... in the J ournal of E nergy R esources T echnology . Manuscript received April 1, 2019; final manuscript received July 4, 2019; published online July 23, 2019. Assoc. Editor: Samer F. Ahmed. 01 04 2019 04 07 2019 08 07 2019 cogeneration power refrigeration ejector...

...Ali Al-Malak; Moustafa Elshafei; Mohamed A. Habib; Iyad Al-Zaharnah Many industrial sectors built cogeneration plants to secure their power supplies reliably and to efficiently produce the plant demand of steam through the associated heat. Due to the rise of fuel cost and tightening environmental...

... to 43.6 kPa, and undershoot is reduced to 26 kPa. From the reported simulation it is clear that the optimized boiler can achieve higher, safer, and faster load sharing in response to upsets in the cogeneration unit. Fig. 7 Comparison between the actual and simulated results for both the drum level...

... of the Greenhouse Gas Emissions From Cogeneration and Trigeneration Systems. Part II: Analysis Techniques and Application Cases ,” Energy , 33 ( 3 ), pp. 418 – 430 . 10.1016/j.energy.2007.10.008 8 Möllersten , K. , Yan , J. , and Moreira , J. R. , 2003 , “ Potential Market Niches for Biomass...

... cogeneration cooling engines gas turbines life cycle costing refrigeration high-pressure regenerative turbine engine HPRTE distributed power distributed generation microturbine CHP CCHP economic analysis absorption refrigeration cogeneration PoWER cycle As in the case of the HPRTE...

... building model. The results are encouraging regarding the potential saving of operational cost, PEC, and CDE from using the control system for a CHP system with electric and thermal energy storages. 12 02 2009 17 10 2009 23 02 2010 23 02 2010 cogeneration feedforward power...

... are then implemented as the set of rules forming the knowledge base of a fuzzy expert system. The proposed diagnostic methodology is tested on the gas section of a real combined-cycle cogeneration plant, and the effect of measurement noise is also discussed. 22 09 2008 05 08 2009 12 10 2009...

...A. Khaliq; R. Kumar; I. Dincer In this paper, a novel industrial waste heat recovery based cogeneration is proposed for the combined production of power and refrigeration. The system is an integration of Rankine power cycle and absorption refrigeration cycle. A thermodynamic analysis through energy...

...A. Özer Arnas; Daisie D. Boettner; Seth A. Norberg; Gunnar Tamm; Jason R. Whipple Performance evaluation and assessment of combined cycle cogeneration systems are not taught well in academia. One reason is these parameters are scattered in the literature with each publication starting and ending...

... , “ Performance of an Innovative 120 kWe Natural Gas Cogeneration System ,” Energy 0360-5442 , 32 , pp. 823 – 833 . 10.1016/j.energy.2006.06.006 Fleten , S. E. , Maribu , K. M. , and Wangensteen , I. , 2007 , “ Optimal Investment Strategies in Decentralized Renewable Power Generation...

... of CHP to a level as low as 13 – 9 kg c.e./GJ. Interrelationships between K , AU, W , η US , and inlet/outlet temperatures of heating medium 02 01 2005 05 04 2008 08 08 2008 cogeneration energy conservation heat pumps space heating CHP heating...

...Na Zhang; Noam Lior Cogeneration can improve energy utilization efficiency significantly. In this paper, a new ammonia-water system is proposed for the cogeneration of refrigeration and power. The plant operates in a parallel combined cycle mode with an ammonia-water Rankine cycle and an ammonia...

... location if adequately sized to match the specific load requirements. Devine , M. , 2004 “ A Fresh Look at Cogeneration ,” Wall Street Journal, Sep. 12, 2004. United States Combined Heat & Power Association , based on “National CHP Roadmap,” March 2001 , Issues Facing CHP, http...

... refrigeration heat exchanger and then to the cogeneration heat exchanger and ultimately to the low temperature reservoir (LTR). (The variations in the refrigeration system operation are discussed in a separate section.) The control strategy is that the waste heat is first used by the heat-powered refrigeration...

...: the co-generation plant, as it was described in Part I. 28 02 2005 08 07 2005 cost accounting optimisation cogeneration power generation economics thermodynamics Exergy Cost Accounting and Thermoeconomics finds out how energy and resources degrade, which systems work better...

...Salvador M. Aceves; Joel Martinez-Frias; Gordon M. Reistad This paper presents an evaluation of the applicability of homogeneous charge compression ignition (HCCI) engines for small-scale cogeneration ( < 1 MWe ) in comparison to five previously analyzed prime movers. The five comparator prime...

...S. Obara; K. Kudo Performance analysis and cost estimation are carried out for a cogeneration system consisting of a solid high-polymer-film-type fuel cell with a methanol reformer applied to individual houses. For the operation of the fuel cell under a partial load, a unique point of this system...

... jackets), and cooling energy (produced by an auxiliary electric chiller and an absorption chiller fed by heat recovered from exhaust gases). cogeneration energy management systems power consumption space cooling 16 May 2003 21 May 2004 21 12 2004 Contributed...

...Borja Oyarza´bal; Michael R. von Spakovsky; Michael W. Ellis The application of a decomposition methodology to the synthesis/design optimization of a stationary cogeneration proton exchange membrane (PEM) fuel cell system for residential applications is the focus of this paper. Detailed...

...Borja Oyarza´bal; Michael W. Ellis; Michael R. von Spakovsky Thermodynamic, geometric, and economic models are developed for a proton exchange membrane (PEM) fuel cell system for use in cogeneration applications in multi-unit residential buildings. The models describe the operation and cost...