地热源

地热源热泵地下埋管换热器传热模型的综述

Development of Modeling of the Underground Heat Exchanger for GSHP

地热源热泵冬夏暖冷联供试验研究

Experimental Research of Ground-Source Heat Pump for Heating and Cooling Through Supplies In Winter and Summer

氦是铀、碳氢化合物和地热源的潜在指示元素，其分布普遍，化学性质稳定，来源广泛，易于迁移。

He is the potential indicator element of Uranium , hydrocarbons and geothermal source , it has the characteristics of the universal distribution , the stable chemical nature , the extensive origin and easy migration .

最后，利用实验结果作者对重庆地区的一幢别墅进行了水平埋管地热源热泵系统的设计，并对施工时的一些注意事项进行了介绍。

At last , the paper uses the results of experiment to design a suit of horizontal GSHP systems for a set of ChongQing villa , and describes the attention things in the construction of the systems .

随着既有建筑节能改造和外围护结构节能标准的推广实行，建筑物能耗会逐渐降低，而相应地，热源与热网的能耗所占的比例将会增加。

With the promotion of the existing building energy saving and the energy efficiency standards of the envelope structures , building energy consumption will gradually reduce , and accordingly the proportion of the energy consumption of the heat source and heat network will increase .

利用ANSYS软件对多热源炉温度场数值计算的模拟结果，系统地分析了热源数目、炉芯间距与产率之间的关系。

The temperature field of multi-heat-source furnace was simulated with the software ANSYS .

热泵技术在地温地热源中的应用研究

Application Research of low temperature geothermal heat pump air conditioning system

在以地热水为热源且供热面积较大、热用户较分散的供暖工程中，小型户式水源热泵机组具有优越性。

The small household-type water source heat pump unit has advantages in heating projects using geothermal water as heat source , having larger heat-supply area and relatively decentralized heat consuming installations .

温泉的形成必须具备地底有热源存在、岩层中具裂隙让温泉涌出、地层中有储存热水的空间三个条件。

The formation of hot springs must have a heat source to the end of the existence of rocks with cracks for hot springs gush , strata have storage space for hot water three conditions .

太阳能吸收式制冷因为可有效地利用低品位热源和可再生能源，成为了近年来吸收式制冷技术研究的重点。

Solar absorption refrigeration has become the researching emphases of absorption refrigeration because which can use the low-grade heat source or the renewable energy .

然后提出了能效分析的概念，指出能效评价是一种相对准确的评价方法，能够更为直观地体现供热系统热源的供热量与热用户热负荷的匹配情况。

Then put forward the concept of energy efficiency analysis , and point out that energy efficiency is a relatively accurate evaluation method which can more intuitive reflect the heat matching between heat source and heat users . 2 .

通过对排气的控制可以更好地发挥烘燥机的工作效能，合理地利用热源和节省燃料。

By controlling the humidity in exhaust air , the efficiency of dryer can be highly increased .

实验较好地反映了表面温度场的整个变化过程，通过对温度场的观测能定性地大致判断出热源的位置。

The experiment reflect the change of whole surface temperature field preferably . From the images the position of heat reservoir can be roughly found .