The major objective of GridTech is to conduct a fully integrated impact assessment of the implementation of new technologies (RES-E generation, bulk storage, transmission network technologies) into the European electricity system necessary to exploit the full potential of future RES-E generation across Europe with lowest possible total electricity system cost. The time frame of GridTech analyses is up to the year 2050, with special consideration of the target years 2020, 2030 and 2050.The key steps to achieve the required outcomes by the end of the GridTech project are:1. To assess several non-technical barriers for transmission expansion and distortions for market-compatible RES-E grid and market integration in Europe with reference to the challenges addressed in the relevant European policy documents (EC, ENTSO-E).2. To develop a cost/benefit analysis methodology on investments into the European transmission grid towards more controllability/flexibility and thus fostering large-scale RES-E and storage integration.3. To apply/verify the cost-benefit methodology for transmission grid investments on both levels: (i) bottom-up case study analyses in 7 carefully selected target countries (Germany, Spain, Italy, Netherlands, Ireland, Bulgaria, Austria) and (ii) top-down modelling covering the entire EU30+ region.4. Based on a synthesis of results to achieve a common understanding among key target groups/actors on best-practise criteria for the implementation of new technologies fostering RES-E and storage integration into the European transmission system on several scales in time in the future, i.e. up to 2020, 2030 and 2050.5. Further benefits to the key target audience are clear guidelines on successful implementation of the case study results (in the target countries) addressing necessary changes of the legal, regulatory, and market framework. Comprehensive consultation processes, communication, dissemination activities, policy debates, and cooperation with ENTSO-E will ensure beneficial impact of GridTech recommendations also for policy making in remaining EU countries.
In this page:
- 7 case studies (from target countries) are available on transmission expansion barriers and distortions of market-compatible RES-E integration. Consensus to overcome them is discussed in regional expert workshops (40 participants each) and in a European policy debate.
- 7 case studies (from target countries) verifying the cost/benefit analyses method. A comprehensive consultation process, expert workshop, and bilateral meetings shall lead to successful implementation of (at least parts of) the actions recommended in GridTech.
- Comprehensive top-down modelling verifying the cost/benefit analyses method. 3 different quantitative results on future pan-European RES-E and storage deployment (for different "flexibilities" of the European transmission grid) are derived on country- and EU30+ level. Benefits like welfare gains, primary energy savings, GHG emission reductions, cumulative investments per technology type, etc. are quantified based on a fully integrated modelling approach.
- Tailor-made recommendations &action plans are derived for the key target-groups (500 high quality reports) outlining the exploitation of the full potential of benefits of the implementation of new technologies into the European transmission system and thus fostering RES-E and storage integration. At least 5 invitations on European level to key important policy institutions/associations (EC, ENTSO-E, ACER, others) to present the cost/benefit analyses methodology & policy-related GridTech results.
- Comprehensive dissemination of several different kinds of deliverables of the different outputs derived from GridTech via different communication and dissemination channels, e.g. website (12,000 visits), leaflets (3,000 emailed), media coverage of GridTech, conference sessions (75 participants), policy debate (100 participants), webvideo (youtube, 1000 views), others.
- For further details, please refer to the project homepage: http://www.gridtech.eu/
Partners and coordinatorList Map
|Vienna University of Technology (Technische Universitaet Wien)||Austria|
|European Renewable Energy Centres Agency||Belgium|
|WIRTSCHAFT UND INFRASTRUKTUR GMBH & CO PLANUNGS KG||Germany|
|Research on the Energy System - RSE SpA||Italy|
|COMILLAS PONTIFICAL UNIVERSITY||Spain|
|EnBW Energie Baden-Wuerttemberg AG||Germany|
|Organic Power Limited||Estonia|
|BLACK SEA ENERGY RESEARCH CENTRE||Bulgaria|
|Electricity system operator||Bulgaria|
|JRC -JOINT RESEARCH CENTRE- EUROPEAN COMMISSION||Belgium|
|TENNET TSO BV||Netherlands|
Vienna University of Technology (Technische Universitaet Wien)
Duration:18/04/2012 to 17/04/2015