20-35 Gong, W., see Shahidehpour, M., MELEC June 2017 36-46 Good, N., see Martinez Cesena, E.A., MELEC June 2019 12-

21 Gormus, S., see Oviedo, R., MELEC June 2014 61-71 Guerrero, J., see Dragicevic, T., MELEC March 2014 54-65





























































































4

Guerrero, J., see Jin, Z., MELEC June 2016 45-57 Guerrero, J., see Lashab, A., MELEC Dec. 2020 8-19 Guerrero, J., see Nasir, M., MELEC Dec. 2018 63-72 Guerrero, J., see Othman, M., MELEC Dec. 2019 89-97 Guerrero, J., see Rodriguez-Diaz, E., MELEC June 2016 20-

28 Guerrero, J., see Tan, S., MELEC Dec. 2020 98-106 Guerrero, J., see Wu, Y., MELEC Dec. 2019 81-88 Guidi, G., Lekkas, A., Stranden, J., and Suul, J., Dynamic

Wireless Charging of Autonomous Vehicles: Small-Scale Demonstration of Inductive Power Transfer as an Enabling Technology for Self-Sufficient Energy Supply; MELEC March 2020 37-48

Guidi, G., Suul, J., Jenset, F., and Sorfonn, I., Wireless Charging for Ships: High-Power Inductive Charging for Battery Electric and Plug-In Hybrid Vessels; MELEC Sept. 2017 22-32

Gulbrandsen, D.M., see Utgaard, A., MELEC March 2020 6-11

Guo, D., see Ban, M., MELEC Sept. 2019 44-54 Guo, Q., see Sun, H., MELEC June 2018 42-50 Gwinner, D., see Ma, Z., MELEC Sept. 2015 30-40

H Ha, J., see Chang, W., MELEC March 2018 19-25 Haack, J., see Katipamula, S., MELEC Dec. 2016 15-22 Haddad, D., see Thompson, M., MELEC March 2017 19-27 Hafiz, F., de Queiroz, A., and Husain, I., Solar Generation,

Storage, and Electric Vehicles in Power Grids: Challenges and Solutions with Coordinated Control at the Residential Level; MELEC Dec. 2018 83-90

Hagerman, J., see Katipamula, S., MELEC Dec. 2016 15-22 Hale, E., see Hansen, T., MELEC March 2016 25-32 Hambrick, J., see Araiza, J., MELEC Sept. 2018 14-19 Hamidi, A., see Fu, Q., MELEC Dec. 2013 21-29 Hammerstrom, D., Widergren, S., and Irwin, C., Evaluating

Transactive Systems: Historical and Current DOE Research and Development Activities; MELEC Dec. 2016 30-36

Hansen, T., Kadavil, R., Palmintier, B., Suryanarayanan, S., Maciejewski, A., Siegel, H., Chong, E., and Hale, E., Enabling Smart Grid Cosimulation Studies: Rapid Design and Development of the Technologies and Controls; MELEC March 2016 25-32

Hara, R., see Marnay, C., MELEC March 2015 79-85 Haran, K., see Ansell, P., MELEC June 2020 18-26 Hasanzadeh, A., see Wang, H., MELEC Dec. 2013 46-58 Hatziargyriou, N., Dimeas, A., Vasilakis, N., Lagos, D., and

Kontou, A., The Kythnos Microgrid: A 20-Year History; MELEC Dec. 2020 46-54

Hatziargyriou, N., Margaris, I., Stavropoulou, I., Papathanassiou, S., and Dimeas, A., Noninterconnected Island Systems: The Greek Case; MELEC June 2017 17-27

Hatziargyriou, N., see Dimeas, A., MELEC March 2014 81-93

Hatziargyriou, N., see Latoufis, K., MELEC March 2015 68-78

Hatziargyriou, N., see Marnay, C., MELEC March 2015 79-85

Hawkins, S., see Rahman, K., MELEC June 2014 14-24 Hayslett, S., Van Maanen, K., Wenzel, W., and Husain, T.,

The 48-V Mild Hybrid: Benefits, Motivation, and the Future Outlook; MELEC June 2020 11-17

Heising, C., see Staudt, V., MELEC June 2015 40-48 Hernandez, G., see Katipamula, S., MELEC Dec. 2016 15-22 Hernandez, L., see Wilms, H., MELEC Dec. 2018 48-62 Heussen, K., see Wu, Q., MELEC June 2017 64-73

Hillmansen, S., see Krastev, I., MELEC Sept. 2016 6-14 Hirst, M., see Wilms, H., MELEC Dec. 2018 48-62 Houseman, D., The Future of Batteries in an Electrified

Fleet: Storage Will Play a Major Role; MELEC Sept. 2018 44-48

Huang, K., see Zhu, J., MELEC June 2018 51-63 Huang, L., see Qu, M., MELEC Dec. 2020 55-69 Huang, R., see Huang, Z., MELEC Sept. 2020 18-27 Huang, S., see Pourbeik, P., MELEC Sept. 2015 47-51 Huang, Z., Krishnaswami, H., Yuan, G., and Huang, R.,

Ubiquitous Power Electronics in Future Power Systems: Recommendations to Fully Utilize Fast Control Capabilities; MELEC Sept. 2020 18-27

Huang, Z., see Chang, G., MELEC Sept. 2020 28-39 Husain, I., see Hafiz, F., MELEC Dec. 2018 83-90 Husain, T., see Hayslett, S., MELEC June 2020 11-17

I Ipakchi, A., see Rahimi, F., MELEC Dec. 2016 23-29 Iravani, R., see Marnay, C., MELEC March 2015 79-85 Irizarry-Rivera, A., see O'Neill-Carrillo, E., MELEC Dec.

2018 6-17 Irwin, C., see Hammerstrom, D., MELEC Dec. 2016 30-36 Ise, T., see Marnay, C., MELEC March 2015 79-85 Iyer, K., see Kar, N., MELEC Sept. 2013 21-31

J Jacobs, S., Vandenbossche, L., and Attrazic, E., How

Electrical Steel Optimizes Traction Electric Machine

Design: A Serviceable Contribution to Electric Vehicles; MELEC March 2019 39-48

Jahns, T., Getting Rare-Earth Magnets Out of EV Traction Machines: A Review of the Many Approaches Being Pursued to Minimize or Eliminate Rare-Earth Magnets from Future EV Drivetrains; MELEC March 2017 6-18

Janko, S., see Anderson, A., MELEC June 2017 6-16 Jenset, F., see Guidi, G., MELEC Sept. 2017 22-32 Jhunjhunwala, A., and Kaur, P., Solar Energy, dc

Distribution, and Microgrids: Ensuring Quality Power in Rural India; MELEC Dec. 2018 32-39

Jhunjhunwala, A., Kaur, P., and Mutagekar, S., Electric Vehicles in India: A Novel Approach to Scale Electrification; MELEC Dec. 2018 40-47

Jhunjhunwala, A., Lolla, A., and Kaur, P., Solar-DC Microgrid for Indian Homes: A Transforming Power Scenario; MELEC June 2016 10-19

Jia, Y., and Rajashekara, K., Induction Machine for More Electric Aircraft: Enabling New Electrical Power System Architecture of More Electric Aircraft; MELEC Dec. 2017 25-37

Jiang, T., Costa, L., Tordjman, P., Venkata, S., Siebert, N., Kumar, J., Puttgen, H., Venkataraman, A., Dutta, S., Li, Y., and Tang, D., A Microgrid Test Bed in Singapore: An Electrification Project for Affordable Access to Electricity with Optimal Asset Management; MELEC June 2017 74-82

Jiang, Y., Liu, J., Tian, W., Shahidehpour, M., and Krishnamurthy, M., Energy Harvesting for the Electrification of Railway Stations: Getting a charge from the regenerative braking of trains; MELEC Sept. 2014 39-48

Jimenez, G., see Marnay, C., MELEC March 2015 79-85 Jimenez-Octavio, J., Sanchez-Rebollo, C., and Carnicero,

A., The Dependance on Mechanical Design in Railway Electrification: Focusing on the ac Perspective; MELEC Sept. 2013 4-10




















































































5

Jin, Z., Sulligoi, G., Cuzner, R., Meng, L., Vasquez, J., and Guerrero, J., Next-Generation Shipboard DC Power System: Introducing Smart Grid and dc Microgrid Technologies into Maritime Electrical Networks; MELEC June 2016 45-57

Johanns, S., see Archibald, W., MELEC March 2015 56-67 Johansen, T., see Sorensen, A., MELEC Sept. 2017 68-73 Johnson, N., see Anderson, A., MELEC June 2017 6-16 Johnson, N., see Podmore, R., MELEC March 2016 11-17 Jones, D., see Chandler, S., MELEC Sept. 2018 38-43 Jordan, I., see O'Neill-Carrillo, E., MELEC Dec. 2018 6-17 Julian, A., see Kelly, R., MELEC Dec. 2013 30-37 Jung, C., Power Up with 800-V Systems: The Benefits of

Upgrading Voltage Power for Battery-Electric Passenger Vehicles; MELEC March 2017 53-58

Jurkovic, S., see Rahman, K., MELEC June 2014 14-24

K Kadavil, R., see Hansen, T., MELEC March 2016 25-32 Kaleybar, H., see Brenna, M., MELEC March 2020 12-23 Kannan, B., see Ravindra, K., MELEC March 2014 20-29 Kar, N., Iyer, K., Labak, A., Lu, X., Lai, C., Balamurali, A.,

Esteban, B., and Sid-Ahmed, M., Courting and Sparking: Wooing Consumers' Interest in the EV Market; MELEC Sept. 2013 21-31

Kargahi, M., see Bisadi, M., MELEC June 2018 64-72 Karimi, S., Zadeh, M., and Suul, J., Shore Charging for Plug-

In Battery-Powered Ships: Power System Architecture, Infrastructure, and Control; MELEC Sept. 2020 47-61

Karnouskos, S., see Dimeas, A., MELEC March 2014 81-93 Katipamula, S., Haack, J., Hernandez, G., Akyol, B., and

Hagerman, J., VOLTTRON: An Open-Source Software Platform of the Future; MELEC Dec. 2016 15-22

Katiraei, F., see Marnay, C., MELEC March 2015 79-85 Kaur, P., see Jhunjhunwala, A., MELEC June 2016 10-19 Kaur, P., see Jhunjhunwala, A., MELEC Dec. 2018 32-39 Kaur, P., see Jhunjhunwala, A., MELEC Dec. 2018 40-47 Kazerani, M., see Nasr-Azadani, E., MELEC March 2020 49-

60 Kelly, R., Oriti, G., and Julian, A., Reducing Fuel

Consumption at a Remote Military Base: Introducing an energy management system; MELEC Dec. 2013 30-37

Kessler, P., see Wilms, H., MELEC Dec. 2018 48-62 Khaligh, A., see Wang, H., MELEC Dec. 2013 46-58 Khan, H., see Nasir, M., MELEC Dec. 2018 63-72 Khersonsky, Y., Advancing New Technologies in Electrical

Ships: IEEE standards are the risk mitigation tool; MELEC June 2015 34-39

Khodaei, A., see Bahramirad, S., MELEC March 2015 48-55 Khodayar, M., see Che, L., MELEC March 2014 66-80 Khodayar, M., see Shahidehpour, M., MELEC Sept. 2013 40-

56 Khurana, H., see Kowal, S., MELEC Sept. 2019 76-80 Kim, J., and Kim, S., Obstacles to the Success of Fuel-Cell

Electric Vehicles: Are They Truly Impossible to Overcome?; MELEC March 2018 48-54

Kim, S., Choe, S., Ko, S., and Sul, S., A Naval Integrated Power System with a Battery Energy Storage System: Fuel efficiency, reliability, and quality of power; MELEC June 2015 22-33

Kim, S., see Kim, J., MELEC March 2018 48-54 Kjellen, P., see Wilms, H., MELEC Dec. 2018 48-62 Ko, S., see Kim, S., MELEC June 2015 22-33 Kok, K., see Dimeas, A., MELEC March 2014 81-93 Kontou, A., see Hatziargyriou, N., MELEC Dec. 2020 46-54 Kosak, P., Deploying Electric Vehicles Into Shared-Use

Services: Amping up Public Charging Demand to Justify

an Investment in Infrastructure; MELEC March 2019 32-38

Kowal, S., Dhand, A., Khurana, H., Ahmad, A., and Emadi, A., The Missing Health Link: How a Transition to Electrified Vehicles May Benefit More Than Just the Environment; MELEC Sept. 2019 76-80

Kramer, W., see Ma, Z., MELEC Sept. 2015 30-40 Krastev, I., Tricoli, P., Hillmansen, S., and Chen, M., Future

of Electric Railways: Advanced Electrification Systems with Static Converters for ac Railways; MELEC Sept. 2016 6-14

Krishnamurthy, D., see Pratt, A., MELEC Dec. 2016 8-14 Krishnamurthy, M., see Chen, C., MELEC Sept. 2020 62-69 Krishnamurthy, M., see Jiang, Y., MELEC Sept. 2014 39-48 Krishnaswami, H., see Huang, Z., MELEC Sept. 2020 18-27 Krogstad, G.-H., see Utgaard, A., MELEC March 2020 6-11 Kroposki, B., see Marnay, C., MELEC March 2015 79-85 Krstic, S., see Fu, Q., MELEC Dec. 2013 21-29 Kubo, H., and Satake, H., Testing Large-Scale Energy-

Storage Systems: Novel Safety Evaluations Can Be Run in a Spacious, New Indoor Chamber Available in Japan; MELEC Sept. 2018 62-69

Kulkarni, P., see Oviedo, R., MELEC June 2014 61-71 Kumar, J., see Jiang, T., MELEC June 2017 74-82 Kurtz, J., Peters, M., Muratori, M., and Gearhart, C.,

Renewable Hydrogen—Economically Viable: Integration

into the U.S. Transportation Sector; MELEC March 2018 8-18

L

Labak, A., see Kar, N., MELEC Sept. 2013 21-31 Ladoux, P., Fabre, J., and Caron, H., Power-Quality

Improvement in AC Railway Substations: The concept of chopper-controlled impedance; MELEC Sept. 2014 6-15

Lagos, D., see Hatziargyriou, N., MELEC Dec. 2020 46-54 Lai, C., see Kar, N., MELEC Sept. 2013 21-31

Lamb, M., see Sun, R., MELEC Dec. 2015 34-45 Larsen, E., see Wu, Q., MELEC June 2017 64-73 Larsen, R., see Anderson, A., MELEC June 2017 6-16 Larsen, R., see Podmore, R., MELEC March 2016 11-17 Lashab, A., Yaqoob, M., Terriche, Y., Vasquez, J., and

Guerrero, J., Space Microgrids: New Concepts on Electric Power Systems for Satellites; MELEC Dec. 2020 8-19

Latoufis, K., Pazios, T., and Hatziargyriou, N., Locally Manufactured Small Wind Turbines: Empowering communities for sustainable rural electrification; MELEC March 2015 68-78

Laval, S., see Schneider, K., MELEC Dec. 2020 70-79 Lee, K., see Chang, W., MELEC March 2018 19-25 Lekkas, A., see Guidi, G., MELEC March 2020 37-48 Levesque, W., see Burr, M., MELEC March 2014 30-39 Levitsky, T., see Archibald, W., MELEC March 2015 56-67 Li, J., see Wu, Y., MELEC Dec. 2019 81-88 Li, Y., see Jiang, T., MELEC June 2017 74-82 Li, Z., see Archibald, W., MELEC March 2015 56-67 Li, Z., see Ban, M., MELEC Sept. 2019 44-54 Li, Z., see Shahidehpour, M., MELEC June 2017 36-46 Li, Z., see Shahidehpour, M., MELEC June 2018 16-33 Liu, J., and Tian, J., Traffic Management and Energy

Optimization for High-Speed Trains: An Overview of Methods for Saving Energy; MELEC Sept. 2019 66-75

Liu, J., see Jiang, Y., MELEC Sept. 2014 39-48 Liu, L., Wei, K., and Ge, X., GIC in Future Large-Scale Power

Grids: An analysis of the problem; MELEC Dec. 2015 52-59

Liu, Y., see Bazzi, A., MELEC Sept. 2018 49-53 Lolla, A., see Jhunjhunwala, A., MELEC June 2016 10-19

































































































6

Long, T., see Chang, G., MELEC Sept. 2020 28-39 Loomba, P., see Anderson, A., MELEC June 2017 6-16 Lopata, M., see Shahidehpour, M., MELEC Dec. 2020 20-35 Lopata, M., see Shahidehpour, M., MELEC June 2017 36-46 Lopes, J., see Vasconcelos, H., MELEC March 2015 25-35 Lopez-Lopez, A., see Pecharroman, R., MELEC Sept. 2014

32-38 Louie, H., see Podmore, R., MELEC March 2016 11-17 Lu, F., see Zhang, H., MELEC June 2020 52-60 Lu, J., see Yan, M., MELEC Sept. 2019 23-32 Lu, X., and Wang, J., A Game Changer: Electrifying Remote

Communities by Using Isolated Microgrids; MELEC June 2017 56-63

Lu, X., Chen, B., Chen, C., and Wang, J., Coupled Cyber and Physical Systems: Embracing Smart Cities with Multistream Data Flow; MELEC June 2018 73-83

Lu, X., see Kar, N., MELEC Sept. 2013 21-31 Lukic, S., and Pantic, Z., Cutting the Cord: Static and

Dynamic Inductive Wireless Charging of Electric Vehicles; MELEC Sept. 2013 57-64

Lukic, S., see Srdic, S., MELEC March 2019 22-31 Lukic, S., see Vukojevic, A., MELEC March 2020 24-36 Lunacek, M., see Pratt, A., MELEC Dec. 2016 8-14 Lundh, M., see Bellone, M., MELEC Dec. 2019 22-31 Luo, J., see Zhu, J., MELEC June 2018 51-63 Lysne, B., see Utgaard, A., MELEC March 2020 6-11

M Ma, Z., Pesaran, A., Gevorgian, V., Gwinner, D., and Kramer,

W., Energy Storage, Renewable Power Generation, and the Grid: NREL Capabilities Help to Develop and Test

Energy-Storage Technologies; MELEC Sept. 2015 30-40 MacDougall, P., see Coignard, J., MELEC June 2019 46-56 Maciejewski, A., see Hansen, T., MELEC March 2016 25-32 MacKinnon, S., see Bellone, M., MELEC Dec. 2019 22-31 Madureira, A., see Vasconcelos, H., MELEC March 2015 25-

35 Mahmood, I., and Zubairi, J., Efficient Waste Transportation

and Recycling: Enabling Technologies for Smart Cities Using the Internet of Things; MELEC Sept. 2019 33-43

Maker, P., see Vassallo, A., MELEC Sept. 2015 22-29 Mancarella, P., see Martinez Cesena, E.A., MELEC June 2019

12-21 Manjunath, M., see Nasr-Azadani, E., MELEC March 2020

49-60 Mansouri, B., and Piaton, J., Magnetic Saturation and Flux-

Weakening Control: Using Lookup Tables Based on a Static Method of Identification for Nonlinear Permanent-Magnet Synchronous Motors; MELEC Dec. 2017 53-61

Mantilla-Perez, P., see Dominguez, X., MELEC March 2020 61-68

Mao, M., see Marnay, C., MELEC March 2015 79-85 Mao, Y., see Yang, X., MELEC March 2019 12-21 Maoh, H., see Ferguson, M., MELEC Sept. 2019 55-65 Maqsood, A., and Corzine, K., DC Microgrid Protection: Using

the Coupled-Inductor Solid-State Circuit Breaker; MELEC June 2016 58-64

Marean, J., and Gale, W., A Coordinated Utility Emergency Response: Addressing Information-Sharing Barriers for Utilities and Emergency Response Organizations; MELEC June 2018 95-103

Margaris, I., see Hatziargyriou, N., MELEC June 2017 17-27 Mariscotti, A., see Bongiorno, J., MELEC Sept. 2016 15-22 Markel, T., see Gearhart, C., MELEC June 2014 6-13 Marnay, C., Kroposki, B., Mao, M., Xu, H., Chong, A., Chung,

S., Hara, R., Ise, T., Iravani, R., Katiraei, F., Albu, M., Hatziargyriou, N., Funabashi, T., Reilly, J., Driesen, J., Jimenez, G., and Vallve, X., The Tianjin 2014 Symposium

on Microgrids: A meeting of the minds for international microgrid experts; MELEC March 2015 79-85

Marti, L., and Yiu, C., Real-Time Management of Geomagnetic Disturbances: Hydro One's eXtreme Space Weather control room tools; MELEC Dec. 2015 46-51

Martinez, A., The Future Is Present in California: Delivering on the Promise of Fuel Cell-Powered Transportation; MELEC March 2018 37-47

Martinez, A., Update to "The Future Is Present in California: Delivering on the Promise of Fuel Cell-Powered Transportation" [Addendum]; MELEC June 2018 108

Martinez Cesena, E.A., Good, N., Panteli, M., Mutale, J., and Mancarella, P., Flexibility in Sustainable Electricity Systems: Multivector and Multisector Nexus Perspectives; MELEC June 2019 12-21

Masrur, M., Toward Ground Vehicle Electrification in the U.S. Army: An Overview of Recent Activities; MELEC March 2016 33-45

Matsuse, K., see Rajashekara, K., MELEC March 2016 46-57 Mazumder, S., see Pilo de la Fuente, E., MELEC Sept. 2014

49-55 McDonald, J., see Burr, M., MELEC March 2014 30-39 McDonough, M., see Shamsi, P., MELEC Dec. 2013 59-63 McDowall, J., Energy Storage in Remote Arctic

Communities: Driving Down Diesel Consumption with Batteries; MELEC Sept. 2018 27-33

McVey, M., see Sun, R., MELEC Dec. 2015 34-45 Meloy, B., see Burr, M., MELEC March 2014 30-39 Memon, S., and Fromme, P., Stray-Current Corrosion and

Mitigation: A synopsis of the technical methods used in dc transit systems; MELEC Sept. 2014 22-31

Meng, L., see Jin, Z., MELEC June 2016 45-57

Menis, R., see Vicenzutti, A., MELEC Sept. 2017 40-54 Mi, C., see Zhang, H., MELEC June 2020 52-60 Mildt, D., see Wilms, H., MELEC Dec. 2018 48-62 Miller, C., see Schneider, K., MELEC Dec. 2020 70-79 Min, L., see Donadee, J., MELEC June 2019 40-45 Miranda, V., see Vasconcelos, H., MELEC March 2015 25-35 Misra, A., Energy Storage for Electrified Aircraft: The Need

for Better Batteries, Fuel Cells, and Supercapacitors; MELEC Sept. 2018 54-61

Miyazaki, M., see Sorensen, A., MELEC Sept. 2017 68-73 Mohamed, M., see Ferguson, M., MELEC Sept. 2019 55-65 Mokhtari, S., see Rahimi, F., MELEC June 2018 84-94 Molinas, M., see Tarasiuk, T., MELEC Sept. 2020 40-46 Monti, A., see Riccobono, A., MELEC Sept. 2017 55-67 Monti, A., see Wilms, H., MELEC Dec. 2018 48-62 Moon, J., see Araiza, J., MELEC Sept. 2018 14-19 Moreira, C., see Vasconcelos, H., MELEC March 2015 25-35 Moreno, G., Narumanchi, S., Bennion, K., Waye, S., and

DeVoto, D., Gaining Traction: Thermal Management and Reliability of Automotive Electric Traction-Drive Systems; MELEC June 2014 42-49

Morin, B., see Turpin, C., MELEC Dec. 2017 72-85 Mukhlisin, A., see Asfani, D., MELEC June 2020 44-51 Muratori, M., see Kurtz, J., MELEC March 2018 8-18 Mutagekar, S., see Jhunjhunwala, A., MELEC Dec. 2018 40-

47 Mutale, J., see Martinez Cesena, E.A., MELEC June 2019 12-

21

N Nagel, N., Actuation Challenges in the More Electric Aircraft:

Overcoming Hurdles in the Electrification of Actuation Systems; MELEC Dec. 2017 38-45

Nam, K., see Chang, W., MELEC March 2018 19-25 Narumanchi, S., see Moreno, G., MELEC June 2014 42-49
































































































7

Nasir, M., Khan, H., Zaffar, N., Vasquez, J., and Guerrero, J., Scalable Solar dc Microgrids: On the Path to Revolutionizing the Electrification Architecture of Developing Communities; MELEC Dec. 2018 63-72

Nasiri, A., see Fu, Q., MELEC Dec. 2013 21-29 Nasr-Azadani, E., Su, P., Zheng, W., Rajda, J., Canizares,

C., Kazerani, M., Veneman, E., Cress, S., Wittemund, M., Manjunath, M., Wrathall, N., and Carter, M., The Canadian Renewable Energy Laboratory: A Testbed for Microgrids; MELEC March 2020 49-60

Nazaripouya, H., Wang, B., and Black, D., Electric Vehicles and Climate Change: Additional Contribution and Improved Economic Justification; MELEC June 2019 33-39

Negara, I., see Asfani, D., MELEC June 2020 44-51 Ni, J., see Zhu, J., MELEC June 2018 51-63 Ni, M., see Xie, H., MELEC June 2017 28-35 Nigam, S., Ajala, O., and Dominguez-Garcia, A., A Controller

Hardware-in-the-Loop Testbed: Verification and Validation of Microgrid Control Architectures; MELEC Sept. 2020 92-100

Nistor, S., Carr, S., and Sooriyabandara, M., The Island Hydrogen Project: Electrolytic Generated Hydrogen for Automotive and Maritime Applications; MELEC March 2018 55-60

Nordman, B., and Christensen, K., DC Local Power Distribution: Technology, Deployment, and Pathways to Success; MELEC June 2016 29-36

Nowak, D., see Schmerda, R., MELEC Sept. 2013 32-39 Nugraha, Y., see Asfani, D., MELEC June 2020 44-51 Numfor, J., see Anderson, A., MELEC June 2017 6-16

O O'Neill-Carrillo, E., Jordan, I., Irizarry-Rivera, A., and

Cintron, R., The Long Road to Community Microgrids: Adapting to the Necessary Changes for Renewable Energy Implementation; MELEC Dec. 2018 6-17

Ochoa, L., see Quiros-Tortos, J., MELEC June 2019 22-32 Odavic, M., see Sumsurooah, S., MELEC Dec. 2017 62-71 Orajaka, I., see Anderson, A., MELEC June 2017 6-16 Oriti, G., see Kelly, R., MELEC Dec. 2013 30-37 Othman, M., Reddy, N., Ghimire, P., Zadeh, M., Anvari-

Moghaddam, A., and Guerrero, J., A Hybrid Power System Laboratory: Testing Electric and Hybrid Propulsion; MELEC Dec. 2019 89-97

Overbye, T., see Shetye, K., MELEC Dec. 2015 13-21 Oviedo, R., Fan, Z., Gormus, S., and Kulkarni, P., The Reign

of EVs? An Economic Analysis from the Consumer's Perspective; MELEC June 2014 61-71

P

Paaso, A., see Shahidehpour, M., MELEC Dec. 2020 20-35 Paaso, A., see Shahidehpour, M., MELEC Dec. 2020 80-90 Palmintier, B., see Hansen, T., MELEC March 2016 25-32 Paniagua, J., see Unamuno, E., MELEC Dec. 2019 56-68 Panic, D., see Wilms, H., MELEC Dec. 2018 48-62 Panteli, M., see Martinez Cesena, E.A., MELEC June 2019 12-

21 Pantic, Z., see Lukic, S., MELEC Sept. 2013 57-64 Papathanassiou, S., see Hatziargyriou, N., MELEC June

2017 17-27 Pastena, L., A Catenary-Free Electrification for Urban

Transport: An Overview of the Tramwave System; MELEC Sept. 2014 16-21

Pastor, M., Rodriguez, L., and Velez, C., Flywheels Store to Save: Improving railway efficiency with energy storage; MELEC Dec. 2013 13-20

Pattipati, K., see Balasingam, B., MELEC Sept. 2018 34-37 Pazios, T., see Latoufis, K., MELEC March 2015 68-78 Pecharroman, R., Lopez-Lopez, A., Cucala, A., and

Fernandez-Cardador, A., Riding the Rails to DC Power Efficiency: Energy efficiency in dc-electrified metropolitan railways; MELEC Sept. 2014 32-38

Pedersen, E., see Sorensen, A., MELEC Sept. 2017 68-73 Pelaschiar, R., see Vicenzutti, A., MELEC Sept. 2017 40-54 Pesaran, A., see Ma, Z., MELEC Sept. 2015 30-40 Peters, M., see Kurtz, J., MELEC March 2018 8-18 Piaton, J., see Mansouri, B., MELEC Dec. 2017 53-61 Pilat, A., see Tarasiuk, T., MELEC Sept. 2020 40-46 Pilo de la Fuente, E., Mazumder, S., and Franco, I., Railway

Electrical Smart Grids: An introduction to next-generation railway power systems and their operation; MELEC Sept. 2014 49-55

Pinkerton, F., see Thompson, M., MELEC March 2017 19-27 Pires, C., What the IEC Tells Us About Stray Currents:

Guidance for a Practical Approach; MELEC Sept. 2016 23-29

Pirnia, M., see Vera, E., MELEC Dec. 2020 36-45 Plunkett, S., see Chen, C., MELEC Sept. 2020 62-69 Podmore, R., Larsen, R., Louie, H., Johnson, N., and Saha,

S., Fueling Sustainability: The Exponential Impact of Empowering Off-Grid Communities; MELEC March 2016 11-17

Podmore, R., see Anderson, A., MELEC June 2017 6-16 Poor, H., see Chen, M., MELEC Sept. 2020 6-17 Pourbeik, P., Williams, S., Weber, J., Sanchez-Gasca, J.,

Senthil, J., Huang, S., and Bolton, K., Modeling and Dynamic Behavior of Battery Energy Storage: A Simple Model for Large-Scale Time-Domain Stability Studies;

MELEC Sept. 2015 47-51 Pratt, A., Krishnamurthy, D., Ruth, M., Wu, H., Lunacek, M.,

and Vaynshenk, P., Transactive Home Energy Management Systems: The Impact of Their Proliferation on the Electric Grid; MELEC Dec. 2016 8-14

Puttgen, H., see Jiang, T., MELEC June 2017 74-82

Q Qiu, Q., Fleeman, J., and Ball, D., Geomagnetic Disturbance:

A comprehensive approach by American Electric Power to address the impacts; MELEC Dec. 2015 22-33

Qu, M., Ding, T., Huang, L., and Wu, X., Toward a Global Green Smart Microgrid: An Industrial Park in China; MELEC Dec. 2020 55-69

Quiros-Tortos, J., Victor-Gallardo, L., and Ochoa, L., Electric Vehicles in Latin America: Slowly but Surely Toward a Clean Transport; MELEC June 2019 22-32

R Ragaini, E., see D'Agostino, F., MELEC Dec. 2019 69-80 Rahimi, F., and Ipakchi, A., Using a Transactive Energy

Framework: Providing Grid Services from Smart Buildings; MELEC Dec. 2016 23-29

Rahimi, F., and Mokhtari, S., Distribution Management System for the Grid of the Future: A Transactive System Compensating for the Rise in Distributed Energy Resources; MELEC June 2018 84-94

Rahimi, F., see Vaahedi, E., MELEC Dec. 2020 91-97 Rahman, K., Jurkovic, S., Hawkins, S., Tarnowsky, S., and

Savagian, P., Propulsion System Design of a Battery Electric Vehicle: The Chevrolet Spark EV; MELEC June 2014 14-24

Rahmatian, F., see Aminifar, F., MELEC Dec. 2020 107-116










































































8

Rajashekara, K., and Akin, B., Cryogenic Power Conversion Systems: The next step in the evolution of power electronics technology; MELEC Dec. 2013 64-73

Rajashekara, K., Power Conversion Technologies for Automotive and Aircraft Systems: Applying Electric/Hybrid Vehicle Technology to More Electric Aircraft Systems; MELEC June 2014 50-60

Rajashekara, K., see Jia, Y., MELEC Dec. 2017 25-37 Rajashekara, K., Wang, Q., and Matsuse, K., Flying Cars:

Challenges and Propulsion Strategies; MELEC March 2016 46-57

Rajda, J., see Nasr-Azadani, E., MELEC March 2020 49-60 Rallieres, O., see Turpin, C., MELEC Dec. 2017 72-85 Ramappa, N., see Ravindra, K., MELEC March 2014 20-29 Ravindra, K., Kannan, B., and Ramappa, N., Microgrids: A

Value-Based Paradigm: The need for the redefinition of microgrids; MELEC March 2014 20-29

Reddy, B., Samuel, P., and Reddy, N., Government Policies Help Promote Clean Transportation in India: Proton-Exchange Membrane Fuel Cells for Vehicles; MELEC March 2018 26-36

Reddy, N., see Othman, M., MELEC Dec. 2019 89-97 Reddy, N., see Reddy, B., MELEC March 2018 26-36 Reddy, N., Zadeh, M., Thieme, C., Skjetne, R., Sorensen, A.,

Aanondsen, S., Breivik, M., and Eide, E., Zero-Emission Autonomous Ferries for Urban Water Transport: Cheaper, Cleaner Alternative to Bridges and Manned Vessels; MELEC Dec. 2019 32-45

Reeves, D., How to Create a Smart City: Future-Proofed Cities Foster Growth and Innovation; MELEC June 2018 34-41

Reilly, J., see Marnay, C., MELEC March 2015 79-85

Reisinger, R., and Emadi, A., Sensible Transportation Electrification: Get rid of inefficient powertrain designs; MELEC Dec. 2013 6-12

Restrepo, C., Salazar, A., Schweizer, H., and Ginart, A., Residential Battery Storage: Is the Timing Right?; MELEC Sept. 2015 14-21

Riccobono, A., Cupelli, M., Monti, A., Santi, E., Roinila, T., Abdollahi, H., Arrua, S., and Dougal, R., Stability of Shipboard DC Power Distribution: Online Impedance-Based Systems Methods; MELEC Sept. 2017 55-67

Ringelstein, J., see Dimeas, A., MELEC March 2014 81-93 Roach, M., Community Power and Fleet Microgrids: Meeting

climate goals, enhancing system resilience, and stimulating local economic development; MELEC March 2014 40-53

Roboam, X., see Turpin, C., MELEC Dec. 2017 72-85 Rocheleau, R., see Stenclik, D., MELEC Sept. 2018 20-26 Rodriguez Mondejar, J., see Van der Spiegel, B., MELEC

Sept. 2020 70-78 Rodriguez, L., see Pastor, M., MELEC Dec. 2013 13-20 Rodriguez-Diaz, E., Chen, F., Vasquez, J., Guerrero, J.,

Burgos, R., and Boroyevich, D., Voltage-Level Selection of Future Two-Level LVdc Distribution Grids: A Compromise Between Grid Compatibility, Safety, and Efficiency; MELEC June 2016 20-28

Rodskar, E., Volden, R., and Skjong, E., Sailing into the Future: Industrial Internet of Things at Sea with X-Connect; MELEC Sept. 2017 33-39

Roinila, T., see Riccobono, A., MELEC Sept. 2017 55-67 Roux, N., see Turpin, C., MELEC Dec. 2017 72-85 Ruth, M., see Pratt, A., MELEC Dec. 2016 8-14

S Saha, S., see Anderson, A., MELEC June 2017 6-16 Saha, S., see Podmore, R., MELEC March 2016 11-17

Salameh, M., see Chen, C., MELEC Sept. 2020 62-69 Salazar, A., see Restrepo, C., MELEC Sept. 2015 14-21 Samuel, P., see Reddy, B., MELEC March 2018 26-36 Sanchez-Gasca, J., see Pourbeik, P., MELEC Sept. 2015 47-

51 Sanchez-Rebollo, C., see Jimenez-Octavio, J., MELEC Sept.

2013 4-10 Santi, E., see Riccobono, A., MELEC Sept. 2017 55-67 Sareni, B., see Turpin, C., MELEC Dec. 2017 72-85 Satake, H., see Kubo, H., MELEC Sept. 2018 62-69 Sauer, D., see Chin, C., MELEC Dec. 2019 46-55 Savagian, P., see Rahman, K., MELEC June 2014 14-24 Schmerda, R., Cuzner, R., Clark, R., Nowak, D., and Bunzel,

S., Shipboard Solid-State Protection: Overview and Applications; MELEC Sept. 2013 32-39

Schneider, K., Miller, C., Laval, S., Du, W., and Ton, D., Networked Microgrid Operations: Supporting a Resilient Electric Power Infrastructure; MELEC Dec. 2020 70-79

Schulz, S., Exploring the High-Power Inverter: Reviewing Critical Design Elements for Electric Vehicle Applications; MELEC March 2017 28-35

Schumacher, D., Beik, O., and Emadi, A., Standalone Integrated Power Electronics Systems: Applications for Off-Grid Rural Locations; MELEC Dec. 2018 73-82

Schwarz, S., see Wilms, H., MELEC Dec. 2018 48-62 Schweizer, H., see Restrepo, C., MELEC Sept. 2015 14-21 Scionti, E., see Wilms, H., MELEC Dec. 2018 48-62 Senthil, J., see Pourbeik, P., MELEC Sept. 2015 47-51 Shahidehpour, M., and Khodayar, M., Cutting Campus

Energy Costs with Hierarchical Control: The Economical and Reliable Operation of a Microgrid; MELEC Sept. 2013 40-56

Shahidehpour, M., Gong, W., Lopata, M., Bahramirad, S., Paaso, A., and Zhang, C., Transforming a National Historic Landmark Into a Green Nanogrid: The Case of Crown Hall; MELEC Dec. 2020 20-35

Shahidehpour, M., Li, Z., and Ganji, M., Smart Cities for a Sustainable Urbanization: Illuminating the Need for Establishing Smart Urban Infrastructures; MELEC June 2018 16-33

Shahidehpour, M., Li, Z., Gong, W., Bahramirad, S., and Lopata, M., A Hybrid ac/dc Nanogrid: The Keating Hall Installation at the Illinois Institute of Technology.; MELEC June 2017 36-46

Shahidehpour, M., see Aminifar, F., MELEC Sept. 2020 79-91

Shahidehpour, M., see Archibald, W., MELEC March 2015 56-67

Shahidehpour, M., see Bisadi, M., MELEC June 2018 64-72 Shahidehpour, M., see Che, L., MELEC March 2014 66-80 Shahidehpour, M., see Gholami, A., MELEC March 2016 18-

24 Shahidehpour, M., see Jiang, Y., MELEC Sept. 2014 39-48 Shahidehpour, M., see Yan, M., MELEC Sept. 2019 23-32 Shahidehpour, M., Yan, M., Shikhar, P., Bahramirad, S., and

Paaso, A., Blockchain for Peer-to-Peer Transactive Energy Trading in Networked Microgrids: Providing an Effective and Decentralized Strategy; MELEC Dec. 2020 80-90

Shakeri, N., Zadeh, M., and Bremnes Nielsen, J., Hydrogen Fuel Cells for Ship Electric Propulsion: Moving Toward Greener Ships; MELEC June 2020 27-43

Shamsi, P., McDonough, M., and Fahimi, B., Wide-Bandgap Semiconductor Technology: Its impact on the electrification of the transportation industry; MELEC Dec. 2013 59-63

Shao, S., see Chang, G., MELEC Sept. 2020 28-39 Shaw, R., see Donadee, J., MELEC June 2019 40-45 Shen, X., see Sun, H., MELEC June 2018 42-50




















































































9

Shetye, K., and Overbye, T., Modeling and Analysis of GMD Effects on Power Systems: An overview of the impact on large-scale power systems; MELEC Dec. 2015 13-21

Shikhar, P., see Shahidehpour, M., MELEC Dec. 2020 80-90 Sid-Ahmed, M., see Kar, N., MELEC Sept. 2013 21-31 Sidharta, I., see Asfani, D., MELEC June 2020 44-51 Siebert, N., see Jiang, T., MELEC June 2017 74-82 Siegel, H., see Hansen, T., MELEC March 2016 25-32 Silvestro, F., see D'Agostino, F., MELEC Dec. 2019 69-80 Silvestro, F., see Tarasiuk, T., MELEC Sept. 2020 40-46 Singh, B., Wanner, K., and Vilar, Z., Novel and Ruggedized

Power Electronics for Off-Highway Vehicles: The Challenges in Implementing Power Electronics and Drive Systems; MELEC June 2014 31-41

Skjetne, R., see Reddy, N., MELEC Dec. 2019 32-45 Skjetne, R., see Sorensen, A., MELEC Sept. 2017 68-73 Skjong, E., see Rodskar, E., MELEC Sept. 2017 33-39 Skrlec, D., see Dragicevic, T., MELEC March 2014 54-65 Sooriyabandara, M., see Nistor, S., MELEC March 2018 55-

60 Sorensen, A., see Reddy, N., MELEC Dec. 2019 32-45 Sorensen, A., Skjetne, R., Bo, T., Miyazaki, M., Johansen,

T., Utne, I., and Pedersen, E., Toward Safer, Smarter, and Greener Ships: Using Hybrid Marine Power Plants; MELEC Sept. 2017 68-73

Sorfonn, I., see Guidi, G., MELEC Sept. 2017 22-32 Srdic, S., and Lukic, S., Toward Extreme Fast Charging:

Challenges and Opportunities in Directly Connecting to Medium-Voltage Line; MELEC March 2019 22-31

Stadtmueller, F., see Coignard, J., MELEC June 2019 46-56 Stanfield, S., and Vanega, A., Deploying Distributed Energy

Storage: Near-Term Regulatory Considerations to

Maximize Benefits; MELEC Sept. 2015 41-46 Starke, M., see Araiza, J., MELEC Sept. 2018 14-19 Staudt, V., Bartelt, R., and Heising, C., Fault Scenarios in DC

Ship Grids: The advantages and disadvantages of modular multilevel converters; MELEC June 2015 40-48

Stavropoulou, I., see Hatziargyriou, N., MELEC June 2017 17-27

Stenclik, D., Zhang, B., Rocheleau, R., and Cole, J., Energy Storage as a Peaker Replacement: Can Solar and Battery Energy Storage Replace the Capacity Value of Thermal Generation?; MELEC Sept. 2018 20-26

Stoyanov, S., see Chen, C., MELEC Sept. 2020 62-69 Stranden, J., see Guidi, G., MELEC March 2020 37-48 Su, P., see Nasr-Azadani, E., MELEC March 2020 49-60 Subramony, V., Doolla, S., and Chandorkar, M., Microgrids

in India: Possibilities and Challenges; MELEC June 2017 47-55

Sul, S., see Kim, S., MELEC June 2015 22-33 Sulligoi, G., see Jin, Z., MELEC June 2016 45-57 Sulligoi, G., see Colavitto, A., MELEC Dec. 2019 98-110 Sulligoi, G., see Vicenzutti, A., MELEC June 2015 49-65 Sulligoi, G., see Vicenzutti, A., MELEC Sept. 2017 40-54 Sumsurooah, S., Odavic, M., Bozhko, S., and Boroyevic, D.,

Toward Robust Stability of Aircraft Electrical Power Systems: Using a µ-Based Structural Singular Value to Analyze and Ensure Network Stability; MELEC Dec. 2017 62-71

Sun, F., see Yang, X., MELEC March 2019 12-21 Sun, H., Guo, Q., Zhang, B., Wu, W., Wang, B., Shen, X.,

and Wang, J., Integrated Energy Management System: Concept, Design, and Demonstration in China; MELEC June 2018 42-50

Sun, H., see Zhu, J., MELEC June 2018 51-63 Sun, R., McVey, M., Lamb, M., and Gardner, R., Mitigating

Geomagnetic Disturbances: A summary of Dominion Virginia Power's efforts; MELEC Dec. 2015 34-45

Suryanarayanan, S., see Anderson, A., MELEC Dec. 2018 18-31

Suryanarayanan, S., see Hansen, T., MELEC March 2016 25-32

Suul, J., see Guidi, G., MELEC March 2020 37-48 Suul, J., see Guidi, G., MELEC Sept. 2017 22-32 Suul, J., see Karimi, S., MELEC Sept. 2020 47-61 Svachula, J., see Bahramirad, S., MELEC March 2015 48-55

T Tan, S., Wu, Y., Xie, P., Guerrero, J., Vasquez, J., and

Abusorrah, A., New Challenges in the Design of Microgrid Systems: Communication Networks, Cyberattacks, and Resilience; MELEC Dec. 2020 98-106

Tang, D., see Jiang, T., MELEC June 2017 74-82 Tarasiuk, T., Zunino, Y., Bueno-Lopez, M., Silvestro, F.,

Pilat, A., and Molinas, M., Frequency Fluctuations in Marine Microgrids: Origins and Identification Tools; MELEC Sept. 2020 40-46

Tarnowsky, S., see Rahman, K., MELEC June 2014 14-24 Teimourzadeh, S., see Bisadi, M., MELEC June 2018 64-72 Terriche, Y., see Lashab, A., MELEC Dec. 2020 8-19 Theisen, P., see Fu, Q., MELEC Dec. 2013 21-29 Thieme, C., see Reddy, N., MELEC Dec. 2019 32-45 Thompson, M., Chang, E., Foto, A., Citron-Rivera, J.,

Haddad, D., Waldo, R., and Pinkerton, F., Grain-Boundary-Diffused Magnets: The Challenges in Obtaining Reliable and Representative BH Curves for Electromagnetic Motor Design; MELEC March 2017 19-27

Tian, J., see Liu, J., MELEC Sept. 2019 66-75 Tian, W., see Jiang, Y., MELEC Sept. 2014 39-48

Ton, D., see Schneider, K., MELEC Dec. 2020 70-79 Tordjman, P., see Jiang, T., MELEC June 2017 74-82 Tricoli, P., see Krastev, I., MELEC Sept. 2016 6-14 Turpin, C., Morin, B., Bru, E., Rallieres, O., Roboam, X.,

Sareni, B., Garcia Arregui, M., and Roux, N., Power for Aircraft Emergencies: A Hybrid Proton Exchange Membrane H2/O2 Fuel Cell and Ultracapacitor System; MELEC Dec. 2017 72-85

U

Unamuno, E., Paniagua, J., and Barrena, J., Unified Virtual

Inertia for ac and dc Microgrids: And the Role of Interlinking Converters; MELEC Dec. 2019 56-68

Utgaard, A., Gulbrandsen, D.M., Lysne, B., Krogstad, G.-H., Eress: A New Era for Railway Energy: Promoting Efficiency, Fairer Billing With Standards and Onboard Meters; MELEC March 2020 6-11

Utne, I., see Sorensen, A., MELEC Sept. 2017 68-73 Uzuka, T., Faster than a Speeding Bullet: An Overview of

Japanese High-Speed Rail Technology and Electrification; MELEC Sept. 2013 11-20

V

Vaahedi, E., Rahimi, F., and Amundson, E., A Versatile

Microgrid Management Solution for the Emerging Electricity Grid: Catering to the Full Spectrum of Microgrids; MELEC Dec. 2020 91-97

Vallve, X., see Marnay, C., MELEC March 2015 79-85 Van der Spiegel, B., and Rodriguez Mondejar, J., Energy

Metering of Trains: The European Experience; MELEC Sept. 2020 70-78

Van Maanen, K., see Hayslett, S., MELEC June 2020 11-17 Vandenbossche, L., see Jacobs, S., MELEC March 2019 39-

48
















































































10

Vanega, A., see Stanfield, S., MELEC Sept. 2015 41-46 Vartanian, C., see Araiza, J., MELEC Sept. 2018 14-19 Vartdal, B., see Alnes, O., MELEC Sept. 2017 10-21 Vasconcelos, H., Moreira, C., Madureira, A., Lopes, J., and

Miranda, V., Advanced Control Solutions for Operating Isolated Power Systems: Examining the Portuguese islands; MELEC March 2015 25-35

Vasilakis, N., see Hatziargyriou, N., MELEC Dec. 2020 46-54 Vasquez, J., see Dragicevic, T., MELEC March 2014 54-65 Vasquez, J., see Jin, Z., MELEC June 2016 45-57 Vasquez, J., see Lashab, A., MELEC Dec. 2020 8-19 Vasquez, J., see Nasir, M., MELEC Dec. 2018 63-72 Vasquez, J., see Rodriguez-Diaz, E., MELEC June 2016 20-28 Vasquez, J., see Tan, S., MELEC Dec. 2020 98-106 Vasquez, J., see Wu, Y., MELEC Dec. 2019 81-88 Vassallo, A., Maker, P., Dixon, T., and Agelidis, V., Electricity

Storage: Renewable Energy Applications in the Australian Context; MELEC Sept. 2015 22-29

Vaynshenk, P., see Pratt, A., MELEC Dec. 2016 8-14 Vedante, K., see Girgis, R., MELEC Dec. 2015 8-12 Velez, C., see Pastor, M., MELEC Dec. 2013 13-20 Veneman, E., see Nasr-Azadani, E., MELEC March 2020 49-

60 Venkata, S., see Jiang, T., MELEC June 2017 74-82 Venkataraman, A., see Jiang, T., MELEC June 2017 74-82 Venkateshkumar, M., see Chin, C., MELEC Dec. 2019 46-55 Vera, E., Canizares, C., and Pirnia, M., Renewable Energy

Integration in Canadian Remote Community Microgrids: The Feasibility of Hydrogen and Gas Generation; MELEC Dec. 2020 36-45

Vicenzutti, A., Bosich, D., Giadrossi, G., and Sulligoi, G., The Role of Voltage Controls in Modern All-Electric Ships:

Toward the all electric ship; MELEC June 2015 49-65 Vicenzutti, A., Bosich, D., Pelaschiar, R., Menis, R., and

Sulligoi, G., Increasing the Safety of Modern Passenger Ships: A Comprehensive Approach for Designing Safe Shipboard Integrated Electrical Power Systems; MELEC Sept. 2017 40-54

Vicenzutti, A., see Colavitto, A., MELEC Dec. 2019 98-110 Victor-Gallardo, L., see Quiros-Tortos, J., MELEC June 2019

22-32 Vilar, Z., see Singh, B., MELEC June 2014 31-41 Volden, R., see Rodskar, E., MELEC Sept. 2017 33-39 Vrettos, E., see Coignard, J., MELEC June 2019 46-56 Vukojevic, A., Lukic, S., and White, L., Implementing an

Electric Utility Microgrid: Lessons Learned; MELEC March 2020 24-36

W

Wahde, M., see Bellone, M., MELEC Dec. 2019 22-31 Waldo, R., see Thompson, M., MELEC March 2017 19-27 Wang, B., see Nazaripouya, H., MELEC June 2019 33-39 Wang, B., see Sun, H., MELEC June 2018 42-50 Wang, C., see Yang, X., MELEC March 2019 12-21 Wang, H., Hasanzadeh, A., and Khaligh, A., Transportation

Electrification: Conductive charging of electrified vehicles; MELEC Dec. 2013 46-58

Wang, J., see Lu, X., MELEC June 2017 56-63 Wang, J., see Lu, X., MELEC June 2018 73-83 Wang, J., see Sun, H., MELEC June 2018 42-50 Wang, Q., see Rajashekara, K., MELEC March 2016 46-57 Wang, Y., Xuhui, W., Chen, C., Yong, L., and Xu, L.,

Improving Peak Power in Electrified Vehicles: The Development of a Hierarchical Design Optimization Method; MELEC June 2014 25-30

Wanner, K., see Singh, B., MELEC June 2014 31-41 Warner, G., see Burr, M., MELEC March 2014 30-39

Waye, S., see Moreno, G., MELEC June 2014 42-49 Weber, J., see Pourbeik, P., MELEC Sept. 2015 47-51 Wei, K., see Liu, L., MELEC Dec. 2015 52-59 Weidlich, A., see Dimeas, A., MELEC March 2014 81-93 Wenzel, W., see Hayslett, S., MELEC June 2020 11-17 Wheeler, P., and Bozhko, S., The More Electric Aircraft:

Technology and Challenges; MELEC Dec. 2014 6-12 White, L., see Vukojevic, A., MELEC March 2020 24-36 Widergren, S., see Hammerstrom, D., MELEC Dec. 2016 30-

36 Wikarta, A., see Asfani, D., MELEC June 2020 44-51 Williams, S., see Pourbeik, P., MELEC Sept. 2015 47-51 Wilms, H., Mildt, D., Cupelli, M., Monti, A., Kjellen, P.,

Fischer, T., Panic, D., Hirst, M., Scionti, E., Schwarz, S., Kessler, P., and Hernandez, L., Microgrid Field Trials in Sweden: Expanding the Electric Infrastructure in the Village of Simris; MELEC Dec. 2018 48-62

Wittemund, M., see Nasr-Azadani, E., MELEC March 2020 49-60

Wrathall, N., see Nasr-Azadani, E., MELEC March 2020 49-60

Wu, D., see Zhu, J., MELEC June 2018 51-63 Wu, H., see Pratt, A., MELEC Dec. 2016 8-14 Wu, N., see Yang, X., MELEC March 2019 12-21 Wu, Q., Larsen, E., Heussen, K., Bindner, H., and Douglass,

P., Remote Off-Grid Solutions for Greenland and Denmark: Using Smart-Grid Technologies to Ensure Secure, Reliable Energy for Island Power Systems; MELEC June 2017 64-73

Wu, W., see Sun, H., MELEC June 2018 42-50 Wu, X., see Qu, M., MELEC Dec. 2020 55-69 Wu, Y., Guerrero, J., Vasquez, J., and Li, J., AC Microgrid

Small-Signal Modeling: Hierarchical Control Structure Challenges and Solutions; MELEC Dec. 2019 81-88

Wu, Y., see Chang, G., MELEC Sept. 2020 28-39 Wu, Y., see Tan, S., MELEC Dec. 2020 98-106 Wu, Y., see Wu, Y., MELEC Dec. 2019 81-88

X Xiao, J., see Chin, C., MELEC Dec. 2019 46-55 Xie, H., Zheng, S., and Ni, M., Microgrid Development in

China: A Method for Renewable Energy and Energy Storage Capacity Configuration in a Megawatt-Level Isolated Microgrid; MELEC June 2017 28-35

Xie, P., see Tan, S., MELEC Dec. 2020 98-106 Xu, H., see Marnay, C., MELEC March 2015 79-85 Xu, L., see Wang, Y., MELEC June 2014 25-30 Xu, X., see Yan, M., MELEC Sept. 2019 23-32 Xuhui, W., see Wang, Y., MELEC June 2014 25-30

Y Yan, M., see Shahidehpour, M., MELEC Dec. 2020 80-90 Yan, M., Shahidehpour, M., Lu, J., and Xu, X., Coordinating

Electricity and Transportation Networks: Enhancing Power Grid Resilience Strategies Against Ice Storms; MELEC Sept. 2019 23-32

Yang, X., Ge, S., Wu, N., Mao, Y., Sun, F., and Wang, C., All-Climate Battery Technology for Electric Vehicles: Inching Closer to the Mainstream Adoption of Automated Driving; MELEC March 2019 12-21

Yanling, L., see Zhaohong, B., MELEC March 2015 36-47 Yaqoob, M., see Lashab, A., MELEC Dec. 2020 8-19 Yiu, C., see Marti, L., MELEC Dec. 2015 46-51 Yong, L., see Wang, Y., MELEC June 2014 25-30 Yu, J., see Ban, M., MELEC Sept. 2019 44-54 Yu, Z., see Zhu, J., MELEC June 2018 51-63



























































































11

+ Check author entry for coauthors

Yuan, G., Rural Electrification Goes Local: Recent innovations in renewable generation, energy efficiency, and grid modernization; MELEC March 2015 16-24

Yuan, G., see Huang, Z., MELEC Sept. 2020 18-27 Yuniarto, M., see Asfani, D., MELEC June 2020 44-51

Z Zadeh, M., see Karimi, S., MELEC Sept. 2020 47-61 Zadeh, M., see Othman, M., MELEC Dec. 2019 89-97 Zadeh, M., see Reddy, N., MELEC Dec. 2019 32-45 Zadeh, M., see Shakeri, N., MELEC June 2020 27-43 Zaffar, N., see Nasir, M., MELEC Dec. 2018 63-72 Zhang, B., see Stenclik, D., MELEC Sept. 2018 20-26 Zhang, B., see Sun, H., MELEC June 2018 42-50 Zhang, C., see Shahidehpour, M., MELEC Dec. 2020 20-35 Zhang, H., Lu, F., and Mi, C., An Electric Roadway System

Leveraging Dynamic Capacitive Wireless Charging: Furthering the Continuous Charging of Electric Vehicles; MELEC June 2020 52-60

Zhaohong, B., and Yanling, L., An Overview of Rural Electrification in China: History, technology, and emerging trends; MELEC March 2015 36-47

Zheng, S., see Xie, H., MELEC June 2017 28-35 Zheng, W., see Nasr-Azadani, E., MELEC March 2020 49-60 Zhu, C., see Cesiel, D., MELEC March 2017 36-42 Zhu, J., Sun, H., Wu, D., Chen, L., Luo, J., Yu, Z., Chen, Y.,

Ni, J., and Huang, K., Smart City Solutions and Applications in China: Accelerating the Society Developing Harmoniously; MELEC June 2018 51-63

Zimmer, M., see Burr, M., MELEC March 2014 30-39 Zubairi, J., see Mahmood, I., MELEC Sept. 2019 33-43

Zubieta, L., Are Microgrids the Future of Energy?: DC Microgrids from Concept to Demonstration to Deployment; MELEC June 2016 37-44

Zunino, Y., see Tarasiuk, T., MELEC Sept. 2020 40-46

SUBJECT INDEX

A AC motors

Fault Scenarios in DC Ship Grids: The advantages and disadvantages of modular multilevel converters. Staudt, V., +, MELEC June 2015 40-48

Propulsion Powertrain Simulator: Future Turboelectric distributed-propulsion aircraft. Choi, B., MELEC Dec. 2014 23-34

Accidents Transportation Electrification and Managing Traffic

Congestion: The Role of Intelligent Transportation Systems. Boucher, M., MELEC Sept. 2019 16-22

Actuators The More Electric Aircraft: Technology and Challenges.

Wheeler, P., +, MELEC Dec. 2014 6-12 Aerodynamics

Hydrogen Fuel Cells for Ship Electric Propulsion: Moving Toward Greener Ships. Shakeri, N., +, MELEC June 2020 27-43

Aerospace control Actuation Challenges in the More Electric Aircraft:

Overcoming Hurdles in the Electrification of Actuation Systems. Nagel, N., MELEC Dec. 2017 38-45

Toward Integrated Digital Aircraft Control Systems: For Electrified System Optimized Size, Cost and Efficiency. Beik, O., +, MELEC Dec. 2017 46-52

Aerospace electronics Actuation Challenges in the More Electric Aircraft:


Magnetic Saturation and Flux-Weakening Control: Using Lookup Tables Based on a Static Method of Identification for Nonlinear Permanent-Magnet Synchronous Motors. Mansouri, B., +, MELEC Dec. 2017 53-61

The More Electric Aircraft: Technology and Challenges. Wheeler, P., +, MELEC Dec. 2014 6-12


Toward Robust Stability of Aircraft Electrical Power Systems: Using a µ-Based Structural Singular Value to Analyze and Ensure Network Stability. Sumsurooah, S., +, MELEC Dec. 2017 62-71

Africa A Microgrid Test Bed in Singapore: An Electrification

Project for Affordable Access to Electricity with Optimal Asset Management. Jiang, T., +, MELEC June 2017 74-82

Scalable Solar dc Microgrids: On the Path to Revolutionizing the Electrification Architecture of Developing Communities. Nasir, M., +, MELEC Dec. 2018 63-72

Standalone Integrated Power Electronics Systems: Applications for Off-Grid Rural Locations. Schumacher, D., +, MELEC Dec. 2018 73-82

Air pollution Battery-Powered Ships: A Class Society Perspective.

Alnes, O., +, MELEC Sept. 2017 10-21 Electric Drives for Electric Green Taxiing Systems:

Examining and Evaluating the Electric Drive System. Ganev, E., MELEC Dec. 2017 10-24

The Missing Health Link: How a Transition to Electrified Vehicles May Benefit More Than Just the Environment. Kowal, S., +, MELEC Sept. 2019 76-80

Air quality The Future Is Present in California: Delivering on the

Promise of Fuel Cell-Powered Transportation. Martinez, A., MELEC March 2018 37-47

Aircraft Energy Storage for Electrified Aircraft: The Need for

Better Batteries, Fuel Cells, and Supercapacitors. Misra, A., MELEC Sept. 2018 54-61

Power Conversion Technologies for Automotive and Aircraft Systems: Applying Electric/Hybrid Vehicle Technology to More Electric Aircraft Systems. Rajashekara, K., MELEC June 2014 50-60

Aircraft manufacture Toward Integrated Digital Aircraft Control Systems: For

Electrified System Optimized Size, Cost and Efficiency. Beik, O., +, MELEC Dec. 2017 46-52

Aircraft propulsion Actuation Challenges in the More Electric Aircraft:


Energy Storage for Electrified Aircraft: The Need for Better Batteries, Fuel Cells, and Supercapacitors. Misra, A., MELEC Sept. 2018 54-61

Flying Cars: Challenges and Propulsion Strategies. Rajashekara, K., +, MELEC March 2016 46-57

Induction Machine for More Electric Aircraft: Enabling New Electrical Power System Architecture of More Electric Aircraft. Jia, Y., +, MELEC Dec. 2017 25-37






















































12



Power for Aircraft Emergencies: A Hybrid Proton Exchange Membrane H2/O2 Fuel Cell and Ultracapacitor System. Turpin, C., +, MELEC Dec. 2017 72-85




Airplanes The More Electric Aircraft: Technology and Challenges.

Wheeler, P., +, MELEC Dec. 2014 6-12 Analytical models

AC Microgrid Small-Signal Modeling: Hierarchical Control Structure Challenges and Solutions. Wu, Y., +, MELEC Dec. 2019 81-88

Improving Peak Power in Electrified Vehicles: The Development of a Hierarchical Design Optimization Method. Wang, Y., +, MELEC June 2014 25-30

The 48-V Mild Hybrid: Benefits, Motivation, and the Future Outlook. Hayslett, S., +, MELEC June 2020 11-17

Anodes Enhancing the Fast Charging Capability of High-Energy-

Density Lithium-Ion Batteries: A Pack Design Perspective. Chen, C., +, MELEC Sept. 2020 62-69

Lithium Has Transformed Vehicle Technology: How Trends in Li-Ion Battery Technology Have Developed for Vehicle Electrification. Alamgir, M., MELEC March 2017 43-52

Architecture Transforming a National Historic Landmark Into a Green

Nanogrid: The Case of Crown Hall. Shahidehpour, M., +, MELEC Dec. 2020 20-35

Arctic Renewable Energy Integration in Canadian Remote

Community Microgrids: The Feasibility of Hydrogen and Gas Generation. Vera, E., +, MELEC Dec. 2020 36-45

Art Transforming a National Historic Landmark Into a Green


Artificial intelligence Public-Private Partnerships: Creating New Markets for

Industry, Encouraging Social Engagement, and Improving Quality of Life. Bandler, H., MELEC March 2016 2-10

Asia A Microgrid Test Bed in Singapore : An Electrification



The Tianjin 2014 Symposium on Microgrids: A meeting of the minds for international microgrid experts. Marnay, C., +, MELEC March 2015 79-85

Atmospheric measurements Planning the Second Generation of Smart Cities:

Technology to Handle the Pressures of Urbanization. Dadon, I., MELEC Sept. 2019 6-15

Will Electric Vehicles Drive Distribution Grid Upgrades?: The Case of California. Coignard, J., +, MELEC June 2019 46-56

Atmospheric modeling Transactive Home Energy Management Systems: The

Impact of Their Proliferation on the Electric Grid. Pratt, A., +, MELEC Dec. 2016 8-14

Australia Electricity Storage: Renewable Energy Applications in the

Australian Context. Vassallo, A., +, MELEC Sept. 2015 22-29

Authentication VOLTTRON: An Open-Source Software Platform of the

Future. Katipamula, S., +, MELEC Dec. 2016 15-22 Automation

Electrification and Automation in Maritime Applications: Employing AI Techniques for Energy Optimization and Efficiency. Bellone, M., +, MELEC Dec. 2019 22-31

Automobile industry Courting and Sparking: Wooing Consumers' Interest in

the EV Market. Kar, N., +, MELEC Sept. 2013 21-31 Automobiles

Shore Charging for Plug-In Battery-Powered Ships: Power System Architecture, Infrastructure, and Control. Karimi, S., +, MELEC Sept. 2020 47-61

Automotive electronics Flying Cars: Challenges and Propulsion Strategies.

Rajashekara, K., +, MELEC March 2016 46-57 Automotive engineering

Deploying Electric Vehicles Into Shared-Use Services: Amping up Public Charging Demand to Justify an Investment in Infrastructure. Kosak, P., MELEC March

2019 32-38 The 48-V Mild Hybrid: Benefits, Motivation, and the

Future Outlook. Hayslett, S., +, MELEC June 2020 11-17

Toward Smart Vehicular dc Networks in the Automotive Industry: Process, Computational Tools, and Trends in the Design and Simulation of Vehicle Electrical Distribution Systems. Dominguez, X., +, MELEC March 2020 61-68

Transportation Electrification and Managing Traffic Congestion: The Role of Intelligent Transportation Systems. Boucher, M., MELEC Sept. 2019 16-22

Autonomous automobiles Dynamic Wireless Charging of Autonomous Vehicles:

Small-Scale Demonstration of Inductive Power Transfer as an Enabling Technology for Self-Sufficient Energy Supply. Guidi, G., +, MELEC March 2020 37-48

Autonomous systems Zero-Emission Autonomous Ferries for Urban Water

Transport: Cheaper, Cleaner Alternative to Bridges and Manned Vessels. Reddy, N., +, MELEC Dec. 2019 32-45

Autonomous vehicles Hydrogen Fuel Cells for Ship Electric Propulsion: Moving

Toward Greener Ships. Shakeri, N., +, MELEC June 2020 27-43

B Batteries

A Closer Look at the On-Board Charger: The Development of the Second-Generation Module for the Chevrolet Volt. Cesiel, D., +, MELEC March 2017 36-42

A Game Changer: Electrifying Remote Communities by Using Isolated Microgrids. Lu, X., +, MELEC June 2017 56-63




















































13


A Hybrid ac/dc Nanogrid: The Keating Hall Installation at the Illinois Institute of Technology. Shahidehpour, M., +, MELEC June 2017 36-46

A Hybrid Power System Laboratory: Testing Electric and Hybrid Propulsion. Othman, M., +, MELEC Dec. 2019 89-97

Advanced LVDC Electrical Power Architectures and Microgrids: A step toward a new generation of power distribution networks. Dragicevic, T., +, MELEC March 2014 54-65

All-Climate Battery Technology for Electric Vehicles: Inching Closer to the Mainstream Adoption of Automated Driving. Yang, X., +, MELEC March 2019 12-21

Are Microgrids the Future of Energy?: DC Microgrids from Concept to Demonstration to Deployment. Zubieta, L., MELEC June 2016 37-44

Battery Swapping: An Aggressive Approach to Transportation Electrification. Ban, M., +, MELEC Sept. 2019 44-54

Battery-Powered Ships: A Class Society Perspective. Alnes, O., +, MELEC Sept. 2017 10-21

Connectivity and Convergence: Transportation for the 21st Century. Gearhart, C., +, MELEC June 2014 6-13

Electric Machines and Energy Storage: Over a Century of Technologies in Electric and Hybrid Electric Vehicles. Bazzi, A., +, MELEC Sept. 2018 49-53

Electricity Storage: Renewable Energy Applications in the Australian Context. Vassallo, A., +, MELEC Sept. 2015 22-29

Electrification and Automation in Maritime Applications: Employing AI Techniques for Energy Optimization and

Efficiency. Bellone, M., +, MELEC Dec. 2019 22-31 Elements of a Robust Battery-Management System: From

Fast Characterization to Universality and More. Balasingam, B., +, MELEC Sept. 2018 34-37

Energy Is On Board: Energy Storage and Other Alternatives in Modern Light Railways. Arboleya, P., +, MELEC Sept. 2016 30-41

Energy Savings in Coastal Fisheries: Use of a Serial Battery Hybrid Power System. Aarsaether, K., MELEC Sept. 2017 74-79

Energy Storage as a Peaker Replacement: Can Solar and Battery Energy Storage Replace the Capacity Value of Thermal Generation? Stenclik, D., +, MELEC Sept. 2018 20-26


Energy Storage in Remote Arctic Communities: Driving Down Diesel Consumption with Batteries. McDowall, J., MELEC Sept. 2018 27-33

Energy Storage, Renewable Power Generation, and the Grid: NREL Capabilities Help to Develop and Test Energy-Storage Technologies. Ma, Z., +, MELEC Sept. 2015 30-40

Energy Storage: Balancing the 21st Century Power Grid. Boston, T., +, MELEC Sept. 2015 52-57

Enhancing the Fast Charging Capability of High-Energy-Density Lithium-Ion Batteries: A Pack Design Perspective. Chen, C., +, MELEC Sept. 2020 62-69

Fueling Sustainability: The Exponential Impact of Empowering Off-Grid Communities. Podmore, R., +, MELEC March 2016 11-17

Getting Rare-Earth Magnets Out of EV Traction Machines: A Review of the Many Approaches Being Pursued to Minimize or Eliminate Rare-Earth Magnets from Future EV Drivetrains. Jahns, T., MELEC March 2017 6-18

How Electrical Steel Optimizes Traction Electric Machine Design: A Serviceable Contribution to Electric Vehicles. Jacobs, S., +, MELEC March 2019 39-48

Integrating Electric Vehicles with Energy Storage and Grids: New Technology and Specific Capabilities Spur Numerous Applications. Chandler, S., +, MELEC Sept. 2018 38-43


Microgrid Development in China: A Method for Renewable Energy and Energy Storage Capacity Configuration in a Megawatt-Level Isolated Microgrid. Xie, H., +, MELEC June 2017 28-35

Modeling and Dynamic Behavior of Battery Energy Storage: A Simple Model for Large-Scale Time-Domain Stability Studies. Pourbeik, P., +, MELEC Sept. 2015 47-51

Obstacles to the Success of Fuel-Cell Electric Vehicles: Are They Truly Impossible to Overcome? Kim, J., +, MELEC March 2018 48-54

On the Electrification of Canada's Vehicular Fleets: National-Scale Analysis Shows That Mindsets Matter. Ferguson, M., +, MELEC Sept. 2019 55-65

Potential Benefits of Vehicle-to-Grid Technology in California: High Value for Capabilities Beyond One-Way Managed Charging. Donadee, J., +, MELEC June 2019 40-45

Power Conversion Technologies for Automotive and Aircraft Systems: Applying Electric/Hybrid Vehicle Technology to More Electric Aircraft Systems.

Rajashekara, K., MELEC June 2014 50-60 Power Up with 800-V Systems: The Benefits of Upgrading

Voltage Power for Battery-Electric Passenger Vehicles. Jung, C., MELEC March 2017 53-58

Propulsion System Design of a Battery Electric Vehicle: The Chevrolet Spark EV. Rahman, K., +, MELEC June 2014 14-24

Reducing Fuel Consumption at a Remote Military Base: Introducing an energy management system. Kelly, R., +, MELEC Dec. 2013 30-37

Renewable Energy Integration in Canadian Remote Community Microgrids: The Feasibility of Hydrogen and Gas Generation. Vera, E., +, MELEC Dec. 2020 36-45

Residential Battery Storage: Is the Timing Right?. Restrepo, C., +, MELEC Sept. 2015 14-21


Sensible Transportation Electrification: Get rid of inefficient powertrain designs. Reisinger, R., +, MELEC Dec. 2013 6-12


Solar-DC Microgrid for Indian Homes: A Transforming Power Scenario. Jhunjhunwala, A., +, MELEC June 2016 10-19

The Reign of EVs? An Economic Analysis from the Consumer's Perspective. Fan, Z., +, MELEC June 2014 61-71

The Role of Energy Storage in a Microgrid Concept: Examining the opportunities and promise of microgrids. Fu, Q., +, MELEC Dec. 2013 21-29

Toward Extreme Fast Charging: Challenges and Opportunities in Directly Connecting to Medium-Voltage Line. Srdic, S., +, MELEC March 2019 22-31
































































14


Toward Safer, Smarter, and Greener Ships: Using Hybrid Marine Power Plants. Sorensen, A., +, MELEC Sept. 2017 68-73

Voltage-Level Selection of Future Two-Level LVdc Distribution Grids: A Compromise Between Grid Compatibility, Safety, and Efficiency. Rodriguez-Diaz, E., +, MELEC June 2016 20-28

Wireless Charging for Ships: High-Power Inductive Charging for Battery Electric and Plug-In Hybrid Vessels. Guidi, G., +, MELEC Sept. 2017 22-32

Battery charge measurement Elements of a Robust Battery-Management System: From


The Future of Batteries in an Electrified Fleet: Storage Will Play a Major Role. Houseman, D., MELEC Sept. 2018 44-48

Battery chargers Cutting the Cord: Static and Dynamic Inductive Wireless

Charging of Electric Vehicles. Lukic, S., +, MELEC Sept. 2013 57-64


Battery management systems Testing Large-Scale Energy-Storage Systems: Novel

Safety Evaluations Can Be Run in a Spacious, New Indoor Chamber Available in Japan. Kubo, H., +, MELEC Sept. 2018 62-69

Battery powered vehicles Courting and Sparking: Wooing Consumers' Interest in

the EV Market. Kar, N., +, MELEC Sept. 2013 21-31

Cutting the Cord: Static and Dynamic Inductive Wireless Charging of Electric Vehicles. Lukic, S., +, MELEC Sept. 2013 57-64

Benchmark testing A Closer Look at the On-Board Charger: The

Development of the Second-Generation Module for the Chevrolet Volt. Cesiel, D., +, MELEC March 2017 36-42

The Canadian Renewable Energy Laboratory: A Testbed for Microgrids. Nasr-Azadani, E., +, MELEC March 2020 49-60

Best practices Battery-Powered Ships: A Class Society Perspective.

Alnes, O., +, MELEC Sept. 2017 10-21 Big Data

Electric Vehicle Research in Indonesia: A Road Map, Road Tests, and Research Challenges. Asfani, D., +, MELEC June 2020 44-51

Bills of materials Toward Smart Vehicular dc Networks in the Automotive

Industry: Process, Computational Tools, and Trends in the Design and Simulation of Vehicle Electrical Distribution Systems. Dominguez, X., +, MELEC March 2020 61-68

Biological system modeling AC Microgrid Small-Signal Modeling: Hierarchical Control

Structure Challenges and Solutions. Wu, Y., +, MELEC Dec. 2019 81-88

Distribution Management System for the Grid of the Future: A Transactive System Compensating for the Rise in Distributed Energy Resources. Rahimi, F., +, MELEC June 2018 84-94

Elements of a Robust Battery-Management System: From Fast Characterization to Universality and More. Balasingam, B., +, MELEC Sept. 2018 34-37

Biosensors Coupled Cyber and Physical Systems: Embracing Smart

Cities with Multistream Data Flow. Lu, X., +, MELEC June 2018 73-83

Blockchain Blockchain for Peer-to-Peer Transactive Energy Trading in

Networked Microgrids: Providing an Effective and Decentralized Strategy. Shahidehpour, M., +, MELEC Dec. 2020 80-90

Boats Battery-Powered Ships: A Class Society Perspective.

Alnes, O., +, MELEC Sept. 2017 10-21 The Island Hydrogen Project: Electrolytic Generated

Hydrogen for Automotive and Maritime Applications. Nistor, S., +, MELEC March 2018 55-60

Braking systems Energy Harvesting for the Electrification of Railway

Stations: Getting a charge from the regenerative braking of trains. Jiang, Y., +, MELEC Sept. 2014 39-48

Bridge circuits Fault Scenarios in DC Ship Grids: The advantages and

disadvantages of modular multilevel converters. Staudt, V., +, MELEC June 2015 40-48

Bridges Zero-Emission Autonomous Ferries for Urban Water


Brushless DC motors Propulsion Powertrain Simulator: Future Turboelectric

distributed-propulsion aircraft. Choi, B., MELEC Dec. 2014 23-34

Buildings

A Microgrid Test Bed in Singapore: An Electrification Project for Affordable Access to Electricity with Optimal Asset Management. Jiang, T., +, MELEC June 2017 74-82

Evaluating Transactive Systems: Historical and Current DOE Research and Development Activities. Hammerstrom, D., +, MELEC Dec. 2016 30-36

Transforming a National Historic Landmark Into a Green Nanogrid: The Case of Crown Hall. Shahidehpour, M., +, MELEC Dec. 2020 20-35

Business Toward a Global Green Smart Microgrid: An Industrial

Park in China. Qu, M., +, MELEC Dec. 2020 55-69

C Canada


Cancer The Missing Health Link: How a Transition to Electrified

Vehicles May Benefit More Than Just the Environment. Kowal, S., +, MELEC Sept. 2019 76-80

Capacitors Exploring the High-Power Inverter: Reviewing Critical

Design Elements for Electric Vehicle Applications. Schulz, S., MELEC March 2017 28-35

Mitigating Geomagnetic Disturbances: A summary of Dominion Virginia Power's efforts. Sun, R., +, MELEC Dec. 2015 34-45

Real-Time Management of Geomagnetic Disturbances: Hydro One's eXtreme Space Weather control room tools. Marti, L., +, MELEC Dec. 2015 46-51




















































15


Capacity planning Energy Storage as a Peaker Replacement: Can Solar and

Battery Energy Storage Replace the Capacity Value of Thermal Generation? Stenclik, D., +, MELEC Sept. 2018 20-26

Carbon dioxide How Electrical Steel Optimizes Traction Electric Machine

Design: A Serviceable Contribution to Electric Vehicles. Jacobs, S., +, MELEC March 2019 39-48



Carbon emissions DC Bus Systems for Electrical Ships: Recent Advances

and Analysis of a Real Case. Chang, G., +, MELEC Sept. 2020 28-39

Riding the Rails to DC Power Efficiency: Energy efficiency in dc-electrified metropolitan railways. Pecharroman, R., +, MELEC Sept. 2014 32-38

Cathodes Lithium Has Transformed Vehicle Technology: How

Trends in Li-Ion Battery Technology Have Developed for Vehicle Electrification. Alamgir, M., MELEC March 2017 43-52


Cavity resonators Getting Rare-Earth Magnets Out of EV Traction Machines:

A Review of the Many Approaches Being Pursued to Minimize or Eliminate Rare-Earth Magnets from Future EV Drivetrains. Jahns, T., MELEC March 2017 6-18

Cellular phones Solar Energy, dc Distribution, and Microgrids: Ensuring

Quality Power in Rural India. Jhunjhunwala, A., +, MELEC Dec. 2018 32-39

Charging stations A Closer Look at the On-Board Charger: The




Electric Vehicles in India: A Novel Approach to Scale Electrification. Jhunjhunwala, A., +, MELEC Dec. 2018 40-47



The Need for Charging: Evaluating Utility Infrastructures for Electric Vehicles While Providing Customer Support. Bowermaster, D., +, MELEC March 2017 59-67


China Electric Vehicles in India: A Novel Approach to Scale

Electrification. Jhunjhunwala, A., +, MELEC Dec. 2018 40-47

Energy Harvesting for the Electrification of Railway Stations: Getting a charge from the regenerative braking of trains. Jiang, Y., +, MELEC Sept. 2014 39-48

Smart City Solutions and Applications in China: Accelerating the Society Developing Harmoniously. Zhu, J., +, MELEC June 2018 51-63

Circuit breakers DC Microgrid Protection: Using the Coupled-Inductor

Solid-State Circuit Breaker. Maqsood, A., +, MELEC June 2016 58-64

New Horizons in DC Shipboard Power Systems: New fault protection strategies are essential to the adoption of dc power systems. Cairoli, P., +, MELEC Dec. 2013 38-45

Circuit faults DC Bus Systems for Electrical Ships: Recent Advances

and Analysis of a Real Case. Chang, G., +, MELEC Sept. 2020 28-39

DC Microgrid Protection: Using the Coupled-Inductor Solid-State Circuit Breaker. Maqsood, A., +, MELEC June 2016 58-64


Implementing an Electric Utility Microgrid: Lessons Learned. Vukojevic, A., +, MELEC March 2020 24-36


Next-Generation Shipboard DC Power System: Introducing Smart Grid and dc Microgrid Technologies into Maritime Electrical Networks. Jin, Z., +, MELEC June 2016 45-57

Cities and towns Smart Houses in the Smart Grid: Developing an

interactive network. Dimeas, A., +, MELEC March 2014 81-93

Civil engineering Why Microgrids Are Moving into the Mainstream:

Improving the efficiency of the larger power grid. Asmus, P., MELEC March 2014 12-19

Classification Battery-Powered Ships: A Class Society Perspective.

Alnes, O., +, MELEC Sept. 2017 10-21 Climate change

Deploying Electric Vehicles Into Shared-Use Services: Amping up Public Charging Demand to Justify an Investment in Infrastructure. Kosak, P., MELEC March 2019 32-38

Clinical diagnosis The Missing Health Link: How a Transition to Electrified


Cloud computing Smart City Solutions and Applications in China:

Accelerating the Society Developing Harmoniously. Zhu, J., +, MELEC June 2018 51-63

Coal Solar-DC Microgrid for Indian Homes: A Transforming

Power Scenario. Jhunjhunwala, A., +, MELEC June 2016 10-19

Cogeneration Flexibility in Sustainable Electricity Systems: Multivector

and Multisector Nexus Perspectives. Martinez Cesena, Eduardo Alejandro, +, MELEC June 2019 12-21

Coils Wireless Charging for Ships: High-Power Inductive

Charging for Battery Electric and Plug-In Hybrid Vessels. Guidi, G., +, MELEC Sept. 2017 22-32






















































16


Collaboration Sailing into the Future: Industrial Internet of Things at

Sea with X-Connect. Rodskar, E., +, MELEC Sept. 2017 33-39

Combustion engines Sensible Transportation Electrification: Get rid of

inefficient powertrain designs. Reisinger, R., +, MELEC Dec. 2013 6-12

Communication networks New Challenges in the Design of Microgrid Systems:

Communication Networks, Cyberattacks, and Resilience. Tan, S., +, MELEC Dec. 2020 98-106

Communities Community Power and Fleet Microgrids: Meeting climate

goals, enhancing system resilience, and stimulating local economic development. Roach, M., MELEC March 2014 40-53

Complexity theory Hydrogen Fuel Cells for Ship Electric Propulsion: Moving


Computational modeling Enabling Smart Grid Cosimulation Studies: Rapid Design

and Development of the Technologies and Controls. Hansen, T., +, MELEC March 2016 25-32

Integrated Energy Management System: Concept, Design, and Demonstration in China. Sun, H., +, MELEC June 2018 42-50



Computer architecture A Controller Hardware-in-the-Loop Testbed: Verification

and Validation of Microgrid Control Architectures. Nigam, S., +, MELEC Sept. 2020 92-100


Integration of Shipboard Microgrids Within Land Distribution Networks: Employing a Ship Microgrid to Meet Critical Needs. D'Agostino, F., +, MELEC Dec. 2019 69-80

Sailing into the Future: Industrial Internet of Things at Sea with X-Connect. Rodskar, E., +, MELEC Sept. 2017 33-39


Computer security Coupled Cyber and Physical Systems: Embracing Smart


Connectors DC Local Power Distribution: Technology, Deployment,

and Pathways to Success. Nordman, B., +, MELEC June 2016 29-36

Power Up with 800-V Systems: The Benefits of Upgrading Voltage Power for Battery-Electric Passenger Vehicles. Jung, C., MELEC March 2017 53-58


Consumer electronics Advanced LVDC Electrical Power Architectures and

Microgrids: A step toward a new generation of power distribution networks. Dragicevic, T., +, MELEC March 2014 54-65

Containers Toward Smart Vehicular dc Networks in the Automotive


Control systems Advancing New Technologies in Electrical Ships: IEEE

standards are the risk mitigation tool. Khersonsky, Y., MELEC June 2015 34-39

Building Resilient Integrated Grids: One neighborhood at a time. Bahramirad, S., +, MELEC March 2015 48-55

DC Bus Systems for Electrical Ships: Recent Advances and Analysis of a Real Case. Chang, G., +, MELEC Sept. 2020 28-39

Electric Drives for Electric Green Taxiing Systems: Examining and Evaluating the Electric Drive System. Ganev, E., MELEC Dec. 2017 10-24



Smart Houses in the Smart Grid: Developing an interactive network. Dimeas, A., +, MELEC March 2014

81-93 Controllability

Railway Electrical Smart Grids: An introduction to next-generation railway power systems and their operation. Pilo de la Fuente, E., +, MELEC Sept. 2014 49-55

Corrosion Stray-Current Corrosion and Mitigation: A synopsis of the

technical methods used in dc transit systems. Memon, S., +, MELEC Sept. 2014 22-31

Cost benefit analysis Evaluating Transactive Systems: Historical and Current

DOE Research and Development Activities. Hammerstrom, D., +, MELEC Dec. 2016 30-36

Cost function Hydrogen Fuel Cells for Ship Electric Propulsion: Moving


Cost reduction Cutting Campus Energy Costs with Hierarchical Control:

The Economical and Reliable Operation of a Microgrid. Shahidehpour, M., +, MELEC Sept. 2013 40-56

Costs Locally Manufactured Small Wind Turbines: Empowering

communities for sustainable rural electrification. Latoufis, K., +, MELEC March 2015 68-78

Couplings Low-Frequency Coupling: Phenomena in Electric

Transportation Systems. Bongiorno, J., +, MELEC Sept. 2016 15-22

COVID-19 The Proliferation of Solar Photovoltaics: Their Impact on

Widespread Deployment of Electric Vehicles. Aminifar, F., +, MELEC Sept. 2020 79-91

Cryogenics Cryogenic Power Conversion Systems: The next step in

the evolution of power electronics technology. Rajashekara, K., +, MELEC Dec. 2013 64-73


























































17


Current measurement Elements of a Robust Battery-Management System: From


Energy Metering of Trains: The European Experience. Van der Spiegel, B., +, MELEC Sept. 2020 70-78

Impact of GICs on Power Transformers: Overheating is not the real issue. Girgis, R., +, MELEC Dec. 2015 8-12

Modeling and Analysis of GMD Effects on Power Systems: An overview of the impact on large-scale power systems. Shetye, K., +, MELEC Dec. 2015 13-21

Customer services Distribution Management System for the Grid of the

Future: A Transactive System Compensating for the Rise in Distributed Energy Resources. Rahimi, F., +, MELEC June 2018 84-94

D

Data centers

High-Frequency Power Electronics at the Grid Edge: A Bottom-Up Approach Toward the Smart Grid. Chen, M., +, MELEC Sept. 2020 6-17

Data collection A Coordinated Utility Emergency Response: Addressing

Information-Sharing Barriers for Utilities and Emergency Response Organizations. Marean, J., +, MELEC June 2018 95-103

Data models A Coordinated Utility Emergency Response: Addressing

Information-Sharing Barriers for Utilities and Emergency Response Organizations. Marean, J., +,

MELEC June 2018 95-103 Emerging Models for Microgrid Finance: Driven by the

need to deliver value to end users. Burr, M., +, MELEC March 2014 30-39

Enabling Smart Grid Cosimulation Studies: Rapid Design and Development of the Technologies and Controls. Hansen, T., +, MELEC March 2016 25-32



DC machines Unified Virtual Inertia for ac and dc Microgrids: And the

Role of Interlinking Converters. Unamuno, E., +, MELEC Dec. 2019 56-68

DC motor protection Shipboard Solid-State Protection: Overview and

Applications. Schmerda, R., +, MELEC Sept. 2013 32-39 DC motors

DC Local Power Distribution: Technology, Deployment, and Pathways to Success. Nordman, B., +, MELEC June 2016 29-36



Shipboard Solid-State Protection: Overview and Applications. Schmerda, R., +, MELEC Sept. 2013 32-39

Stray-Current Corrosion and Mitigation: A synopsis of the technical methods used in dc transit systems. Memon, S., +, MELEC Sept. 2014 22-31

What the IEC Tells Us About Stray Currents: Guidance for a Practical Approach. Pires, C., MELEC Sept. 2016 23-29

Decentralized control Microgrid Field Trials in Sweden: Expanding the Electric

Infrastructure in the Village of Simris. Wilms, H., +, MELEC Dec. 2018 48-62

Decision making Smart Houses in the Smart Grid: Developing an

interactive network. Dimeas, A., +, MELEC March 2014 81-93

Degradation Managing the Italian High-Speed Railway Network:

Provisions for Reducing Interference Between Electric Traction Systems. Caracciolo, F., +, MELEC Sept. 2016 42-47

Demagnetization Grain-Boundary-Diffused Magnets: The Challenges in

Obtaining Reliable and Representative BH Curves for Electromagnetic Motor Design. Thompson, M., +, MELEC March 2017 19-27

Density measurement A Closer Look at the On-Board Charger: The




Improving Peak Power in Electrified Vehicles: The Development of a Hierarchical Design Optimization

Method. Wang, Y., +, MELEC June 2014 25-30 Toward a Sustainable More Electrified Future: The Role of

Electrical Machines and Drives. EL-Refaie, A.M., MELEC March 2019 49-59

Design methodology Naval Power Systems: Integrated power systems for the

continuity of the electrical power supply. Doerry, N., MELEC June 2015 12-21

Discharges (electric) Enhancing the Fast Charging Capability of High-Energy-



Distributed databases IoT-Enabled Humans in the Loop for Energy Management

Systems: Promoting Building Occupants' Participation in Optimizing Energy Consumption. Bisadi, M., +, MELEC June 2018 64-72

Distributed management A Controller Hardware-in-the-Loop Testbed: Verification


Distributed power generation A Versatile Microgrid Management Solution for the

Emerging Electricity Grid: Catering to the Full Spectrum of Microgrids. Vaahedi, E., +, MELEC Dec. 2020 91-97

Cutting Campus Energy Costs with Hierarchical Control: The Economical and Reliable Operation of a Microgrid. Shahidehpour, M., +, MELEC Sept. 2013 40-56

Toward a Global Green Smart Microgrid: An Industrial Park in China. Qu, M., +, MELEC Dec. 2020 55-69

Dynamic scheduling Energy Storage: Balancing the 21st Century Power Grid.

Boston, T., +, MELEC Sept. 2015 52-57





















































18


E Economics

Blockchain for Peer-to-Peer Transactive Energy Trading in Networked Microgrids: Providing an Effective and Decentralized Strategy. Shahidehpour, M., +, MELEC Dec. 2020 80-90

Electric Vehicles in Latin America: Slowly but Surely Toward a Clean Transport. Quiros-Tortos, J., +, MELEC June 2019 22-32


Public-Private Partnerships: Creating New Markets for Industry, Encouraging Social Engagement, and Improving Quality of Life. Bandler, H., MELEC March 2016 2-10

Rural Electrification Goes Local: Recent innovations in renewable generation, energy efficiency, and grid modernization. Yuan, G., MELEC March 2015 16-24

Smart Cities for a Sustainable Urbanization: Illuminating the Need for Establishing Smart Urban Infrastructures. Shahidehpour, M.,+, MELEC June 2018 16-33




Electric locomotives

Faster than a Speeding Bullet: An Overview of Japanese High-Speed Rail Technology and Electrification. Uzuka, T., +, MELEC Sept. 2013 11-20

Electric machines Electric Machines and Energy Storage: Over a Century of

Technologies in Electric and Hybrid Electric Vehicles. Bazzi, A., +, MELEC Sept. 2018 49-53

Electric motors A Naval Integrated Power System with a Battery Energy

Storage System: Fuel efficiency, reliability, and quality of power. Kim, S., +, MELEC June 2015 22-33

Advancing New Technologies in Electrical Ships: IEEE standards are the risk mitigation tool. Khersonsky, Y., MELEC June 2015 34-39


Gaining Traction: Thermal Management and Reliability of Automotive Electric Traction-Drive Systems. Moreno, G., MELEC June 2014 42-49

Stability of Shipboard DC Power Distribution: Online Impedance-Based Systems Methods. Riccobono, A., +, MELEC Sept. 2017 55-67

The Role of Voltage Controls in Modern All-Electric Ships: Toward the all electric ship. Vicenzutti, A., +, MELEC June 2015 49-65

Electric potential Deploying Distributed Energy Storage: Near-Term

Regulatory Considerations to Maximize Benefits. Stanfield, S., +, MELEC Sept. 2015 41-46

Geomagnetic Disturbance: A comprehensive approach by American Electric Power to address the impacts. Qiu, Q., +, MELEC Dec. 2015 22-33



Electric vehicle charging Will Electric Vehicles Drive Distribution Grid Upgrades?:

The Case of California. Coignard, J., +, MELEC June 2019 46-56

Electric vehicles A Closer Look at the On-Board Charger: The


Actuation Challenges in the More Electric Aircraft: Overcoming Hurdles in the Electrification of Actuation Systems. Nagel, N., MELEC Dec. 2017 38-45

All-Climate Battery Technology for Electric Vehicles: Inching Closer to the Mainstream Adoption of Automated Driving. Yang, X., +, MELEC March 2019 12-21



Dynamic Wireless Charging of Autonomous Vehicles: Small-Scale Demonstration of Inductive Power Transfer as an Enabling Technology for Self-Sufficient Energy Supply. Guidi, G., +, MELEC March 2020 37-48


Electric Machines and Energy Storage: Over a Century of Technologies in Electric and Hybrid Electric Vehicles.

Bazzi, A., +, MELEC Sept. 2018 49-53 Electric Vehicles and Climate Change: Additional

Contribution and Improved Economic Justification. Nazaripouya, H., +, MELEC June 2019 33-39



Exploring the High-Power Inverter: Reviewing Critical Design Elements for Electric Vehicle Applications. Schulz, S., MELEC March 2017 28-35



Grain-Boundary-Diffused Magnets: The Challenges in Obtaining Reliable and Representative BH Curves for Electromagnetic Motor Design. Thompson, M., +, MELEC March 2017 19-27




Lithium Has Transformed Vehicle Technology: How Trends in Li-Ion Battery Technology Have Developed for























































19


Vehicle Electrification. Alamgir, M., MELEC March 2017 43-52

Magnetic Saturation and Flux-Weakening Control: Using Lookup Tables Based on a Static Method of Identification for Nonlinear Permanent-Magnet Synchronous Motors. Mansouri, B.,+, MELEC Dec. 2017 53-61

Novel and Ruggedized Power Electronics for Off-Highway Vehicles: The Challenges in Implementing Power Electronics and Drive Systems. Singh, B., MELEC June 2014 31-41








into the U.S. Transportation Sector. Kurtz, J., +, MELEC March 2018 8-18

Selecting the Best Electric Machines for Electrical Power-Generation Systems: High-Performance Solutions for Aerospace More Electric Architectures. Ganev, E.,

MELEC Dec. 2014 13-22 The Future Is Present in California: Delivering on the

Promise of Fuel Cell-Powered Transportation. Martinez, A., MELEC March 2018 37-47








Transportation Electrification: Conductive charging of electrified vehicles. Wang, H., +, MELEC Dec. 2013 46-58


Wide-Bandgap Semiconductor Technology: Its impact on the electrification of the transportation industry. Shamsi, P., +, MELEC Dec. 2013 59-63

Electrical equipment Actuation Challenges in the More Electric Aircraft:





Electrical resistance measurement What the IEC Tells Us About Stray Currents: Guidance for

a Practical Approach. Pires, C., MELEC Sept. 2016 23-29 Electrical safety

A Catenary-Free Electrification for Urban Transport: An Overview of the Tramwave System. Pastena, L., MELEC Sept. 2014 16-21

Electricity Propulsion System Design of a Battery Electric Vehicle:

The Chevrolet Spark EV. Rahman, K., +, MELEC June 2014 14-24

Electricity supply industry A Coordinated Utility Emergency Response: Addressing




An Enterprise Systems Engineering Approach to Electrification: Looking at the Bigger Picture Through Life-Cycle Analysis of Community Microgrids: A Case Study in Papua New Guinea. Anderson, A., +, MELEC Dec. 2018 18-31

An Overview of Rural Electrification in China: History, technology, and emerging trends. Zhaohong, B., +, MELEC March 2015 36-47


Community Power and Fleet Microgrids: Meeting climate goals, enhancing system resilience, and stimulating local economic development. Roach, M., MELEC March 2014 40-53




Empowering Smart Communities: Electrification, Education, and Sustainable Entrepreneurship in IEEE Smart Village Initiatives. Anderson, A., +, MELEC June 2017 6-16





























































20



Front Lines Against the Darkness: Enhancing the Resilience of the Electricity Grid Through Microgrid Facilities. Gholami, A., +, MELEC March 2016 18-24





Islands in the Sun: The solar power deployment initiative at the University of the Virgin Islands. Archibald, W., +, MELEC March 2015 56-67

Locally Manufactured Small Wind Turbines: Empowering communities for sustainable rural electrification. Latoufis, K., +, MELEC March 2015 68-78


Microgrids: A Value-Based Paradigm: The need for the redefinition of microgrids. Ravindra, K., +, MELEC March 2014 20-29

Microgrids in India: Possibilities and Challenges. Subramony, V., +, MELEC June 2017 47-55


Noninterconnected Island Systems: The Greek Case. Hatziargyriou, N., +, MELEC June 2017 17-27



Smart Houses in the Smart Grid: Developing an interactive network. Dimeas, A., +, MELEC March 2014 81-93

Solar Energy, dc Distribution, and Microgrids: Ensuring Quality Power in Rural India. Jhunjhunwala, A., +, MELEC Dec. 2018 32-39

Solar Generation, Storage, and Electric Vehicles in Power Grids: Challenges and Solutions with Coordinated Control at the Residential Level. Hafiz, F., +, MELEC Dec. 2018 83-90




Why Microgrids Are Moving into the Mainstream: Improving the efficiency of the larger power grid. Asmus, P., MELEC March 2014 12-19

Electrochemical processes Hydrogen Production via Water Electrolysis: The Benefits

of a Solar Cell-Powered Process. Chang, W., +, MELEC March 2018 19-25



Electrodes Hydrogen Production via Water Electrolysis: The Benefits


Electrolytes Enhancing the Fast Charging Capability of High-Energy-


Government Policies Help Promote Clean Transportation in India: Proton-Exchange Membrane Fuel Cells for Vehicles. Reddy, B., +, MELEC March 2018 26-36

Electrostatic discharges Flywheels Store to Save: Improving railway efficiency

with energy storage. Pastor, M., +, MELEC Dec. 2013 13-20


Embedded systems Toward Integrated Digital Aircraft Control Systems: For


Emergency services A Coordinated Utility Emergency Response: Addressing


Emissions How Electrical Steel Optimizes Traction Electric Machine

Design: A Serviceable Contribution to Electric Vehicles.

Jacobs, S., +, MELEC March 2019 39-48 Toward Robust Stability of Aircraft Electrical Power

Systems: Using a µ-Based Structural Singular Value to Analyze and Ensure Network Stability. Sumsurooah, S., +, MELEC Dec. 2017 62-71

Employment The Need for Charging: Evaluating Utility Infrastructures

for Electric Vehicles While Providing Customer Support. Bowermaster, D., +, MELEC March 2017 59-67

Energy consumption Eress: A New Era for Railway Energy: Promoting

Efficiency, Fairer Billing With Standards and Onboard Meters. Utgaard, A., +, MELEC March 2020 6-11


IoT-Enabled Humans in the Loop for Energy Management Systems: Promoting Building Occupants' Participation in Optimizing Energy Consumption. Bisadi, M., +, MELEC June 2018 64-72






























































21




Traffic Management and Energy Optimization for High-Speed Trains: An Overview of Methods for Saving Energy. Liu, J., +, MELEC Sept. 2019 66-75

Energy conversion Sensible Transportation Electrification: Get rid of

inefficient powertrain designs. Reisinger, R., +, MELEC Dec. 2013 6-12

Energy distribution Fault Scenarios in DC Ship Grids: The advantages and

disadvantages of modular multilevel converters. Staudt, V., +, MELEC June 2015 40-48

Energy efficiency A Microgrid Test Bed in Singapore: An Electrification




Eress: A New Era for Railway Energy: Promoting Efficiency, Fairer Billing With Standards and Onboard Meters. Utgaard, A., +, MELEC March 2020 6-11

Gaining Traction: Thermal Management and Reliability of

Automotive Electric Traction-Drive Systems. Moreno, G., MELEC June 2014 42-49

GIC in Future Large-Scale Power Grids: An analysis of the problem. Liu, L., +, MELEC Dec. 2015 52-59






Energy exchange Transportation Electrification: Conductive charging of

electrified vehicles. Wang, H., +, MELEC Dec. 2013 46-58

Energy harvesting Energy Harvesting for the Electrification of Railway


Energy management Building Resilient Integrated Grids: One neighborhood at

a time. Bahramirad, S., +, MELEC March 2015 48-55 Community Power and Fleet Microgrids: Meeting climate

goals, enhancing system resilience, and stimulating local economic development. Roach, M., MELEC March 2014 40-53


Energy Is On Board: Energy Storage and Other Alternatives in Modern Light Railways. Arboleya, P., +, MELEC Sept. 2016 30-41


Grid Energy-Storage Projects: Engineers Building and Using Knowledge in Emerging Projects. Araiza, J., +, MELEC Sept. 2018 14-19



Microgrid Field Trials in Sweden: Expanding the Electric Infrastructure in the Village of Simris. Wilms, H., +, MELEC Dec. 2018 48-62


New Challenges in the Design of Microgrid Systems: Communication Networks, Cyberattacks, and Resilience. Tan, S., +, MELEC Dec. 2020 98-106


Reducing Fuel Consumption at a Remote Military Base: Introducing an energy management system. Kelly, R.,

+, MELEC Dec. 2013 30-37 Standalone Integrated Power Electronics Systems:

Applications for Off-Grid Rural Locations. Schumacher, D., +, MELEC Dec. 2018 73-82




Transactive Home Energy Management Systems: The Impact of Their Proliferation on the Electric Grid. Pratt, A., +, MELEC Dec. 2016 8-14

Using a Transactive Energy Framework: Providing Grid Services from Smart Buildings. Rahimi, F., +, MELEC Dec. 2016 23-29

Energy measurement Energy Metering of Trains: The European Experience. Van

der Spiegel, B., +, MELEC Sept. 2020 70-78 Energy Savings in Coastal Fisheries: Use of a Serial

Battery Hybrid Power System. Aarsaether, K., MELEC Sept. 2017 74-79


Energy resources A Hybrid ac/dc Nanogrid: The Keating Hall Installation at

the Illinois Institute of Technology. Shahidehpour, M., +, MELEC June 2017 36-46

Adaptive Protection System for Microgrids: Protection practices of a functional microgrid system. Che, L., +, MELEC March 2014 66-80























































22



Energy storage Advanced Control Solutions for Operating Isolated Power

Systems: Examining the Portuguese islands. Vasconcelos, H., +, MELEC March 2015 25-35

Deploying Distributed Energy Storage: Near-Term Regulatory Considerations to Maximize Benefits. Stanfield, S., +, MELEC Sept. 2015 41-46













Space Microgrids: New Concepts on Electric Power Systems for Satellites. Lashab, A., +, MELEC Dec. 2020 8-19

Testing Large-Scale Energy-Storage Systems: Novel Safety Evaluations Can Be Run in a Spacious, New Indoor Chamber Available in Japan. Kubo, H., +, MELEC Sept. 2018 62-69


Engines A Hybrid Power System Laboratory: Testing Electric and

Hybrid Propulsion. Othman, M., +, MELEC Dec. 2019 89-97









Environmental factors Efficient Waste Transportation and Recycling: Enabling

Technologies for Smart Cities Using the Internet of Things. Mahmood, I., +, MELEC Sept. 2019 33-43





Estimation Customizable Battery Power System for Marine and

Offshore Applications: Trends, Configurations, and Challenges. Chin, C., +, MELEC Dec. 2019 46-55

Europe Electric Vehicles in India: A Novel Approach to Scale

Electrification. Jhunjhunwala, A., +, MELEC Dec. 2018 40-47



Managing the Italian High-Speed Railway Network: Provisions for Reducing Interference Between Electric Traction Systems. Caracciolo, F., +, MELEC Sept. 2016 42-47


Power-Quality Improvement in AC Railway Substations: The concept of chopper-controlled impedance. Ladoux, P., +, MELEC Sept. 2014 6-15


F

Fault currents
































































23





Fault tolerant systems Front Lines Against the Darkness: Enhancing the

Resilience of the Electricity Grid Through Microgrid Facilities. Gholami, A., +, MELEC March 2016 18-24

Field programmable gate arrays Toward Integrated Digital Aircraft Control Systems: For


Finance Battery Swapping: An Aggressive Approach to

Transportation Electrification. Ban, M., +, MELEC Sept. 2019 44-54

Emerging Models for Microgrid Finance: Driven by the need to deliver value to end users. Burr, M., +, MELEC March 2014 30-39

Fixtures A Hybrid ac/dc Nanogrid: The Keating Hall Installation at


Flexible ac transmission systems Faster than a Speeding Bullet: An Overview of Japanese

High-Speed Rail Technology and Electrification. Uzuka, T., +, MELEC Sept. 2013 11-20

Floods

Increasing the Safety of Modern Passenger Ships: A Comprehensive Approach for Designing Safe Shipboard Integrated Electrical Power Systems. Vicenzutti, A., +, MELEC Sept. 2017 40-54

Fluctuations Frequency Fluctuations in Marine Microgrids: Origins and

Identification Tools. Tarasiuk, T., +, MELEC Sept. 2020 40-46

Flywheels Flywheels Store to Save: Improving railway efficiency



Forecasting Increasing the Safety of Modern Passenger Ships: A

Comprehensive Approach for Designing Safe Shipboard Integrated Electrical Power Systems. Vicenzutti, A., +, MELEC Sept. 2017 40-54

Fossil fuels Toward Extreme Fast Charging: Challenges and

Opportunities in Directly Connecting to Medium-Voltage Line. Srdic, S., +, MELEC March 2019 22-31


Fractals Networked Microgrid Operations: Supporting a Resilient

Electric Power Infrastructure. Schneider, K., +, MELEC Dec. 2020 70-79

Frequency control Advanced Control Solutions for Operating Isolated Power


Future of Electric Railways: Advanced Electrification Systems with Static Converters for ac Railways. Krastev, I., +, MELEC Sept. 2016 6-14


Frequency conversion Future of Electric Railways: Advanced Electrification

Systems with Static Converters for ac Railways. Krastev, I., +, MELEC Sept. 2016 6-14

Frequency measurement Networked Microgrid Operations: Supporting a Resilient

Electric Power Infrastructure. Schneider, K., +, MELEC Dec. 2020 70-79


Frequency modulation Frequency Fluctuations in Marine Microgrids: Origins and


Fuel cells A Hybrid Power System Laboratory: Testing Electric and




Obstacles to the Success of Fuel-Cell Electric Vehicles:

Are They Truly Impossible to Overcome? Kim, J., +, MELEC March 2018 48-54


The Future Is Present in California: Delivering on the Promise of Fuel Cell-Powered Transportation. Martinez, A., MELEC March 2018 37-47

The Island Hydrogen Project: Electrolytic Generated Hydrogen for Automotive and Maritime Applications. Nistor, S., +, MELEC March 2018 55-60

Fuel consumption Transportation Electrification: Conductive charging of

electrified vehicles. Wang, H., +, MELEC Dec. 2013 46-58

Fuel economy Toward Ground Vehicle Electrification in the U.S. Army:

An Overview of Recent Activities. Masrur, M., MELEC March 2016 33-45

Fuels A System Naval Integrated Power with a Battery Energy



























































24







Update to "The Future Is Present in California: Delivering on the Promise of Fuel Cell-Powered Transportation" [Addendum]. Martinez, A., MELEC June 2018 108

G

Gallium nitride

Power Gallium Nitride Technology: The Need for Efficient Power Conversion. Chowdhury, D., MELEC June 2020 6-10


Gears Energy Savings in Coastal Fisheries: Use of a Serial


Generators A Game Changer: Electrifying Remote Communities by

Using Isolated Microgrids. Lu, X., +, MELEC June 2017 56-63


A Naval Integrated Power System with a Battery Energy Storage System: Fuel efficiency, reliability, and quality of power. Kim, S., +, MELEC June 2015 22-33



Frequency Fluctuations in Marine Microgrids: Origins and Identification Tools. Tarasiuk, T., +, MELEC Sept. 2020 40-46




Naval Power Systems: Integrated power systems for the continuity of the electrical power supply. Doerry, N., MELEC June 2015 12-21



Open Challenges in Future Electric Ship Design: High-Frequency Disturbance Propagation in Integrated Power and Energy Systems on Ships. Colavitto, A., +, MELEC Dec. 2019 98-110



Remote Off-Grid Solutions for Greenland and Denmark: Using Smart-Grid Technologies to Ensure Secure, Reliable Energy for Island Power Systems. Wu, Q., +, MELEC June 2017 64-73

Selecting the Best Electric Machines for Electrical Power-Generation Systems: High-Performance Solutions for Aerospace More Electric Architectures. Ganev, E., MELEC Dec. 2014 13-22


The Evolution of Railway Power Supply Systems Toward Smart Microgrids: The Concept of the Energy Hub and Integration of Distributed Energy Resources. Brenna, M., +, MELEC March 2020 12-23



Toward Ground Vehicle Electrification in the U.S. Army: An Overview of Recent Activities. Masrur, M., MELEC March 2016 33-45


Geological measurements Real-Time Management of Geomagnetic Disturbances:

Hydro One's eXtreme Space Weather control room tools. Marti, L., +, MELEC Dec. 2015 46-51

Geomagnetism Geomagnetic Disturbance: A comprehensive approach by

American Electric Power to address the impacts. Qiu, Q., +, MELEC Dec. 2015 22-33






Global warming Electric Vehicles and Climate Change: Additional






























































25


Globalization Electric Vehicle Research in Indonesia: A Road Map, Road

Tests, and Research Challenges. Asfani, D., +, MELEC June 2020 44-51

Government Microgrids in India: Possibilities and Challenges.

Subramony, V., +, MELEC June 2017 47-55 Government policies








Rural Electrification Goes Local: Recent innovations in renewable generation, energy efficiency, and grid

modernization. Yuan, G., MELEC March 2015 16-24 Toward Extreme Fast Charging: Challenges and



Grain boundaries Grain-Boundary-Diffused Magnets: The Challenges in


Graphical user interfaces Sailing into the Future: Industrial Internet of Things at


Graphite Enhancing the Fast Charging Capability of High-Energy-



Green buildings Transforming a National Historic Landmark Into a Green


Green products Electric Drives for Electric Green Taxiing Systems:





Greenhouse effect Toward Extreme Fast Charging: Challenges and



Grounding Implementing an Electric Utility Microgrid: Lessons

Learned. Vukojevic, A., +, MELEC March 2020 24-36 Managing the Italian High-Speed Railway Network:


H

Harmonic analysis



Open Challenges in Future Electric Ship Design: High-Frequency Disturbance Propagation in Integrated Power

and Energy Systems on Ships. Colavitto, A., +, MELEC Dec. 2019 98-110

Heat pumps Flexibility in Sustainable Electricity Systems: Multivector


Heat recovery All-Climate Battery Technology for Electric Vehicles:

Inching Closer to the Mainstream Adoption of Automated Driving. Yang, X., +, MELEC March 2019 12-21

Heating Real-Time Management of Geomagnetic Disturbances:


HEMTs Power Gallium Nitride Technology: The Need for Efficient

Power Conversion. Chowdhury, D., MELEC June 2020 6-10

High-temperature superconductors Cryogenic Power Conversion Systems: The next step in


History The Kythnos Microgrid: A 20-Year History. Hatziargyriou,

N., +, MELEC Dec. 2020 46-54 Transforming a National Historic Landmark Into a Green


Home appliances Enabling Smart Grid Cosimulation Studies: Rapid Design

and Development of the Technologies and Controls. Hansen, T., +, MELEC March 2016 25-32





















































26



Home automation Transactive Home Energy Management Systems: The


Hurricanes Islands in the Sun: The solar power deployment initiative

at the University of the Virgin Islands. Archibald, W., +, MELEC March 2015 56-67

HVDC transmission Exploring the High-Power Inverter: Reviewing Critical

Design Elements for Electric Vehicle Applications. Schulz, S., MELEC March 2017 28-35

Hybrid electric vehicles A Closer Look at the On-Board Charger: The


Cutting the Cord: Static and Dynamic Inductive Wireless Charging of Electric Vehicles. Lukic, S., +, MELEC Sept. 2013 57-64



Getting Rare-Earth Magnets Out of EV Traction Machines: A Review of the Many Approaches Being Pursued to Minimize or Eliminate Rare-Earth Magnets from Future

EV Drivetrains. Jahns, T., MELEC March 2017 6-18 Grain-Boundary-Diffused Magnets: The Challenges in








Hybrid power systems A Hybrid Power System Laboratory: Testing Electric and



Energy Savings in Coastal Fisheries: Use of a Serial Battery Hybrid Power System. Aarsaether, K., MELEC Sept. 2017 74-79




The Kythnos Microgrid: A 20-Year History. Hatziargyriou, N., +, MELEC Dec. 2020 46-54

Hydraulic actuators Actuation Challenges in the More Electric Aircraft:


Hydrogen Government Policies Help Promote Clean Transportation

in India: Proton-Exchange Membrane Fuel Cells for Vehicles. Reddy, B., +, MELEC March 2018 26-36







Hydrogen storage The Island Hydrogen Project: Electrolytic Generated


I Ice thickness

Coordinating Electricity and Transportation Networks: Enhancing Power Grid Resilience Strategies Against Ice Storms. Yan, M., +, MELEC Sept. 2019 23-32

IEEE standards Advancing New Technologies in Electrical Ships: IEEE


India Microgrids: A Value-Based Paradigm: The need for the

redefinition of microgrids. Ravindra, K., +, MELEC March 2014 20-29



Inductance An Electric Roadway System Leveraging Dynamic

Capacitive Wireless Charging: Furthering the Continuous Charging of Electric Vehicles. Zhang, H., +, MELEC June 2020 52-60
















































27



Induction generators Induction Machine for More Electric Aircraft: Enabling

New Electrical Power System Architecture of More Electric Aircraft. Jia, Y., +, MELEC Dec. 2017 25-37

Induction motors Novel and Ruggedized Power Electronics for Off-Highway

Vehicles: The Challenges in Implementing Power Electronics and Drive Systems. Singh, B., MELEC June 2014 31-41

Inductive charging Wireless Charging for Ships: High-Power Inductive

Charging for Battery Electric and Plug-In Hybrid Vessels. Guidi, G., +, MELEC Sept. 2017 22-32

Inductive power transmission Cutting the Cord: Static and Dynamic Inductive Wireless


Inductors DC Microgrid Protection: Using the Coupled-Inductor




Industries


Information and communication technology Coupled Cyber and Physical Systems: Embracing Smart


Information technology Railway Electrical Smart Grids: An introduction to next-

generation railway power systems and their operation. Pilo de la Fuente, E., +, MELEC Sept. 2014 49-55

Insulated gate bipolar transistors Energy Is On Board: Energy Storage and Other

Alternatives in Modern Light Railways. Arboleya, P., +, MELEC Sept. 2016 30-41




Insulation life Managing the Italian High-Speed Railway Network:


Integrated circuit modeling Elements of a Robust Battery-Management System: From



Integrated circuits Electric Vehicles in Latin America: Slowly but Surely

Toward a Clean Transport. Quiros-Tortos, J., +, MELEC June 2019 22-32

Intelligent sensors Coupled Cyber and Physical Systems: Embracing Smart



Intelligent transportation systems Electric Vehicles in Latin America: Slowly but Surely

Toward a Clean Transport. Quiros-Tortos, J., +, MELEC June 2019 22-32

Intelligent vehicles Dynamic Wireless Charging of Autonomous Vehicles:


Interconnected systems Noninterconnected Island Systems: The Greek Case.

Hatziargyriou, N., +, MELEC June 2017 17-27 Interference

Low-Frequency Coupling: Phenomena in Electric Transportation Systems. Bongiorno, J., +, MELEC Sept. 2016 15-22


Internal combustion engines The Island Hydrogen Project: Electrolytic Generated


Internet of Things Efficient Waste Transportation and Recycling: Enabling




Inverters A Game Changer: Electrifying Remote Communities by

Using Isolated Microgrids. Lu, X., +, MELEC June 2017 56-63


























































28





Ubiquitous Power Electronics in Future Power Systems: Recommendations to Fully Utilize Fast Control Capabilities. Huang, Z., +, MELEC Sept. 2020 18-27


Investments Building Resilient Integrated Grids: One neighborhood at

a time. Bahramirad, S., +, MELEC March 2015 48-55 Deploying Electric Vehicles Into Shared-Use Services:

Amping up Public Charging Demand to Justify an Investment in Infrastructure. Kosak, P., MELEC March 2019 32-38




The Need for Charging: Evaluating Utility Infrastructures for Electric Vehicles While Providing Customer Support.

Bowermaster, D., +, MELEC March 2017 59-67 Will Electric Vehicles Drive Distribution Grid Upgrades?:

The Case of California. Coignard, J., +, MELEC June 2019 46-56

Irrigation Zero-Emission Autonomous Ferries for Urban Water


K

Kinetic theory An Electric Roadway System Leveraging Dynamic


Flywheels Store to Save: Improving railway efficiency with energy storage. Pastor, M., +, MELEC Dec. 2013 13-20

L

Land vehicles Toward Ground Vehicle Electrification in the U.S. Army:


Light emitting diodes A Hybrid ac/dc Nanogrid: The Keating Hall Installation at



Light rail systems Energy Is On Board: Energy Storage and Other


Lighting A Hybrid ac/dc Nanogrid: The Keating Hall Installation at



Linear programming Electrified Airplanes: A Path to Zero-Emission Air Travel.

Ansell, P., +, MELEC June 2020 18-26 Lithium


Lithium-ion batteries Customizable Battery Power System for Marine and

Offshore Applications: Trends, Configurations, and Challenges. Chin, C., +, MELEC Dec. 2019 46-55




Load management Deploying Distributed Energy Storage: Near-Term

Regulatory Considerations to Maximize Benefits.

Stanfield, S., +, MELEC Sept. 2015 41-46 Electric Vehicles and Climate Change: Additional






The Proliferation of Solar Photovoltaics: Their Impact on Widespread Deployment of Electric Vehicles. Aminifar, F., +, MELEC Sept. 2020 79-91


Load modeling A Controller Hardware-in-the-Loop Testbed: Verification


























































29


Logic gates DC Microgrid Protection: Using the Coupled-Inductor




Logistics Toward Ground Vehicle Electrification in the U.S. Army:


Low frequency noise Low-Frequency Coupling: Phenomena in Electric


Low pass filters Power for Aircraft Emergencies: A Hybrid Proton

Exchange Membrane H2/O2 Fuel Cell and Ultracapacitor System. Turpin, C., +, MELEC Dec. 2017 72-85

M

Magnetic analysis


Magnetic anisotropy Getting Rare-Earth Magnets Out of EV Traction Machines:


Magnetic fields Low-Frequency Coupling: Phenomena in Electric


Magnetic flux Getting Rare-Earth Magnets Out of EV Traction Machines:




Toward a Sustainable More Electrified Future: The Role of Electrical Machines and Drives. EL-Refaie, A.M., MELEC March 2019 49-59

Magnetic multilayers Toward a Sustainable More Electrified Future: The Role of


Magnetic resonance imaging Getting Rare-Earth Magnets Out of EV Traction Machines:


Magnetic shielding An Electric Roadway System Leveraging Dynamic

Capacitive Wireless Charging: Furthering the

Continuous Charging of Electric Vehicles. Zhang, H., +, MELEC June 2020 52-60

Maintenance engineering Empowering Smart Communities: Electrification,

Education, and Sustainable Entrepreneurship in IEEE Smart Village Initiatives. Anderson, A., +, MELEC June 2017 6-16

Management Real-Time Management of Geomagnetic Disturbances:


Marine power systems Shipboard Solid-State Protection: Overview and

Applications. Schmerda, R., +, MELEC Sept. 2013 32-39 Marine technology


Marine vehicles A Naval Integrated Power System with a Battery Energy




Customizable Battery Power System for Marine and Offshore Applications: Trends, Configurations, and Challenges. Chin, C., +, MELEC Dec. 2019 46-55


































































30





Zero-Emission Autonomous Ferries for Urban Water Transport: Cheaper, Cleaner Alternative to Bridges and Manned Vessels. Reddy, N., +, MELEC Dec. 2019 32-45

Market opportunities Public-Private Partnerships: Creating New Markets for

Industry, Encouraging Social Engagement, and Improving Quality of Life. Bandler, H., MELEC March 2016 2-10

Market research All-Climate Battery Technology for Electric Vehicles:



Electric Machines and Energy Storage: Over a Century of Technologies in Electric and Hybrid Electric Vehicles. Bazzi, A., +, MELEC Sept. 2018 49-53







Marketing and sales Courting and Sparking: Wooing Consumers' Interest in

the EV Market. Kar, N., +, MELEC Sept. 2013 21-31 Mass transit systems


Mathematical model The 48-V Mild Hybrid: Benefits, Motivation, and the


Mechanical power transmission A Naval Integrated Power System with a Battery Energy





Mesh networks How to Create a Smart City: Future-Proofed Cities Foster

Growth and Innovation. Reeves, D., MELEC June 2018 34-41

Meteorology All-Climate Battery Technology for Electric Vehicles:


Electric Vehicles and Climate Change: Additional Contribution and Improved Economic Justification. Nazaripouya, H., +, MELEC June 2019 33-39





VOLTTRON: An Open-Source Software Platform of the Future. Katipamula, S., +, MELEC Dec. 2016 15-22


Meters Eress: A New Era for Railway Energy: Promoting


Microgrids A Controller Hardware-in-the-Loop Testbed: Verification




A Microgrid Test Bed in Singapore: An Electrification Project for Affordable Access to Electricity with Optimal Asset Management. Jiang, T., +, MELEC June 2017 74-82

A Versatile Microgrid Management Solution for the Emerging Electricity Grid: Catering to the Full Spectrum of Microgrids. Vaahedi, E., +, MELEC Dec. 2020 91-97






























































31




















Networked Microgrid Operations: Supporting a Resilient Electric Power Infrastructure. Schneider, K., +, MELEC Dec. 2020 70-79














Unified Virtual Inertia for ac and dc Microgrids: And the Role of Interlinking Converters. Unamuno, E., +, MELEC

Dec. 2019 56-68 Using a Transactive Energy Framework: Providing Grid

Services from Smart Buildings. Rahimi, F., +, MELEC Dec. 2016 23-29


Microprocessors Advanced LVDC Electrical Power Architectures and



Military communication Naval Power Systems: Integrated power systems for the

continuity of the electrical power supply. Doerry, N., MELEC June 2015 12-21

Military equipment Reducing Fuel Consumption at a Remote Military Base:

Introducing an energy management system. Kelly, R., +, MELEC Dec. 2013 30-37


Mobile robots Dynamic Wireless Charging of Autonomous Vehicles:

Small-Scale Demonstration of Inductive Power Transfer as an Enabling Technology for Self-sufficient Energy Supply. Guidi, G., +, MELEC March 2020 37-48

Modeling Modeling and Analysis of GMD Effects on Power Systems:

An overview of the impact on large-scale power systems. Shetye, K., +, MELEC Dec. 2015 13-21




































































32


Monitoring Coordinating Electricity and Transportation Networks:

Enhancing Power Grid Resilience Strategies Against Ice Storms. Yan, M., +, MELEC Sept. 2019 23-32

MOSFET Cryogenic Power Conversion Systems: The next step in



Motor drives Wide-Bandgap Semiconductor Technology: Its impact on

the electrification of the transportation industry. Shamsi, P., +, MELEC Dec. 2013 59-63

N

Nanoscale devices



Natural gas A Coordinated Utility Emergency Response: Addressing


Electric Vehicle Research in Indonesia: A Road Map, Road Tests, and Research Challenges. Asfani, D., +, MELEC

June 2020 44-51 Renewable Energy Integration in Canadian Remote




Unmanned Aerial Vehicles in Modern Power Systems: Technologies, Use Cases, Outlooks, and Challenges. Aminifar, F., +, MELEC Dec. 2020 107-116

Nervous system The Missing Health Link: How a Transition to Electrified


Network security Front Lines Against the Darkness: Enhancing the


Network topology Adaptive Protection System for Microgrids: Protection

practices of a functional microgrid system. Che, L., +, MELEC March 2014 66-80

How to Create a Smart City: Future-Proofed Cities Foster Growth and Innovation. Reeves, D., MELEC June 2018 34-41

Next generation networking New Challenges in the Design of Microgrid Systems:



Nonhomogeneous media An Electric Roadway System Leveraging Dynamic


Numerical stability Electrified Airplanes: A Path to Zero-Emission Air Travel.

Ansell, P., +, MELEC June 2020 18-26

O Ocean temperature

Islands in the Sun: The solar power deployment initiative at the University of the Virgin Islands. Archibald, W., +,

MELEC March 2015 56-67 Oil insulation



Open source software VOLTTRON: An Open-Source Software Platform of the

Future. Katipamula, S., +, MELEC Dec. 2016 15-22 Optimization



Electrified Airplanes: A Path to Zero-Emission Air Travel. Ansell, P., +, MELEC June 2020 18-26

P

Pantographs Faster than a Speeding Bullet: An Overview of Japanese


The Dependance on Mechanical Design in Railway Electrification: Focusing on the ac Perspective. Jimenez-Octavio, J., +, MELEC Sept. 2013 4-10

Partial discharges Electric Vehicles and Climate Change: Additional


Peer-to-peer computing Evaluating Transactive Systems: Historical and Current


Performance evaluation The Canadian Renewable Energy Laboratory: A Testbed

for Microgrids. Nasr-Azadani, E., +, MELEC March 2020 49-60

Periodic structures All-Climate Battery Technology for Electric Vehicles:


Permanent magnet motors Grain-Boundary-Diffused Magnets: The Challenges in

















































33


Perpendicular magnetic anisotropy Grain-Boundary-Diffused Magnets: The Challenges in


Perturbation methods Unified Virtual Inertia for ac and dc Microgrids: And the


Petroleum On the Electrification of Canada's Vehicular Fleets:

National-Scale Analysis Shows That Mindsets Matter. Ferguson, M., +, MELEC Sept. 2019 55-65






Phasor measurement Cutting Campus Energy Costs with Hierarchical Control:


Photovoltaic cells Hydrogen Production via Water Electrolysis: The Benefits



Photovoltaic systems

Advanced Control Solutions for Operating Isolated Power Systems: Examining the Portuguese islands. Vasconcelos, H., +, MELEC March 2015 25-35



Photovoltaics Electric Vehicle Research in Indonesia: A Road Map, Road



Physical layer A Controller Hardware-in-the-Loop Testbed: Verification


Coupled Cyber and Physical Systems: Embracing Smart Cities with Multistream Data Flow. Lu, X., +, MELEC June 2018 73-83

Pipes Stray-Current Corrosion and Mitigation: A synopsis of the

technical methods used in dc transit systems. Memon, S., +, MELEC Sept. 2014 22-31

Planning Toward a Global Green Smart Microgrid: An Industrial

Park in China. Qu, M., +, MELEC Dec. 2020 55-69

Plating Enhancing the Fast Charging Capability of High-Energy-


Plug-in hybrid electric vehicles Battery Swapping: An Aggressive Approach to

Transportation Electrification. Ban, M., +, MELEC Sept. 2019 44-54

Pollution control Riding the Rails to DC Power Efficiency: Energy efficiency

in dc-electrified metropolitan railways. Pecharroman, R., +, MELEC Sept. 2014 32-38

Ports (Computers) Increasing the Safety of Modern Passenger Ships: A


Power bipolar transistors Shipboard Solid-State Protection: Overview and

Applications. Schmerda, R., +, MELEC Sept. 2013 32-39 Power cables




Power consumption


Power conversion Cryogenic Power Conversion Systems: The next step in





Power demand Solar Energy, dc Distribution, and Microgrids: Ensuring


Power distribution Are Microgrids the Future of Energy?: DC Microgrids from

Concept to Demonstration to Deployment. Zubieta, L., MELEC June 2016 37-44























































34












Voltage-Level Selection of Future Two-Level LVdc Distribution Grids: A Compromise Between Grid Compatibility, Safety, and Efficiency. Rodriguez-Diaz,

E., +, MELEC June 2016 20-28 Power distribution planning









Power distribution protection Shipboard Solid-State Protection: Overview and

Applications. Schmerda, R., +, MELEC Sept. 2013 32-39 Power distribution reliability

Cutting Campus Energy Costs with Hierarchical Control: The Economical and Reliable Operation of a Microgrid. Shahidehpour, M., +, MELEC Sept. 2013 40-56

Power electronics Gaining Traction: Thermal Management and Reliability of



Selecting the Best Electric Machines for Electrical Power-Generation Systems: High-Performance Solutions for Aerospace More Electric Architectures. Ganev, E., MELEC Dec. 2014 13-22


Unified Virtual Inertia for ac and dc Microgrids: And the Role of Interlinking Converters. Unamuno, E., +, MELEC Dec. 2019 56-68

Power field effect transistors Shipboard Solid-State Protection: Overview and

Applications. Schmerda, R., +, MELEC Sept. 2013 32-39 Power generation




Selecting the Best Electric Machines for Electrical Power-Generation Systems: High-Performance Solutions for

Aerospace More Electric Architectures. Ganev, E., MELEC Dec. 2014 13-22







Power generation control Cutting Campus Energy Costs with Hierarchical Control:


Power generation economics Cutting Campus Energy Costs with Hierarchical Control:


Power generation planning Advancing New Technologies in Electrical Ships: IEEE


Power grids A Naval Integrated Power System with a Battery Energy
























































35











Flexibility in Sustainable Electricity Systems: Multivector and Multisector Nexus Perspectives. Martinez Cesena, Eduardo Alejandro, +, MELEC June 2019 12-21

Front Lines Against the Darkness: Enhancing the Resilience of the Electricity Grid Through Microgrid

Facilities. Gholami, A., +, MELEC March 2016 18-24 Fueling Sustainability: The Exponential Impact of

Empowering Off-Grid Communities. Podmore, R., +, MELEC March 2016 11-17










Power industry An Enterprise Systems Engineering Approach to

Electrification: Looking at the Bigger Picture Through Life-Cycle Analysis of Community Microgrids: A Case

Study in Papua New Guinea. Anderson, A., +, MELEC Dec. 2018 18-31


Power markets An Enterprise Systems Engineering Approach to

Electrification: Looking at the Bigger Picture Through Life-Cycle Analysis of Community Microgrids: A Case Study in Papua New Guinea. Anderson, A., +, MELEC Dec. 2018 18-31






Power measurement Energy Savings in Coastal Fisheries: Use of a Serial

Battery Hybrid Power System. Aarsaether, K., MELEC

Sept. 2017 74-79 Power outages


Power overhead lines The Dependance on Mechanical Design in Railway

Electrification: Focusing on the ac Perspective. Jimenez-Octavio, J., +, MELEC Sept. 2013 4-10

Power quality Building Resilient Integrated Grids: One neighborhood at

a time. Bahramirad, S., +, MELEC March 2015 48-55 Power-Quality Improvement in AC Railway Substations:

The concept of chopper-controlled impedance. Ladoux, P., +, MELEC Sept. 2014 6-15

Power semiconductor switches Shipboard Solid-State Protection: Overview and

Applications. Schmerda, R., +, MELEC Sept. 2013 32-39 Power supplies




































































36


Power system dynamics AC Microgrid Small-Signal Modeling: Hierarchical Control




Power system economics Advanced Control Solutions for Operating Isolated Power











Power system faults Front Lines Against the Darkness: Enhancing the


Power system harmonics Open Challenges in Future Electric Ship Design: High-

Frequency Disturbance Propagation in Integrated Power and Energy Systems on Ships. Colavitto, A., +, MELEC Dec. 2019 98-110

Power system measurements A Closer Look at the On-Board Charger: The




Power system planning Advanced Control Solutions for Operating Isolated Power











Power system reliability A Naval Integrated Power System with a Battery Energy

Storage System: Fuel efficiency, reliability, and quality

of power. Kim, S., +, MELEC June 2015 22-33 Are Microgrids the Future of Energy?: DC Microgrids from

Concept to Demonstration to Deployment. Zubieta, L., MELEC June 2016 37-44





































































37



Power system stability AC Microgrid Small-Signal Modeling: Hierarchical Control









Unified Virtual Inertia for ac and dc Microgrids: And the Role of Interlinking Converters. Unamuno, E., +, MELEC

Dec. 2019 56-68 Power systems

Actuation Challenges in the More Electric Aircraft: Overcoming Hurdles in the Electrification of Actuation Systems. Nagel, N., MELEC Dec. 2017 38-45












Power systems planning New Challenges in the Design of Microgrid Systems:



Power transformer insulation Implementing an Electric Utility Microgrid: Lessons

Learned. Vukojevic, A., +, MELEC March 2020 24-36 Toward Extreme Fast Charging: Challenges and


Power transformers Impact of GICs on Power Transformers: Overheating is

not the real issue. Girgis, R., +, MELEC Dec. 2015 8-12 Mitigating Geomagnetic Disturbances: A summary of

Dominion Virginia Power's efforts. Sun, R., +, MELEC Dec. 2015 34-45

Power transmission Noninterconnected Island Systems: The Greek Case.

Hatziargyriou, N., +, MELEC June 2017 17-27 Power transmission lines


Power transmission planning Using a Transactive Energy Framework: Providing Grid

Services from Smart Buildings. Rahimi, F., +, MELEC

Dec. 2016 23-29 Pricing


Process control Electrified Airplanes: A Path to Zero-Emission Air Travel.

Ansell, P., +, MELEC June 2020 18-26 Production


Production facilities Advanced Control Solutions for Operating Isolated Power


Propulsion A Hybrid Power System Laboratory: Testing Electric and

































































38







Protocols A Controller Hardware-in-the-Loop Testbed: Verification


Public transportation Electric Drives for Electric Green Taxiing Systems:



Q

Quality of service

The Dependance on Mechanical Design in Railway


R

Radiation effects


Radio frequency How to Create a Smart City: Future-Proofed Cities Foster

Growth and Innovation. Reeves, D., MELEC June 2018 34-41

Rail transportation A Catenary-Free Electrification for Urban Transport: An

Overview of the Tramwave System. Pastena, L., MELEC Sept. 2014 16-21







Managing the Italian High-Speed Railway Network: Provisions for Reducing Interference Between Electric

Traction Systems. Caracciolo, F., +, MELEC Sept. 2016 42-47









Railway electrification Faster than a Speeding Bullet: An Overview of Japanese


The Dependance on Mechanical Design in Railway Electrification: Focusing on the ac Perspective. Jimenez-

Octavio, J., +, MELEC Sept. 2013 4-10 Railway industry

Faster than a Speeding Bullet: An Overview of Japanese High-Speed Rail Technology and Electrification. Uzuka, T., +, MELEC Sept. 2013 11-20

Reactive power Future of Electric Railways: Advanced Electrification





Real-time systems A Controller Hardware-in-the-Loop Testbed: Verification


A Coordinated Utility Emergency Response: Addressing Information-Sharing Barriers for Utilities and Emergency Response Organizations. Marean, J., +, MELEC June 2018 95-103























































39




Rectifiers Energy Is On Board: Energy Storage and Other



Recycling Efficient Waste Transportation and Recycling: Enabling


Regulation Eress: A New Era for Railway Energy: Promoting


Relays Adaptive Protection System for Microgrids: Protection


Reluctance machines Toward a Sustainable More Electrified Future: The Role of


Reluctance motors Flywheels Store to Save: Improving railway efficiency


Renewable energy resources Using a Transactive Energy Framework: Providing Grid

Services from Smart Buildings. Rahimi, F., +, MELEC Dec. 2016 23-29

Renewable energy sources A Microgrid Test Bed in Singapore: An Electrification









Elements of a Robust Battery-Management System: From Fast Characterization to Universality and More. Balasingam, B., +, MELEC Sept. 2018 34-37














Solar Energy, dc Distribution, and Microgrids: Ensuring









Research and development Flying Cars: Challenges and Propulsion Strategies.

Rajashekara, K., +, MELEC March 2016 46-57 The Tianjin 2014 Symposium on Microgrids: A meeting of

the minds for international microgrid experts. Marnay, C., +, MELEC March 2015 79-85




























































40


Resilience Blockchain for Peer-to-Peer Transactive Energy Trading in



Resistance heating Energy Storage: Balancing the 21st Century Power Grid.

Boston, T., +, MELEC Sept. 2015 52-57 Flexibility in Sustainable Electricity Systems: Multivector




Resource management VOLTTRON: An Open-Source Software Platform of the

Future. Katipamula, S., +, MELEC Dec. 2016 15-22 Risk management


Road traffic Transportation Electrification and Managing Traffic


Road vehicles





Robustness Elements of a Robust Battery-Management System: From



Rotors Locally Manufactured Small Wind Turbines: Empowering




Rural areas An Enterprise Systems Engineering Approach to








S

Safety



Satellite communication Space Microgrids: New Concepts on Electric Power

Systems for Satellites. Lashab, A., +, MELEC Dec. 2020 8-19

Saturation magnetization Magnetic Saturation and Flux-Weakening Control: Using

Lookup Tables Based on a Static Method of Identification for Nonlinear Permanent-Magnet Synchronous Motors. Mansouri, B.,+, MELEC Dec. 2017 53-61

Sea measurements Energy Savings in Coastal Fisheries: Use of a Serial



Secondary cells Cutting the Cord: Static and Dynamic Inductive Wireless


Security Unmanned Aerial Vehicles in Modern Power Systems:

Technologies, Use Cases, Outlooks, and Challenges. Aminifar, F., +, MELEC Dec. 2020 107-116

Sensitivity analysis The Dependance on Mechanical Design in Railway


















































41


Sensor systems and applications IoT-Enabled Humans in the Loop for Energy Management


Sensors Efficient Waste Transportation and Recycling: Enabling



Planning the Second Generation of Smart Cities: Technology to Handle the Pressures of Urbanization. Dadon, I., MELEC Sept. 2019 6-15

Shafts Frequency Fluctuations in Marine Microgrids: Origins and


Ships New Horizons in DC Shipboard Power Systems: New fault

protection strategies are essential to the adoption of dc power systems. Cairoli, P., +, MELEC Dec. 2013 38-45


Silicon Power Gallium Nitride Technology: The Need for Efficient

Power Conversion. Chowdhury, D., MELEC June 2020 6-10

Silicon carbide Wide-Bandgap Semiconductor Technology: Its impact on

the electrification of the transportation industry. Shamsi, P., +, MELEC Dec. 2013 59-63

Silicon compounds Shipboard Solid-State Protection: Overview and

Applications. Schmerda, R., +, MELEC Sept. 2013 32-39 Smart Buildings


Smart buildings IoT-Enabled Humans in the Loop for Energy Management







Smart cities Coupled Cyber and Physical Systems: Embracing Smart


Efficient Waste Transportation and Recycling: Enabling Technologies for Smart Cities Using the Internet of Things. Mahmood, I., +, MELEC Sept. 2019 33-43











Smart grids Coupled Cyber and Physical Systems: Embracing Smart












Social factors Planning the Second Generation of Smart Cities:





























































42


Sociology An Overview of Rural Electrification in China: History,

technology, and emerging trends. Zhaohong, B., +, MELEC March 2015 36-47


Solar energy High-Frequency Power Electronics at the Grid Edge: A

Bottom-Up Approach Toward the Smart Grid. Chen, M., +, MELEC Sept. 2020 6-17

Hydrogen Production via Water Electrolysis: The Benefits of a Solar Cell-Powered Process. Chang, W., +, MELEC March 2018 19-25


Solar panels Fueling Sustainability: The Exponential Impact of

Empowering Off-Grid Communities. Podmore, R., +, MELEC March 2016 11-17




Solar power


Solar power generation High-Frequency Power Electronics at the Grid Edge: A





Solar storms Mitigating Geomagnetic Disturbances: A summary of

Dominion Virginia Power's efforts. Sun, R., +, MELEC Dec. 2015 34-45

Solid modeling Toward Smart Vehicular dc Networks in the Automotive


Space vehicles Space Microgrids: New Concepts on Electric Power

Systems for Satellites. Lashab, A., +, MELEC Dec. 2020 8-19

Sparks Propulsion System Design of a Battery Electric Vehicle:


SQUIDs An Electric Roadway System Leveraging Dynamic


Stability analysis AC Microgrid Small-Signal Modeling: Hierarchical Control






Stakeholders The Need for Charging: Evaluating Utility Infrastructures

for Electric Vehicles While Providing Customer Support. Bowermaster, D., +, MELEC March 2017 59-67

Standards Energy Metering of Trains: The European Experience. Van

der Spiegel, B., +, MELEC Sept. 2020 70-78 State of charge

Customizable Battery Power System for Marine and Offshore Applications: Trends, Configurations, and

Challenges. Chin, C., +, MELEC Dec. 2019 46-55 Potential Benefits of Vehicle-to-Grid Technology in

California: High Value for Capabilities Beyond One-Way Managed Charging. Donadee, J., +, MELEC June 2019 40-45


Static power converters Future of Electric Railways: Advanced Electrification


Static VAr compensators Faster than a Speeding Bullet: An Overview of Japanese


Statistical analysis An Overview of Rural Electrification in China: History,

technology, and emerging trends. Zhaohong, B., +, MELEC March 2015 36-47


Statistics Renewable Energy Integration in Canadian Remote



Stator cores Improving Peak Power in Electrified Vehicles: The

Development of a Hierarchical Design Optimization Method. Wang, Y., +, MELEC June 2014 25-30




















































43


Stator windings Improving Peak Power in Electrified Vehicles: The

Development of a Hierarchical Design Optimization Method. Wang, Y., +, MELEC June 2014 25-30

Stators Gaining Traction: Thermal Management and Reliability of


Stochastic processes The 48-V Mild Hybrid: Benefits, Motivation, and the


Storage containers Energy Harvesting for the Electrification of Railway


Storms Coordinating Electricity and Transportation Networks:



Strategic planning Planning the Second Generation of Smart Cities:


Substations Adaptive Protection System for Microgrids: Protection


Energy Is On Board: Energy Storage and Other









Supercapacitors Energy Is On Board: Energy Storage and Other



Supply and demand Microgrids: A Value-Based Paradigm: The need for the

redefinition of microgrids. Ravindra, K., +, MELEC March 2014 20-29

Surge protection Implementing an Electric Utility Microgrid: Lessons

Learned. Vukojevic, A., +, MELEC March 2020 24-36 Sustainable development




Flexibility in Sustainable Electricity Systems: Multivector and Multisector Nexus Perspectives. Martinez Cesena, Eduardo Alejandro, +, MELEC June 2019 12-21




Solar Generation, Storage, and Electric Vehicles in Power Grids: Challenges and Solutions with Coordinated

Control at the Residential Level. Hafiz, F., +, MELEC Dec. 2018 83-90


Sustainable energy Riding the Rails to DC Power Efficiency: Energy efficiency

in dc-electrified metropolitan railways. Pecharroman, R., +, MELEC Sept. 2014 32-38

Switches A Closer Look at the On-Board Charger: The





Switching circuits A Closer Look at the On-Board Charger: The



Switching frequency High-Frequency Power Electronics at the Grid Edge: A





















































44


Synchronization Cutting Campus Energy Costs with Hierarchical Control:


Synchronous machines Unified Virtual Inertia for ac and dc Microgrids: And the


Synchronous motors Cryogenic Power Conversion Systems: The next step in


Magnetic Saturation and Flux-Weakening Control: Using Lookup Tables Based on a Static Method of Identification for Nonlinear Permanent-Magnet Synchronous Motors. Mansouri, B., +, MELEC Dec. 2017 53-61


System integration Sailing into the Future: Industrial Internet of Things at


System-on-chip Modeling and Dynamic Behavior of Battery Energy

Storage: A Simple Model for Large-Scale Time-Domain Stability Studies. Pourbeik, P., +, MELEC Sept. 2015 47-51


Systems engineering and theory An Enterprise Systems Engineering Approach to


T

Technological innovation

Transforming a National Historic Landmark Into a Green Nanogrid: The Case of Crown Hall. Shahidehpour, M., +, MELEC Dec. 2020 20-35

Telecommunication services Advanced LVDC Electrical Power Architectures and


Telecommunications Voltage-Level Selection of Future Two-Level LVdc

Distribution Grids: A Compromise Between Grid Compatibility, Safety, and Efficiency. Rodriguez-Diaz, E., +, MELEC June 2016 20-28

Temperature Cryogenic Power Conversion Systems: The next step in


Temperature control Cryogenic Power Conversion Systems: The next step in


Temperature dependence Cryogenic Power Conversion Systems: The next step in


Temperature distribution All-Climate Battery Technology for Electric Vehicles:



Temperature measurement An Electric Roadway System Leveraging Dynamic



Thermal loading The Proliferation of Solar Photovoltaics: Their Impact on

Widespread Deployment of Electric Vehicles. Aminifar, F., +, MELEC Sept. 2020 79-91

Thermal resistance Gaining Traction: Thermal Management and Reliability of


Three-dimensional displays Electric Vehicle Research in Indonesia: A Road Map, Road


Thyristors Shipboard Solid-State Protection: Overview and

Applications. Schmerda, R., +, MELEC Sept. 2013 32-39 Time-domain analysis


Time-frequency analysis The Role of Voltage Controls in Modern All-Electric Ships:

Toward the all electric ship. Vicenzutti, A., +, MELEC June 2015 49-65

Topology A Closer Look at the On-Board Charger: The



Torque How Electrical Steel Optimizes Traction Electric Machine

Design: A Serviceable Contribution to Electric Vehicles. Jacobs, S., +, MELEC March 2019 39-48

Torque control Getting Rare-Earth Magnets Out of EV Traction Machines:


Tourism Increasing the Safety of Modern Passenger Ships: A


Tracking loops Traffic Management and Energy Optimization for High-

Speed Trains: An Overview of Methods for Saving Energy. Liu, J., +, MELEC Sept. 2019 66-75

Traction motors Faster than a Speeding Bullet: An Overview of Japanese














































45




Traction power supplies Traffic Management and Energy Optimization for High-


Traffic congestion Transportation Electrification and Managing Traffic


Traffic control Flying Cars: Challenges and Propulsion Strategies.

Rajashekara, K., +, MELEC March 2016 46-57 Traffic Management and Energy Optimization for High-


Training Unmanned Aerial Vehicles in Modern Power Systems:


Transactive energy Blockchain for Peer-to-Peer Transactive Energy Trading in


Evaluating Transactive Systems: Historical and Current DOE Research and Development Activities.

Hammerstrom, D., +, MELEC Dec. 2016 30-36 Transactive Home Energy Management Systems: The




Transformers Impact of GICs on Power Transformers: Overheating is

not the real issue. Girgis, R., +, MELEC Dec. 2015 8-12 Transportation













Trigeneration Integrated Energy Management System: Concept,

Design, and Demonstration in China. Sun, H., +, MELEC June 2018 42-50

Tropical cyclones A Controller Hardware-in-the-Loop Testbed: Verification


Turbines Power for Aircraft Emergencies: A Hybrid Proton

Exchange Membrane H2/O2 Fuel Cell and Ultracapacitor System. Turpin, C., +, MELEC Dec. 2017 72-85



U

Universal Serial Bus DC Local Power Distribution: Technology, Deployment,

and Pathways to Success. Nordman, B., +, MELEC June 2016 29-36

Unmanned aerial vehicles Unmanned Aerial Vehicles in Modern Power Systems:


Urban areas A Catenary-Free Electrification for Urban Transport: An

Overview of the Tramwave System. Pastena, L., MELEC Sept. 2014 16-21
































































46










US Department of Defense A Naval Integrated Power System with a Battery Energy




US Department of Energy Building Resilient Integrated Grids: One neighborhood at

a time. Bahramirad, S., +, MELEC March 2015 48-55 Evaluating Transactive Systems: Historical and Current


V

Variable speed drives


Vehicle dynamics Dynamic Wireless Charging of Autonomous Vehicles:


Hydrogen Fuel Cells for Ship Electric Propulsion: Moving Toward Greener Ships. Shakeri, N., +, MELEC June 2020 27-43

Vehicle safety Traffic Management and Energy Optimization for High-



Vehicles Propulsion System Design of a Battery Electric Vehicle:


Vehicle-to-grid Integrating Electric Vehicles with Energy Storage and

Grids: New Technology and Specific Capabilities Spur Numerous Applications. Chandler, S., +, MELEC Sept. 2018 38-43


Vehicular ad hoc networks Toward Smart Vehicular dc Networks in the Automotive


Voltage control Future of Electric Railways: Advanced Electrification





Magnetic Saturation and Flux-Weakening Control: Using Lookup Tables Based on a Static Method of Identification for Nonlinear Permanent-Magnet

Synchronous Motors. Mansouri, B.,+, MELEC Dec. 2017 53-61
































































47


Voltage measurement Modeling and Analysis of GMD Effects on Power Systems:

An overview of the impact on large-scale power systems. Shetye, K., +, MELEC Dec. 2015 13-21



W

Waste management


Wastewater Unmanned Aerial Vehicles in Modern Power Systems:


Water heating Blockchain for Peer-to-Peer Transactive Energy Trading in




Water resources Energy Storage: Balancing the 21st Century Power Grid.

Boston, T., +, MELEC Sept. 2015 52-57 Flexibility in Sustainable Electricity Systems: Multivector


Weather forecasting Coordinating Electricity and Transportation Networks:


Wheels Flying Cars: Challenges and Propulsion Strategies.

Rajashekara, K., +, MELEC March 2016 46-57 Wind energy generation




Wind farms The Kythnos Microgrid: A 20-Year History. Hatziargyriou,

N., +, MELEC Dec. 2020 46-54 Wind power generation



Energy Storage as a Peaker Replacement: Can Solar and Battery Energy Storage Replace the Capacity Value of

Thermal Generation? Stenclik, D., +, MELEC Sept. 2018 20-26










Wind turbines Locally Manufactured Small Wind Turbines: Empowering





Wireless communication Unmanned Aerial Vehicles in Modern Power Systems:



Wireless power transfer Dynamic Wireless Charging of Autonomous Vehicles:


Wireless sensor networks Unmanned Aerial Vehicles in Modern Power Systems:


Wiring Power Up with 800-V Systems: The Benefits of Upgrading

Voltage Power for Battery-Electric Passenger Vehicles. Jung, C., MELEC March 2017 53-58


















































48


Y Yttrium barium copper oxide

An Electric Roadway System Leveraging Dynamic Capacitive Wireless Charging: Furthering the Continuous Charging of Electric Vehicles. Zhang, H., +, MELEC June 2020 52-60


2013–2019 Index to Feature Articles IEEE Electrification ......1. 2013–2019 Index to Feature...

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Transcript of 2013–2019 Index to Feature Articles IEEE Electrification ......1. 2013–2019 Index to Feature...