Solar District Heating and actions from policy to market (SDHp2m) REN21 & SDH webinar 11 July 2017 Dipl.-Ing. Laure Deschaintre Steinbeis Research Institute for Solar and Sustainable Thermal Energy Systems Meitnerstr. 8 D-70563 Stuttgart
District Heating Platform for RES and efficiency technologies biomass (heat plants, CHP) solar thermal geothermal CHP industry surplus heat power-to-heat from RES (electric boilers, heat pumps) thermal energy storage
Key points of solar thermal energy in district heating networks Emission-free and really renewable Local activity Possible everywhere, high availability, however need for areas Mature and available on the market Power up to 150 MW Solar fraction up to 50 % Stable heat costs under 50 /MWh, before incentives! New opportunities in the heating market
Solar District Heating Market situation in Europe 252 solar thermal plant for the generation of heating and cooling with over 500 m² collector area (May 2016)
Solar district heating in Denmark Solar District Heating in Denmark Sum of collector area and the number of operating and upcoming plants Installed collector area [m²] (thick bars) 1,300,000 1,200,000 1,100,000 1,000,000 900,000 800,000 700,000 600,000 500,000 400,000 300,000 200,000 100,000 130 120 110 100 90 80 70 60 50 40 30 20 10 Number of plants (thin bars) [-] 0 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 Year 0 Source: Planenergi, DK
Solar District Heating in Germany Rostock Brinckmanshöhe 1.000 m² in operation: approximately 49.600 m² in planning: approximately 10.750 m² in preparation: approximately 37.500 m² Hamburg Bramfeld 1.400 m² Hamburg Wilhelmsburg 1.350 m² Hannover Kronsberg 1.350 m² Hamburg Mümmelmannsberg 2.600 m² Hamburg Harburg 480 m² Hennigsdorf Cohn'sches Viertel 850 m² Düsseldorf 240 m² Mengsberg 2.950 m² Jena-Pößneck 99 m² Chemnitz 2.230 m² Senftenberg 8.300 m² Ellern 1.200 m² Neuerkirch-Külz 1.420 m² Hallerndorf 1.300 m² Neckarsulm 5.670 m² Eggenstein 1.600 m² Crailsheim 7.300 m² Stuttgart Brenzstraße 1.000 m² Stuttgart Burgholzhof 1.630 m² Esslingen 1.330 m² Freiburg-Gutleutmatten 2.000 m² Büsingen 1.090 m² Augsburg 2.000 m² München 2.900 m² Randegg 2.000 m² Rosenheim 490 m² Friedrichshafen 4.050 m² in preparation: 9 plants with approx. 37.500 m² Source: Solites Status: May 2017
SDH projects 2009-2012: SDHtake-off... start of the cooperation between ST and DH sectors 2012-2015: SDHplus measures for market introduction and business models 2016-2018: SDHp2m policy to market Advanced policies and market support measures for mobilizing solar district heating investments in European target regions and countries
SDHp2m from policy to market Focus on regional authorities Bridging the gap between policy and market Advanced policy and support measures for SDH Six follower regions: Varna (BG) Veneto, Valle d'aosta (IT) Västra Götaland (SE) Mazowsze (PL) Hamburg (DE)
Aims Establish solar thermal as normal heat producer in DHC markets and processes Information, capacity building, support to market actors, sustainability Consideration in projects by DHC operators, utilities and municipalities Create a SDH favourable framework (policy, regulations, heat planning and urban planning, areas) Use strong interest in RES DHC by regional policy makers and authorities Continuation of vital international cooperation, transfer and coaching
Energy to move forward A B
The team of Auvergne-Rhône-Alpes
Status of work All regions created active stakeholder groups Detailed action plans have been set up Implementation going on Hot topics: RES DHC supporting regional laws practical regulations and procedures (e.g. areas, heat planning) access to financing specific financial support direct addressing of market actors in specific sectors events and follow-up support
The SDHp2m project www.solar-district-heating.eu Coordinator and contact: for Solar and Sustainable Dipl.-Ing. Thomas Pauschinger, Implementing authorities: Consultant partners: IZEP Supported by: This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 691624