新能源进展
新能源進展
신능원진전
Advances in New and Renewable Enengy
2015年
4期
280-288
,共9页
邵振华%郑子辉%于文远%胡永攀%徐安波%王远
邵振華%鄭子輝%于文遠%鬍永攀%徐安波%王遠
소진화%정자휘%우문원%호영반%서안파%왕원
节能技术%机械蒸汽再压缩%空气能热泵%喷气增焓%有机朗肯循环%卡琳娜循环
節能技術%機械蒸汽再壓縮%空氣能熱泵%噴氣增焓%有機朗肯循環%卡琳娜循環
절능기술%궤계증기재압축%공기능열빙%분기증함%유궤랑긍순배%잡림나순배
energy-saving technologies%Mechanical Vapor Recompression Heat Pump%Air-source Heat Pump%Enhanced Vapor Injection%Organic Rankine cycle%Kalina cycle
能源是当今社会发展的三大支柱之一,是经济发展和社会进步的重要基础.近年来,由于人类对能源的需求越来越大,能源供应成为社会经济发展的瓶颈.在能源消耗不断攀升从而带来诸多社会和环境问题的现实背景下,节能减排已成为当今人类的共识.本文依次介绍了机械蒸汽再压缩热泵技术、空气能热泵技术、喷气增焓技术三种节能技术.充分利用低品位能在一定程度上具有节能的效果,由此,基于有机朗肯循环及卡琳娜循环两种动力循环,介绍了低品位能两种利用技术:低品位能借助正循环(有机朗肯循环或卡琳娜循环)热功转换实现发电及低品位能借助正循环热功转换实现制冷.
能源是噹今社會髮展的三大支柱之一,是經濟髮展和社會進步的重要基礎.近年來,由于人類對能源的需求越來越大,能源供應成為社會經濟髮展的瓶頸.在能源消耗不斷攀升從而帶來諸多社會和環境問題的現實揹景下,節能減排已成為噹今人類的共識.本文依次介紹瞭機械蒸汽再壓縮熱泵技術、空氣能熱泵技術、噴氣增焓技術三種節能技術.充分利用低品位能在一定程度上具有節能的效果,由此,基于有機朗肯循環及卡琳娜循環兩種動力循環,介紹瞭低品位能兩種利用技術:低品位能藉助正循環(有機朗肯循環或卡琳娜循環)熱功轉換實現髮電及低品位能藉助正循環熱功轉換實現製冷.
능원시당금사회발전적삼대지주지일,시경제발전화사회진보적중요기출.근년래,유우인류대능원적수구월래월대,능원공응성위사회경제발전적병경.재능원소모불단반승종이대래제다사회화배경문제적현실배경하,절능감배이성위당금인류적공식.본문의차개소료궤계증기재압축열빙기술、공기능열빙기술、분기증함기술삼충절능기술.충분이용저품위능재일정정도상구유절능적효과,유차,기우유궤랑긍순배급잡림나순배량충동력순배,개소료저품위능량충이용기술:저품위능차조정순배(유궤랑긍순배혹잡림나순배)열공전환실현발전급저품위능차조정순배열공전환실현제랭.
Energy is one of the pillars of the social development, and it is an important factor in the economic development and social progress of human society. In recent years, for the energy demand is more and more huge, the energy supply has become a bottleneck problem. In the real background of social and environmental problems induced by increasing energy consumption, saving energy has become a consensus. This paper introduces three kinds of energy-saving technologies, which are Mechanical Vapor Recompression Heat Pump, Air-source Heat Pump, and Enhanced Vapor Injection technology respectively.Making full use of low grade energy can save energy to a certain extent. Therefore, two technologies of low grade energy utilization were introduced based on Organic Rankine cycle and Kalina cycle: one is that low grade energy is changed into mechanical work to generate power by using the positive cycle (Organic Rankine cycle or Kalina cycle), and the other is that low grade energy is changed into mechanical work to realize refrigeration by using the positive cycle.