mCHP Workshop Session 3: Gas Industry Activity Dr. Martin Wilmsmann E.ON Ruhrgas, Germany Paris, 29/30. May 2008 Content E.ON Ruhrgas´ mCHP strategy Organisation/Coordination of mCHP activities in E.ON group Finished – ongoing – planned activities Current situation in Germany Gas Competence-Center Competence-Center Gas Utilization Process & Service Facilities Sector Gas Measurement Environment Protection via Support of Sustainable Technologies Keeping / Enlarging of established and new Markets Pipeline Sector Technical Cooperation Gas Heat Pumps mCHP devices Key Elements of mCHP-Strategy technology-open - no exclusive cooperation no manufacturing activities – no R&D activities role as technology user testing of a variety of pre-commercial systems under realistic conditions practical experience as basis for sound assessment of technology transforming operation experience into forecasts as part of E.ON Energie‘s long term planning model forecasting of future gas selling rates as part of energy supply szenarios assessment of grid implications regarding safety and grid issues (power and gas) How to support manufacturers on the way to market introduction Process of Market Introduction Lab Labortest of Manufacturers Prototype Prototyp-Testing Market Fieldtrials Example: Fuel Cell Gate Series – Production Pre-Commercials ERG Kunden Energie UK Bayern Avacon Hanse DG recommended process Field Tests E.ON Energie E.ON Ruhrgas Technology Tracking Partner Identification E.ON UK Technology-open approach Other MU Field Tests Lab Tests at E.ON Ruhrgas Field Tests Field Tests In MUs under own responsibility coordinated by CG Lab Test facilities as centre of exellence Information exchange between MU assessment expertise Way of market introduction Lab tests Established test facilities of ERG for lab testing of domestic smale scale CHP Field tests Commercial. Field test experiences with CHP devices in Germany / UK Outstanding Test rig Assessment of operability and operating performance hel and hth as function of: - gas varieties (H-gas, L-gas, serveral test gases) - part load conditions - different pairs of water flow and return temperatures Nutzungsgradmessung nach DIN 4702, Teil 8 95 10,00 94 8,00 93 6,00 92 4,00 91 2,00 0,00 90 EG-H Boost 55/45 EG-H Boost 46/39 EG-H Boost 42/36 EG-H Boost 37/32 EG-H Boost 27/25 Measurement of standard annual efficiency to German Nutzungsgrad standard procedure Power quality Noise Vabration Nutzungsgrad in % emission measurement (hydrocarbons, CO, NOx) Belastung/therm. elektr. Leistung in kW 12,00 Fuel Cell Activities PAFC future activities MCFC Continued lab and field trials with all kinds of mCHP technologies PEM SOFC 1995 2000 2005 2010 Ongoing field trials BAXI Fuel Cell Operating time 2006-2008 Number of devices: 3 WhisperGen Stirling Operating time 2007-2009 Number of devices: 7 Hexis Fuel Cell Operating time 2006-2008 Number of devices: 1 mCHP-Activities Two units are currently being installed on a commercial basis: Senertec: approx. 18,000 units sold sales rate about 2000 units/a Price: €15,000 / €22,000 EcoPower: approx. 1000 units sold, 450 units sold in 2006, + 50% expected in the next 2 years. Price: €18,000 Beside E.ON Ruhrgas / E.ON Energy a number of utilities are active in the field of mCHP-systems. Following utilities are involved of testing mCHP-units: EWE - EnBW - MVV - Gasag - Gelsenwasser - RWE FC - Verbundnetz Gas (VNG)….. Nationales Innovation Programm of German Government (NIP) 2008 - 2015 aim 4 sectors of development reliable, competitive + environmental friendly energy supply Transportation (mobile application) Domestic (stationary application) Industry (stationary application) Specific markets 500 Mio. € Government F & E - Projects essential keyelements H2- und fuel cell - technology + + 500 Mio. € complementary capital from industry Demo - Projects Overview German Lighthouse Project Utilities manufacturer consortium - volume of approx. 850 fuel cells between 2008 – 2015 approx. 60 Mio € (gross) for purchase, installation und operation
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