论文部分内容阅读
回顾了世博园区能源规划的过程,从最早的天然气联合循环热电联产方案,到后来的分布式能源方案,直到现在的基于江水源热泵的综合方案,都是基于系统能源效率最大化的原则。对江水源热泵的方案,分别从负荷分布、黄浦江水温预测、能耗分析、区域供冷的最佳供冷半径、大型江水源热泵对黄浦江生态环境的影响,以及江水源热泵的运行模式等方面进行研究。并对方案的节能减排效益作了测算。
Reviewing the energy planning process of the Expo Site, from the earliest natural gas combined cycle cogeneration program to the later distributed energy program, until now the integrated solution based on river water source heat pump is based on the principle of maximizing system energy efficiency. On the water source heat pump program, respectively, from the load distribution, the Huangpu River water temperature prediction, energy consumption analysis, the optimal cooling radius of the district, the large river source heat pump on the ecological environment of the Huangpu River, and river water source heat pump mode of operation And other aspects of research. And the program of energy-saving emission reduction benefits have been calculated.