摘要
混合热源与热泵联动空调技术以天然、廉价和低品位的资源为主,以高品位资源为尖峰负荷的系统能源配置设计新方法,实现以单投入多功能的新型能源利用方式替代多投入单功能传统的能源利用方式,使建筑物的空调系统具有经济、节能与环保等特点。该项技术能较好地应用于能源获取难度大、单一冷热源不能满足要求的工程。在天津"975"工程供暖及制冷系统中的应用结果表明:混合热源与热泵联动空调技术成功地解决了系统的冷热源、热(冷)负荷需求大等难题,具有明显的环境与经济效益。
In large city, it is difficult to meet the heating and refrigerating loads demands with the single energy resource because of the large population density and the shortage of clean energy resources, such as geothermal energy. However,by using the technology of air conditioning by using linkage-running approach with some associated heating resources,some local low-grade energy resources can be utilized to realize the goal of multifunctional system with single investment. This new technology has been applied in the construction of Tianjin '975' Project. Besides its satisfactionn of heating and refrigerating loads demands to the project, at the same time, the great environmental and economic returns have been obtained, which will be conducive to solve the engineering problems effectively and economically.
出处
《吉林大学学报（地球科学版）》
EI
CAS
CSCD
北大核心
2004年第2期247-250,共4页
Journal of Jilin University：Earth Science Edition
基金
国家自然科学创新集体基金项目(50221402)
关键词
混合热源
空调
供热
生活热水
associated heating resources
air-conditioning system
heating space
hot water
