TRIGENERATION

作品数：7被引量：2H指数：1
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Energy and Exergy Efficiency Analysis of Advanced Adiabatic Compressed Air Energy Storage Based Trigeneration Energy Hub被引量：1
《CSEE Journal of Power and Energy Systems》2023年第6期2409-2422,共14页Danman Wu Wei Wei Jiayu Bai Shengwei Mei 
the National Key Research and Development Program of China(2021YFB2400701);in part by the National Natural Science Foundation of China(51807101).
With growing public awareness of decarbonization and increasing penetration of renewable generation,energy storage is in great need.Advanced adiabatic compressed air energy storage(AA-CAES)is capable of producing powe...
关键词：AA-CAES energy and exergy efficiency TRIGENERATION 
Biofuel-driven trigeneration systems for non-residential building applications:A holistic assessment from the energy,environmental and economic perspectives
《Building Simulation》2023年第4期557-576,共20页K.F.Fong C.K.Lee 
The work described in this paper was fully supported by a grant from City University of Hong Kong(Strategic Research Grant,Project No.7005033).
In the metropolises,it is unlikely to use merely solar and wind energy to pursue zero carbon building design.However,it would become possible if biofuel-driven trigeneration systems(BDTS)are adopted.It is thus essenti...
关键词：TRIGENERATION BIOFUEL dynamic simulation carbon tax social cost economic analysis 
Parametric analysis of a solar-driven trigeneration system with an organic Rankine cycle and a vapor compression cycle
《Energy and Built Environment》2021年第3期278-289,共12页Evangelos Bellos Christos Tzivanidis 
The objective of this paper is the parametric analysis of a solar-fed trigeneration system ideal for the building sector that produces useful heat,electricity and cooling.The examined unit is driven by 100 m^(2)of par...
关键词：Solar concentrating power TRIGENERATION ORC EXERGY Parabolic trough collector 
An innovative trigeneration system using biogas as renewable energy被引量：1
《Chinese Journal of Chemical Engineering》2018年第5期1179-1191,共13页Grazia Leonzio 
the European Commission for funding this work
One of the ways to decrease the global primary energy consumption and the corresponding greenhouse gas emissions is the application of the combined cooling, heating and power generation technologies, known as trigener...
关键词：Trigeneration system BIOGAS Energy efficiency Process simulation Heat pumps Environmental analysis 
Numerical and Experimental Study of a Multi-Generation Desalination Power Plant
《Journal of Power and Energy Engineering》2017年第9期172-192,共21页Jacob R. Pleis Dongmei Zhou 
The demand for more efficient power generation is not only a prominent subject for environmental reasons but for economic reasons as well. Continuing growth in population contributes to more and more consumption of fr...
关键词：Multigeneration TRIGENERATION COGENERATION Multi-Stage-Flash DESALINATION Power Plant WASTE Heat Recovery Numerical Analysis 
Multiperspective Analysis of Microscale Trigeneration Systems and Their Role in the Crowd Energy Concept
《Journal of Electronic Science and Technology》2015年第3期206-211,共6页Parantapa Sawant Naim Meftah Jens Pfafferott 
supported by the "Industry on Campus" at HS Offenburg and by the Baden-Württemberg Ministry of Science,Research and Arts(MWK) under the "DENE" Project
The energy system of the future will transform from the current centralised fossil based to a decentralised, clean, highly efficient, and intelligent network. This transformation will require innovative technologies a...
关键词：Adsorption cooling decentralisation energy efficiency energy system analysis trigeneration. 
Analysis by Indicators Performance of the Conceptual Structures mCCHP-SE Using Renewable Energy Sources
《Journal of Energy and Power Engineering》2012年第10期1597-1604,共8页Nicolae Badea Marcel Oanca Ion Paraschiv Ion Voncila 
This paper refers to an integrated mCCHP （micro-combined cooling heat and power） systems dedicated for isolated residents with energetic independence. The only energy sources are wood pellet and solar energy. The pr...
关键词：MICROGENERATION TRIGENERATION residential building renewable energy. 
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