APSEC Activity Updates
Transcript of APSEC Activity Updates
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APSEC Activity Updates
EGNRET and EGEE&C Joint Meeting 20 March 2019
Steivan Defilla, President Assistant
APEC Sustainable Energy Center APSEC
Tianjin University
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APEC Sustainable Energy Center APSEC
Sustainable Urbanization Project
Possible Follow-up Activities
APSEC 2019 Highlights
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APEC Sustainable Energy Center APSEC
APEC Sustainable Energy Center (APSEC) was established at the 11th APEC Energy
Ministerial Meeting in 2014, and mentioned in the 22nd APEC Leaders‘ Declaration. It is
a major achievement of the Chinese government responding positively to the initiative of
APEC leaders to participate in energy cooperation in APEC region.
23rd APEC Leaders’ Declaration
第23届APEC马尼拉领导人宣言
11th EMM, Beijing Declaration, China
《北京宣言》,2014届APEC能源部长会议Sep. 2014
22nd APEC Leaders’ Declaration
《北京纲领》,来自2014年领导人宣言Nov. 2014
12th EMM, Cebu Declaration, Philippines
12届EMM会议,菲律宾宿务宣言Oct. 2015
Nov. 2015
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APSEC Mission
1. To promote pragmatic cooperation on sustainable energy
development among APEC economics;
2. To act as National Energy Administration’s think-tank on conducting
strategic research and international cooperation in the field of
sustainable energy development
CCT Pillar Program
Clean Coal
Technology
CNSC Pillar Program
Cooperative Network
of Sustainable Cities
Events:
Two Workshops
The Annual Forum
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APEC Sustainable Energy Center APSEC
Sustainable Urbanization Project
Possible Follow-up Activities
APSEC 2019 Highlights
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Sustainable Urban Development Report
Output of self-funded project EWG 11 2018 S
First draft presented at the 4th Asia-Pacific Energy
Sustainable Development Forum, September 2018
Final draft sent to APEC-EWG for consultation
The forthcoming publication will complete this project
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Basic facts about urbanization
Six of the twelve biggest cities
of the world are in APECCities are engines of
economic growth
More than 90% of all supertall
builings (>300 meters) being
constructed, planned or
envisioned are in APEC cities
Additional traffic lanes do not
necessarily diminish congestion
Lack of growth
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Sustainability deficits of APEC cities
Sustainability deficitsGeneral lack
of
circularity
Insufficient disaster
resilience
Lack of decoupling of
CO2
emissions from economic
growth
Danger of slum
formation
Lack of
city statistics
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Policy Responses by the UN (2015 – 2030)
Concretized by
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APEC Policy Responses on Energy
APEC Energy Ministers Meeting Beijing
2014: “We aspire to the goal of doubling
the share of renewables in the APEC
energy mix, including in power
generation, from 2010 levels by 2030”.
“We will create low-carbon
communities in the region”.
2010: ESCI, LCMT
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APEC Policy Responses on DRR and Urbanization
2014 Leaders’ Declaration on
Asia-Pacific Urbanization
Partnership
APEC 2015 Framework for
Disaster Risk Reduction
DRR
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Results-Oriented Cooperative Strategy
Objectives:
• scale up APEC sustainable urbanization
• Synergize resilience with better economic performance, social inclusiveness and less
environmental impact
Core Value (SDG 11.b): (NB: Deadline set to 2020)
“By 2020, substantially increase the number of cities and human settlements adopting
and implementing integrated policies and plans towards inclusion, resource efficiency,
mitigation and adaptation to climate change, resilience to disasters, and develop and
implement, in line with the Sendai Framework for Disaster Risk Reduction 2015 – 2030,
holistic disaster risk management at all levels”.
Main idea:
• Monitor progress of volunteering APEC cities towards attaining APEC goals
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APEC Sustainable Energy Center APSEC
Sustainable Urbanization Project
Possible Follow-up Activities
APSEC 2019 Highlights
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Integrated
Urban
Planning
Energy security
(storage within city)
Energy intensity of city
Renewables share
of city
GHG emissions of city
Effects of disasters within city
(Sendai DRR Framework)
Objective: Search for Best Integrated Urban Practices for APEC Cities
Case Studies in Integrated Urban Planning
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Further Steps Towards Sustainability
Provide assistance to cities at each step
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Selecting APEC cities
Geographic diversity within APEC: at least one city from each APEC sub-region; build
upon the existing APSEC City Network CNSC
City size: Representing a mix of very large, large, medium and small cities
Sustainability Deficit: High Disaster Risk OR High per capita CO2 emissions OR High
energy intensity
Low level of Integrated Urban Planning: neither member of C40 nor GCoM nor GPSC
Enhancing city-to-city cooperation: choose one advanced city as knowledge partner
For case studies on Integrated Urban Planning of 6 - 12 APEC cities: self-funded
project to be submitted to EWG
For Results-Oriented Monitoring of 24 – 30 APEC cities : third party funded project
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APEC Sustainable Energy Center APSEC
Sustainable Urbanization Project
Possible Follow-up Activities
APSEC 2019 Highlights
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4th APEC Workshop on Sustainable Cities
Dates: 22 May 2019 (during the EWG 57 Meeting, 21 – 25 May)
Venue: tbd, Manila, Philippines
Organizer: APSEC
Content
Continue implementing the APEC urbanization partnership
Promote the establishment of the Cooperative Network of Sustainable Cities CNSC
Share information about APEC Sustainable Urban Development Report
Form
Insightful speeches given delegates from APEC cities
Experience sharing
Panel discussions
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5th Asia-Pacific Sustainable Energy Development Forum
Dates: 18 – 20 September 2019
Venue: Shangri La Hotel, Tianjin, China
Annual Flagship event of APSEC
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Self-Funded Project EWG 03 2018S Cloud-based sharing
platform on Multi-energy Microgrid (CM2)VISION :
Establish a world-leading sustainable research ecosystem of multi-energy Microgrids
GOAL :
Based on CM2, We plan to set up and maintain a 5-Dimensional Cloud-based platform of Campus Multi-Energy
Microgrids.
1st Dimension: Connect real or lab multi-energy Microgrids to the platform, and share information about the
Microgrids among partners.
2nd Dimension: The raw data obtained is processed to form typical case study systems of multi-energy
Microgrids and also to provide formatted data sets (e.g. PV data, energy demand).
3rd Dimension: Energy management tools can be provided for a better Microgrid monitoring, operation and
visualization. The visualization of system operation and system performance will be shared among partners.
4th and 5th Dimension through Cloud:
4D: Partners voluntarily share their own fundamental tools and source codes on the Cloud platform.
5D: Partners voluntarily share their own advanced optimization and control tools.
Jointed research & publications are facilitated based on these shared tools.
YOU ARE WARMLY WELCOME TO JOIN US CONTACT: [email protected]
ACTIVITIES AND BENEFITS :
Develop and facilitate joint research in this area and in more research institutions.
Organize workshops and symposiums to facilitate effective communication and dissemination.
Initiate joint research grant applications among partners.
Inform industry and policy-makers on the potential, key technologies and performance of multi-
energy Microgrids.
Provide skilled workforce for the current global energy revolution.
REQUIREMENTS :
Partner has a team to carry out the related research and development in Microgrids and
integrated multi-energy systems.
Connects its Microgrid to the Could platform (desirable but not compulsory), shares data and
R&D results, and be willing to collaborate with other partners.
Organizes or takes part in organizing session(s), symposium, and so on.
CM2 platform is an important contribution of an APEC self-funded project “Proposal on the Establishment of Cloud-based Sharing Platform of
Microgrids”. This project aims to establish a world-leading cloud-based sharing platform of Microgrids to grow the research community and
enhance the capability in the planning, operation and management of Microgrids for APEC economies.
This project is oversee by Professor ChengshanWANG of Tianjin University.
Multi-energy Microgrids are able to make a good use of local distributed energy resources, especially renewable energy, optimize the
synergies between different energy systems (e.g. electricity, gas, heating and cooling systems), enable the applications of novel techniques
(e.g. Peer to Peer energy sharing or trading) and provide services to other Microgrids or to the bulk energy networks. Multi-energy Microgrids
have the potential to change the paradigmof the whole energy system.
YOU ARE WARMLY WELCOME TO JOIN US CONTACT: [email protected]
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THANK YOU!
“Joining Hands Toward Sustainable Energy Development in the Asia-Pacific Region.”