冷热电三联供复合系统
冷热电三联供+太阳能光热+水源热泵复合系统
利用天然气高效发电，吸收式机组或余热锅炉对发电机组的余热（包括高温烟气、高温缸套水等）回收利用实现制冷、制热、生活热水 梯级利用的目的。系统可结合项目所在地太阳能优势，采用高聚光太阳能集热器吸热，使其换热介质温度达到100℃-150℃，以此为热源与天然气发电机组余热混合使用，驱动溴化锂机组进行制冷。同时可采用可再生能源（如江水、湖泊、污水）满足水源热泵换热需求后，对发电机组、溴化锂机组进行冷却，可减少排放并提高系统COP值。
CCHP+ SOLAR HEAT+ WATER SOURCE HEAT PUMP INTEGRATION SYSTEM
Use the natural gas for high efficiently generates the electricity, and use the waste heat of absorption unit or generator for recycle purpose. System could combine the condition of local solar resources, to absorb the heat and make its heat transfer medium temperature of 100 ℃ to 150 ℃, as a combine usage of heat source and gas generator set waste heat, driven lithium bromide units for refrigeration. At the same time we could use renewable energy (like river, lake and waste water) to coo generators, lithium bromide units, which could reduce emissions and improve the system COP value.
