...Tetsuya Wakui; Ryohei Yokoyama Residential solid oxide fuel cell cogeneration systems (R-FCGSs) have high generating efficiencies; however, they must be operated continuously because of their long warm-up times. Moreover, a reverse power flow from a residential cogeneration system to a commercial...

..., and aided its potential economic growth. 07 07 2008 25 03 2010 24 11 2010 24 11 2010 maximizing emission reductions and economic savings simulator optimization tool fuel cell system greenhouse gas emissions carbon dioxide emissions networks cogeneration combined...

... campuses that chose to buy power from a nearby cogeneration plant or another source. Incorporating competing generator data into the model in this way also allows some modeling of emergent competitive behavior; in response to changes in competitor behavior (efficiency, prices, allocation of taxes, etc...

...Albert Castell; Pere Margalef; Marc Medrano; Luisa F. Cabeza; Scott Samuelsen Catalonia (Spain) has a significant potential of biogas production from agricultural activities and municipal waste. In addition, there are plenty of industrial cogeneration plants, but most of them use conventional fuels...

... these two metrics is that LCC analysis shows that CHP-systems offer reduced costs from electric-only systems in all cases. This advantage arises from the offset fuel costs that are realized as a result of on-site cogeneration. As with COE-based analysis, systems incorporating both anode recycle and internal...

... and Marine Gas turbines VT 600 Datasheet—cogeneration. Turbec , 2002 , technical document, Turbec T-100Technical description datasheet D12451, Jun. 17. Turbec , 2002 , technical document, Maintenance Manual Turbec T100 serie 3, Doc. No. 13193-02. Marcenaro , B. , and Federici , F...

... development project. We are also grateful for the technical assistance provided by the software support team of Fluent Asia Pacific Co., Ltd. cogeneration computational fluid dynamics design engineering discs (structures) fuel cell power plants iterative methods solid electrolytes solid oxide fuel...

..., are presented. 15 06 2007 30 11 2007 12 05 2009 anodes cogeneration electric vehicles electrochemical electrodes fuel cell power plants proton exchange membrane fuel cells PEMFC electrospinning Nafion nanofiber At the heart of a PEMFC is the membrane electrode...

... and experimental results of the 1 kW SOFC system will be discussed in this paper. 14 06 2007 01 04 2008 24 02 2009 anodes cathodes coatings cogeneration electrochemical electrodes electrolytes fuel cell power plants natural gas technology power system interconnection solid oxide...

... of the Second World Conference on Biomass for Energy , Rome, Italy , May 10–14. www.heatpipe-reformer.com 14 05 2007 24 05 2007 23 02 2009 cogeneration fuel cell power plants solid oxide fuel cells waste heat The development of stationary fuel cell systems focuses...

... efficiencies (refer to the low heating value) of 40% and 88%, respectively. Furthermore, the primary energy savings, achievable by using the cogeneration system in comparison with a separate generation of electricity and heat from a centralized power plant and conventional boilers, have been evaluated...

...Shin’ya Obara; Itaru Tanno Power demand patterns, such as for houses, fluctuate sharply. Therefore, if fuel cell cogeneration is installed in a house, partial-load operations with low efficiency frequently occur. On the other hand, if the hydrogen rate of hydrogenation gas-engine generation...

...J. A. R. Parise; J. V. C. Vargas; R. Pitanga Marques Although historically grown as independent energy technologies, fuel cell and cogeneration may adequately work to each other’s benefit. Some fuel cells deliver heat at sufficiently high temperatures, which can be certainly used as heat sources...

... was found This work was financially supported by Gas Turbine Technologies (Contract No. 470/2004), within the framework of the EOS Project. a symbol of the factor T GEN b symbol of the factor FC CCD central composite design CHP cogeneration...

... as of the general behavior during both steady-state and transient operation of the system. 30 11 2005 22 06 2006 cogeneration heat exchangers solid oxide fuel cells transient analysis solid oxide fuel cell autothermal reforming catalytic afterburner system modeling Fuel...

...Teemu Vesanen; Krzysztof Klobut; Jari Shemeikka Due to constantly increasing electricity consumption, networks are becoming overloaded and unstable. Decentralization of power generation using small-scale local cogeneration plants becomes an interesting option to improve economy and energy...

... oxide fuel cells cogeneration power system economics pricing sensitivity analysis maintenance engineering investment power markets solid oxide fuel cell SOFC system analysis economical feasibility spark spread analysis In the year 2000, Wärtsilä Corporation started a research...

... technical support. The views expressed in this article are those of the authors and do not reflect the official policy or position of the United States Military Academy, the Department of the Army, the Department of Defense, or the U.S. Government. proton exchange membrane fuel cells cogeneration...

... species m metal s separator sh shift reaction Silveira , J. L. , Leal , E. M. , and Ragonha , L. F. , 2001 , “ Analysis of a Molten Carbonate Fuel Cell: Cogeneration to Produce Electricity and Cold Water ,” Energy 0360-5442 (Oxford), 26 ( 10 ), pp...