电力需求侧管理
電力需求側管理
전력수구측관리
POWER DEMAND SIDE MANAGEMENT
2014年
5期
20-23,27
,共5页
张苇苇%陈丽萍%马宏权%张志鹏
張葦葦%陳麗萍%馬宏權%張誌鵬
장위위%진려평%마굉권%장지붕
区域型冷热电三联供%节能率%上海世博后续开发
區域型冷熱電三聯供%節能率%上海世博後續開髮
구역형랭열전삼련공%절능솔%상해세박후속개발
DCHP system%energy saving ratio%Shanghai post-expo development
以节能率为评价区域型冷热电三联供系统的节能性指标，分析了节能率影响因素，并以上海世博后续开发中区域型冷热电三联供系统为应用案例进行分析。系统应保证较高的发电效率及余热利用效率，且冬季应尽可能采用热泵技术，以充分发挥系统节能性。
以節能率為評價區域型冷熱電三聯供繫統的節能性指標，分析瞭節能率影響因素，併以上海世博後續開髮中區域型冷熱電三聯供繫統為應用案例進行分析。繫統應保證較高的髮電效率及餘熱利用效率，且鼕季應儘可能採用熱泵技術，以充分髮揮繫統節能性。
이절능솔위평개구역형랭열전삼련공계통적절능성지표，분석료절능솔영향인소，병이상해세박후속개발중구역형랭열전삼련공계통위응용안례진행분석。계통응보증교고적발전효솔급여열이용효솔，차동계응진가능채용열빙기술，이충분발휘계통절능성。
Energy saving ratio was employed as an energy saving index to evaluate District Cooling Heating and Power (DCHP)system and the impact factors were analyzed. Also the im-plementation of DCHP system into Shanghai post-expo was evaluat-ed as an example. In order to ensure energy saving ratio of DCHP system,high efficiency of power generation and waste heat recov-ery should be guaranteed,and heat pump technology should be ad-opted as far as possible in winter.
