energy efficiency in future electricity systems an ...€¦ · blog key message interested target...
TRANSCRIPT
Gaps and Barriers for Energy Technology Development and Deployment – a view from the Technology Collaboration Programmes (TCPs)
Paris – March 20th 2017
Energy efficiency in future electricity systems an initiative of the Electricity Co-ordination Group
Michele de Nigris
EUWP Vice Chair electricity
• To establish an effective and long lasting collaboration between TCPs dealing with electricity in the frame of the EUWP
• To address a key topic of interest for the entire electricity community: Energy Efficiency
• To discuss about possible subjects of interest for CEM8
• To pave the way for the incoming challenges of Mission Innovation
2
The basic idea
The workshop subject
3
SESSION 1
SESSION 2
SESSION 3 CAPACITY BUILDING
TECHNOLOGY ASPECTS
SYSTEM ASPECTS AND REGULATION
INTRODUCTION TO THE TCPs
Workshop programme
SESSION 4
ISGAN: strategic platform to support high-level government attention and action for the accelerated development and deployment of smarter, cleaner electricity grids around the world.
Main focus is DEMAND RESPONSE in the broader sense: • Load management • Strategic conservation • Energy efficiency • Demand side energy
storage • Distributed generation • Human behavioral
aspects
4E: seeks to meet the challenges for policy makers to maximize energy efficiency on all types of non-transport appliances and equipment. • Motors • Lighting • Networked devices Evaluate national energy efficiency programmes and international benchmark.
Focus on HIGH TEMPERATURE SUPERCONDUCTIVITY (HTS), the most efficient electricity carrier. • HTS based devices
such as cables, fault current limiters (FCLs), transformers and energy storage.
• Monitoring of ongoing projects and applications.
6
Typical Outputs
Discussion Papers
Messages for Policymakers
Technology Briefs
Technical Papers
Webinars
Workshops
Case Books Conference
Presentations
From linear ….
… to circular
Key messages
• KEY ROLE OF NETWORKS IN EFFICIENT RES INTEGRATION
• ENERGY EFFICIENCY MUST BE ACHIEVED ALSO THROUGH NETWORK COMPONENTS OPTIMISATION (ISGAN, HTS, 4E)
• NEW APPROACHES TO BE IMAGINED FOR DEMAND RESPONSE BEYOND ENGINEERING: ISGAN, DSM
• FLEXIBILITY IS THE NEW IMPORTANT KEYWORD: ISGAN, DSM
Capacity Building
WebinarOA+
Taskreport
IssueReport(s)
SUMMARY
BLOG
Keymessage
Interested
Target audienceE-learning
• DSM UNIVERSITY • ISGAN ACADEMY • ESAS SUMMER SCHOOL
Role of Standards
TEXT HERE TEXT HERE
TEXT HERE
DEVELOPING SUITABLE PROTOCOLS
SETTING MINIMUM REQUIREMENTS
LABELLING EXCELLENCE
• Different means can lead towards the same goal - a more flexible and sustainable energy system
• Multi-dimensional system view- least cost mix of RES and energy efficiency implementation.
• Power grids will play a key role in fostering over-all efficiency of the energy system – Enhance controllability with advanced measurements, system
information and ICT – Optimize use of clean production resources with the help of DSM – Utilize energy efficient electrical equipment, both in the network
and at customer level
WAY FORWARD
• Proposed objective – Deliver a joint policy paper applying a wider system approach
to efficient use of energy – Point out remaining needs regarding e.g. innovation, regulation
and knowledge about user behaviour
13
Annex/Task full title Existing collaboration Potential collaboration Collaborating ISGAN AnnexType and topic of existing collaboration with
ISGANType and topic of potential collaboration
with ISGANExisting and potential collaborating ISGAN
annexes/tasks
DSM Task 17Demand side management, distributed generation and storage of energy
Already joint activities (e.g. Joint Workshops organised by Matthias Stifter)TCP DSM presentations at ISGAN ExCo´s
Annex 6ExCo
DSM Task 24 Behaviour change in DSMTCP DSM presentations at ISGAN ExCo´s
Consideration of DSM Task 24 results in ISGAN Annex 7
Annex 7ExCo
DSM Task 25Business models for a more effective market uptake of DSM energy services
TCP DSM presentations at ISGAN ExCo´sConsideration of DSM Task 25 results in Annex 3 cost benefit analysis
Annex 3ExCo
TCP Annex/Task
STEP 1: MAPPING
14
EBC Annex 58
Reliable Building Energy Performance Characterisation Based on Full Scale Dynamic Measurements
Activity already finished Activity already finished
EBC Annex 63Implementation of Energy Strategies in Communities
EBC Annex 67 Energy Flexible Buildings
EBC Annex 71
Building energy performance assessment based on in-situ measurements (in definition phase)
EBC Annex tbdHybrid Energy Networks (in definition phasse)
Michael Hübner and Helfried Brunner have been approached by the Annex definition team. Since electricity sytems are an important part in hybrid energy networks, advice and inputs from and later a collaboration with ISGAN is anticipated
ISGAN Annex 6ISGAN ExCo
STEP 1: MAPPING
15
ECES Annex 28
Distributed Energy Storage for the Integration of Renewables Energies - DESIRE
HEV Task 28
Home grids and V2X technologies
HPT Annex 42 Heat Pumps in Smart Grids
PVPS Task 14 High Penetration of PV Systems in Electricity Grids Already strong cooperation. Joint
workshops have been organized (e.g. distribution and transmissioninteraction).e.g. IEA SHC Task 46
Already strong cooperation. Joint workshops have been organized (e.g. distribution and transmissioninteraction).e.g. IEA SHC Task 46
Annex 6
STEP 1: MAPPING
16
Wind Task 25Design and Operation of Power Systems with large amounts of Wind Power
4E
Efficient Electrical End-Use Equipment
Joint white paper EDNA-ISGAN Collaboration with ISGAN Annex 5 on measurement procedures
Annex 4Annex 5
ETSAPEnergy Technology Systems Analysis Program (ETSAP)
Energy technology briefsAnnex 4Annex 7
HTS High-Temerature Superconductivity
Presentation at ISGAN ExCo 12 in Paris Integration of new technologies in the power transmission and distribution system
Annex 6
STEP 1: MAPPING
17
CONCLUDING REMARKS • TCPs ARE SOURCE OF OUTSTANDING KNOWLEDGE AND EXPERIENCE • COMPLEXITY OF ENERGY TRANSITION INCREASES INTERACTIONS
AMONG DIFFERENT SECTORS – INTEGRATED APPROACH • CONTINUOUS INTERACTION IS VITAL FOR SUSTAINABILITY OF THE
EFFORT • ACCURATE MAPPING OF ACTIVITIES IS FIRST STEP TOWARDS
OPTIMISATION OF RESOURCES AND MAXIMUM IMPACT (GAP/OVERLAP)
• LEVERAGE COMMON TOOLS: • ANALYTICS • POLICY OUTREACH - COMMUNICATION • CAPACITY BUILDING • STAKEHOLDERS PROFILING