The specific segment of large scale solar thermal systems Dirk Mangold,, Tel +49(0)711 673 2000 0; Fax +49(0)711 673 2000 99 info@solites.de,
for solar and sustainable thermal energy systems A member of the Foundation: turnover in 2006 about 110 Mio Euro with technology transfer, consultancy and research Solites is i.a.: Advisor to different ministries in the field of R&D for large solar thermal systems, seasonal heat storage and renewable energy Evaluator for the German Market Incentive Programme for large solar thermal systems Chairman of the German Experts Group on Seasonal Heat Storage
German EU-presidentship in the first half of 2007 Resolution of the European Parliament in march 2007: until 2020 Reduction of global warming gases of a minimum of 20 % compared to1990 Increasing energy efficiency by 20 % compared to the trend A share of renewable energy in energy demand of 20 % as a binding target Source: BMU,
Energy demand for living (central europe climate) Individualverkehr traffic 32% Beleuchtung light 1% electrical Elektrogeräte power 8% tap water Warmwasser heating 8% room heating Raumwärme 51% source: destatis, UBA
Development of living area and energy demand in % Living area per person 200 150 m² living area per person m² living area per household 100 50 1960 1970 1980 2000 persons per household Energy demand for room heating % 200 150 from 1970 to 2005: + 3 %! per person 100 50 1960 1970 1980 2000 per m² living area per m² heated Living area
The commercial benefits of solar thermal energy Extensive energy source within Europe Indipendent from foreign crises Independent from (foreign) trusts Supporting european SME and handicraft enterprises
The solar thermal market in Europe Alltogether about 3,0 Mio m² = 2,1 GWth Austria 10% Greece Greece 8% France 7% Italy 6% Spain 6% Cyprus 2% Great UK 2% Britain 2% Helvetica Switzerland 2% 2% Poland 1% 50% Belgium 1% Sweden 1% Denmark Danmark 1% Czech Cech Rep Rep. 1% others Others 1% Portugal 1% Netherlands 1% Source: Estif
Part of the yearly installed collector area The German Roadmap Solarthermie 2020 (BMU) 100% 90% 80% 70% Tap water heating (single family house) Combi system (single family house) Tap water heating (multi famliy house) Combi system (multi family house) Solar district heating with seasonal storage 60% 50% 40% 30% 20% 10% 0% 1980 1985 1990 1995 2000 2005 2010 2015 2020 Year
Collector areas for multi family houses/ areas
Solar City Neckarsulm-Amorbach (5.480 m²)
Large thermal systems Solarer Städtebau in the Netherlands Novem, NL
Collector area on flat roofs, expl. München Baumgartnerstr. source: ZFS Rationelle Energietechnik GmbH
Mounting of collector areas on flat roofs source: Ambiente Italia source: Solites
Roof Integration of collectors expl. Graz
Roof integration in Ravensburg 1992
The collector deliverer not only delivers the collectors! Schulz
Vacuum tubes collector area in Schwäbisch Gmünd (95 m²)
State of the art of large solar collector areas Large modules Solar roof
Solar roof on a primary school in Neckarsulm
Solar roof in Friedrichshafen
R&D-project in Eggenstein-Leopoldshafen 2006/2007 school- and sportsarea of the city comprehensive energy concept for renovation by PKi, Stuttgart
Facade collectors integrated in wall insulation source: Novem, Netherlands
Facade collectors on a multi family building in Konstanz
R&D-project in Crailsheim: 3.500 m² collector area on noice barrier
Europeans largest solar thermal plant in Marstal, Denmark Marstal 18 300 m 2-13 MWth - 1996/2003-
Europeans largest solar thermal plant in Marstal, Denmark
Large scale solar thermal systems
amount of thermal energy Heat demand and possible solar systems solar fraction: heat demand ca. 7% ca. 15-20% ca. 50% solar irradiation (relatively) Jan Feb Mär Apr Mai Jun Jul Aug Sep Okt Nov Dez solar cooling combi system in summer 100 % solar with seasonal heat storage
Large solar system for tap water heating Boiler Buffer storage HDW storage HDW storage Cold water
Example: Multi family building in Hamburg Investor: Baugenossenschaft FLUWOG/NORDMARK eg Solar system for tap water heating Collector area: 95 m² source: Wagner & Co, Pilsinger Architekten
Large combisystem for tap water and room heating Boiler Buffer Pufferspeicher storage DHW storage Cold water
Example: Solar village in Gneiss-Moos, Salzburg source: GSWB
Example: Solar village in Gneiss-Moos, Salzburg source: GSWB
Prerequisite: sustainable energy concept for solar renovation
Central solar heating plant with seasonal storage (CSHPSS) central heating plant solar collectors district heating net solar net seasonal thermal energy storage
Example: Central solar heating plant in Hamburg-Bramfeld
The central solar heating plant with seasonal storage in Munich thermal energy storage solar collectors on buildings buildings without solar collectors central heating plant local heat distribution network solar network district heating network heat transfer substation in buildings
Solar collector areas in the Munich project (2 900 m² on 3 roofs)
Construction of the seasonal heat storage in Munich 2006
The central solar heating plant with seasonal storage in Munich Project data: service area: 300 apartments in multifamily buildings heat demand: 2 300 MWh/year solar collector area: 2 900 m² (aperture) storage volume: 5 700 m³ (water) heat pump: 1,4 MW absorption (driven by district heating net) solar fraction: 47 % (design) solar heat cost: 24 Euro-cent/kWh Time schedule: installation of the first solar collectors: May 2006 realization of the STES: summer to end of 2006 start of operation: spring 2007 Project partners: owner: Munich City Utilities recipient of subsidies: City of Munich planner: Kulle und Hofstätter (system installations) Lichtenfels Engineering Consultant (STES) concept: ZAE Bayern, Garching scientific accompaniment: ZAE Bayern and Solites
Comparison of System Cost and Solar Heat Cost DHW: domestic hot water, AColl: solar collector area; fsol: solar fraction CSHPS/DS: Central Solar Heating Plant with Seasonal/Diurnal Storage FP: flat plate collector
The specific segment of large scale solar thermal systems Dirk Mangold,, Tel +49(0)711 673 2000 0; Fax +49(0)711 673 2000 99 info@solites.de,