2020（CREST- Joint call） FY 2020 Application CREST Research ...
Work Package 1 - SCCER CREST · SCCER CREST - Work Package 1 WP-Lead: Karl Frauendorfer, University...
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Research in WP1 has covered a broad thematic range of projects addressing the challenges of the ener- gy transition faced by different actors. Researchers from five institutions have developed several key insights into how firms, policy makers and other stakeholder groups may tackle specific challenges on the level of policy making and social acceptance, energy markets, entrepreneurial initiatives, business model innovation and regional energy systems. In addition, close collaboration with practitioners and industry partners allowed for coming up with deliverables that help actors shape innovative solutions in the diffusion of renewable energy technologies, decentralized energy systems, smart buildings and trading strategies on energy markets. Selected highlights with practical impact on meso-level actors are listed below. Contact SCCER CREST - Work Package 1 WP-Lead: Karl Frauendorfer, University of St. Gallen WP-Co-Lead: Claudio Cometta, ZHAW www.sccer-crest.ch Energy BIRD (Subtask 1.1.3) Energy BIRD (Business-Model Innovation, Refinement and De- ployment) is a workshop metho- dology to develop and shape business models in the context of the enegy market. The working group “Energy Think Tank” concluded with several exci- ting new business model ideas and pilot projects for our cooperation partners (e.g. AEW Energie; Energie 360°; SGSW; SWT) with respect to smart homes, smart neigh- borhoods, mobility, and extended customer engagement. Work Package 1 - Energy, Innovation, Management – Highlights of Phase I Case study on permitting process (Subtask 1.2.2) TREES platform (Subtask 1.3.1) TREES (Transition of Regional Energy Systems) platform allows for simulation of dynamic processes and develop- ment patterns of decentralized energy systems: • supports identification of robust strategies and policies, • testing of new business models, • supports co-learning of different stakeholders. Energy Trading Room (Subtask 1.2.1) At the Energy Trading Room of the HSG, we can train (future) practitioners and research their behavior. Trading capaci- ties and flexibilities acquaints the traders with the risk drivers and their effects on the balance sheet and quantifies his or her ability to trade off expected profits against risks adequa- tely. Moreover, the Trading Room offers its potential as well for standard assets in finance or social experiments. Why is the business profitable? How is the value proposition created? What do you offer to the customer? Value Proposition Profit Mechanism Value Chain What? How? Why? Who? Who is your target customer (segment)? Figure 1: Magic triangle - core module of the workshop methodology Energy BIRD Figure 3: Energy Trading Room of the HSG Initial stakeholder contact Canton Municipality Confederation Project Developer Stakeholder Regulatory Framework Project Development Process KEV Process Energy Strategy 2050 skyguide Clearing permit BAFU+Kanton Aeronautical permit (FOCA) High volatge permit (ESTI) Structure Plan (General or Special) Land Use Plan Building Permit Operation KEV-system KEV denied KEV-application with Swissgrid Revise project Waiting list notification Accepted for KEV- funding Receive KEV Banks provide capital 1 y. 20-25 y. Land owners Local power companies & grid operators Energy, environmental, planning and building authorities Foundation, Civil Works, Turbines, Interconnection Construction Electricity production and feed-in Notification of commissioning Pre-Project Guichet Unique Objections DDPS OFCOM MeteoSwiss Project reports Wind Energy Concept Environmental & other NGOs with standing Deadline for commissioning: 7 y. From 2017: 3 y. (extendable) Cantonal regulations Energy, environmental, and spatial planning laws Maintenance Implementation of ecological compensation measures Municipalities Neighboring municipalities Construction-ready projects leapfrog to front of waiting list Public hearing Feasibility Study Project Social Acceptance Public hearing Wind potential Wind speed measurements (tower permit) Wind speed survey Environmental aspects EIA-prestudy EIA and ecological compensation Accessibility Road access assessment, easement agreement Interconnection and feed-in options Interconnection study Building site: assurance of property Assessments Contracts with land owner(s) Geological assessment Geological study Technology: turbines and alternatives Technological plan Financial appraisal KEV-Application Business plan Assessment of potential sites Analysis of specific sites 1-2 y. 1-6 y. 1-4 y. Specific Project Neighboring cantons / countries Objections Authorities Public hearing Building permit granted-decision to build Objectons Court case Referendum Municipal assembly Tenders ARE Grenchenberg (SO) Chall (BL) Heldenstein (GR) 2007-2008 2010-2011 2008-2010 2010-2011 2011-2018 2008-2011 2011-2013 2018-2019 2011-2017 2013-2013 2019-2020 2017-2018 Consultative referendum Consultative referendum Figure 2: Permitting process of a large wind project Generic model Customized model Workshops with stakeholders and researchers National und regional data: Technology, Investment, Business models, Social acceptance,…. Desktop-Research & Empiricism Validation Application Figure 4: TREES approach
Transcript of Work Package 1 - SCCER CREST · SCCER CREST - Work Package 1 WP-Lead: Karl Frauendorfer, University...
Research in WP1 has covered a broad thematic range of projects addressing the challenges of the ener-gy transition faced by different actors. Researchers from five institutions have developed several key insights into how firms, policy makers and other stakeholder groups may tackle specific challenges on the level of policy making and social acceptance, energy markets, entrepreneurial initiatives, business model innovation and regional energy systems.In addition, close collaboration with practitioners and industry partners allowed for coming up with deliverables that help actors shape innovative solutions in the diffusion of renewable energy technologies, decentralized energy systems, smart buildings and trading strategies on energy markets. Selected highlights with practical impact on meso-level actors are listed below.
Contact
SCCER CREST - Work Package 1WP-Lead: Karl Frauendorfer, University of St. GallenWP-Co-Lead: Claudio Cometta, ZHAW
www.sccer-crest.ch
Energy BIRD (Subtask 1.1.3)Energy BIRD (Business-Model Innovation, Refinement and De-ployment) is a workshop metho-dology to develop and shape business models in the context
of the enegy market. The working group “Energy Think Tank” concluded with several exci-ting new business model ideas and pilot projects for our cooperation partners (e.g. AEW Energie; Energie 360°; SGSW; SWT) with respect to smart homes, smart neigh-borhoods, mobility, and extended customer engagement.
Work Package 1 - Energy, Innovation, Management – Highlights of Phase I
Case study on permitting process (Subtask 1.2.2)
TREES platform (Subtask 1.3.1)TREES (Transition of Regional Energy Systems) platform allows for simulation of dynamic processes and develop-ment patterns of decentralized energy systems:• supports identification of robust strategies and
policies,• testing of new business models,• supports co-learning of different
stakeholders.
Energy Trading Room (Subtask 1.2.1) At the Energy Trading Room of the HSG, we can train (future) practitioners and research their behavior. Trading capaci-ties and flexibilities acquaints the traders with the risk drivers and their effects on the balance sheet and quantifies his or her ability to trade off expected profits against risks adequa-tely. Moreover, the Trading Room offers its potential as well for standard assets in finance or social experiments.
Why is the business
profitable?How is the value
proposition created?
What do you offer to the customer?
ValueProposition
ProfitMechanism
Value Chain
What?
How?Why?
Who?
Who is your target customer (segment)?
Figure 1: Magic triangle - core module of the workshop methodology Energy BIRD
Figure 3: Energy Trading Room of the HSG
Initi
al st
akeh
olde
r con
tact
Canton MunicipalityConfederation Project Developer
Stakeholder
Regulatory Framework
Project Development Process
KEV Process
Energy Strategy 2050skyguide Clearing permit BAFU+Kanton
Aeronautical permit (FOCA)
High volatgepermit (ESTI)
Structure Plan(General or Special)
Land Use Plan Building Permit
Operation
KEV-system
KEV denied
KEV-application with Swissgrid
Revise project
Waiting list notification
Accepted for KEV-funding
Receive KEV
Banks provide capital
1 y. 20-25 y.
Land owners
Local power companies & grid
operators
Energy, environmental, planning and building authorities
Foundation, Civil Works,
Turbines, Interconnection
Construction
Electricity production and feed-in
Notification of commissioning
Pre-Project
Guichet Unique
Objections
DDPS OFCOM MeteoSwiss
Project reports
Wind Energy Concept
Environmental & other NGOs with standing
Deadline for commissioning: 7 y. From 2017: 3 y. (extendable)
Cantonal regulations
Energy, environmental, and spatial planning laws
Maintenance
Implementation of ecological compensation measures
Municipalities
Neighboring municipalities
Construction-ready projectsleapfrog to front of waiting list
Publ
ic h
earin
g
Feasibility Study Project
Social Acceptance
Publ
ic h
earin
g
Wind potential Wind speed measurements (tower permit) Wind speed survey
Environmental aspects EIA-prestudy EIA and ecological compensation
Accessibility Road access assessment, easement agreement
Interconnection and feed-in options Interconnection study
Building site: assurance of property Assessments Contracts with land owner(s)
Geological assessment Geological study
Technology: turbines and alternatives Technological plan
Financial appraisal KEV-Application Business plan
Asse
ssm
ent o
f po
tent
ial s
ites
Anal
ysis
of sp
ecifi
c sit
es
1-2 y. 1-6 y.1-4 y.
Spec
ific
Proj
ect
Neighboring cantons / countries
Objections
Authorities
Publ
ic h
earin
g
Building permit granted-decision to
build
Objectons
Court caseReferendumMunicipal assembly
Tend
ers
ARE
Grenchenberg (SO)
Chall (BL)
Heldenstein (GR)
2007-2008
2010-2011
2008-2010 2010-2011
2011-2018
2008-2011
2011-2013
2018-2019
2011-2017
2013-2013
2019-2020
2017-2018
Consultative referendum Consultative referendum
Figure 2: Permitting process of a large wind project
Generic model
Customized model
Workshops with stakeholders and researchers
National und regional data: Technology, Investment, Business models, Social
acceptance,….
Desktop-Research & Empiricism
ValidationApplication
Figure 4: TREES approach
