Heating is expected to be composed of 35 percent solar and 55 percent from heat pump with the rest coming directly from the district heating network.
房间的热量理论上由35%的太阳能，55%的热能泵，剩下的直接来自于区域热能的运作系统。
Based on the analysis to the characteristic of the district heating system, this paper expatiate the influence of the performance of circulating-pump to heating system.
本文对集中供热系统热网特性进行了分析，在此基础上，阐述了循环泵的特性及其对供热系统的影响。
The energy concept consists of a new type of solution using district heating to operate a heat pump, thus producing less CO2 by using district heating instead of electricity.
这次的能源理念包涵一种新型的运用区域热量来操作热能泵的手法，用区域热量代替电能可以减少二氧化碳的排放量。
Environmental impact analysis for district heating by geothermy associated with high temperature water source heat pump;
地热温室是采用地热为热源供热的一种温室 ，通过调查研究设计了一套地热温室的采暖系统。
Environmental impact analysis for district heating by geothermy associated with high temperature water source heat pump;
地热温室是采用地热为热源供热的一种温室 ，通过调查研究设计了一套地热温室的采暖系统。
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