Eighteen countries now generate electricity using geothermal heat.
现在有18个国家使用地热发电。
Geothermal heat pumps can also differ in the way they are designed.
地热热泵还可以在他们不同的设计方式。
The water is kept liquid by natural geothermal heat coming from the Earth's interior.
地球内部的天然地热使湖水保持液态。
GEOTHERMAL heating-using the warmth of the Earth's interior to heat water-is an old idea.
利用地球内部的热量加热冷水被称为地热加热，这不算什么新思想。
The model includes 0.5 TW of geothermal heat pumps for direct building heating and cooling.
该模型包括0.5太瓦的地热泵直接构筑采暖和制冷。
There are many new power plants and geothermal heat pump systems under construction right now.
目前，很多新发电厂和地热泵系统正处在建设中，地热发电前景看好。
The Model GHT-1C Geothermal Heat Flow Transducer measures directly, local heat fluxes in the earth.
进口工业网的GHT-1C型号低热量传感器测试土壤中直接的、局部的热通量。
It USES residual heat systems in combination with a geothermal heat pump and combined heat and power.
它使用余热系统与地热热泵相结合，热电联产。
There is a great deal of controversy and confusion with regards to what exactly geothermal heat pumps do.
有一个很大的争议和混乱的问候，究竟地热热泵。
A geothermal heat pump works like a regular heat pump, only it pulls heat out of the ground instead of the air.
地热泵的工作方式与普通的热力泵相同，区别只是地热泵是从地下吸热而不是从空中。
This artificial water body will be used to heat the museum via a geothermal heat pump, transferring heat from the ground.
这个人工水体将通过地热热泵用于加热博物馆，从地面传递热量。
Doe also doing demonstration projects on energy efficient buildings wind power solar power and geothermal heat pump technology.
美国能源部还做的示范项目有：节能建筑，风能，太阳能，地热收水技术。
So it is feasible for artificial intelligent methods to solve the identification problem of geothermal heat pump system (GHPS).
这说明单纯采用人工智能方法对地热热泵系统进行辨识是可行的。
The design method of the vertical coiled pipe geothermal heat exchanger and the selecting method of the circulators was presented.
介绍了地热换热器的形式，提出了竖直埋管地热换热器的设计方法及地下环路循环泵的选择方法。
Geothermal heat keeps parts of the island ice-free, and it is believed that its volcano was last active within the last 1,000 years.
地热环境使得这座小岛一部分地段常年不结冰，据说岛上的火山是最近1000年来唯一的活火山。
Next, consider renewable energy sources like solar electric systems, compact wind turbines and geothermal heat pumps to help power your home.
接下来，可以考虑一下可再生能源，比如太阳能电力系统，小巧的风能系统以及地热装置来给住宅供能。
Thermal properties of deep ground are important data for designing geothermal heat exchangers in ground source heat pump (GSHP) systems.
地下岩土的热物性参数是地源热泵地热换热器的设计中所需要的很重要的参数。
And the carbon footprint of the hybrid-driving country dweller with her triple-paned Windows, backyard composter and geothermal heat pump?
而混合碳足迹，她驾驶三窗格的窗口，后院堆肥和地热热泵乡下人？
Analyses and discussions were conducted of a non steady heat transfer model for the vertical embedded pipe of a geothermal heat exchanger.
对地热换热器竖直埋管的非稳态传热模型进行了分析讨论。
Solar energy gain may not be efficient for heating or cooling however they can provide enough energy for geothermal heat pumps to function.
太阳能增益可能不能有效地供热制冷却可以为地热热泵提供足够的能量。
The dynamic system model is coupled with geothermal heat exchanger model and heat pump unit model, which is based on the conservation of mass and energy.
采用确定性模型法建立了热泵机组的模型，然后通过能量和质量守衡方程序建立了系统动态耦合模型。
The new development will include a central park that utilizes a geothermal heat-exchange system to help passively heat and cool all of the district's buildings.
在这个新开发区，将建造一个带有地热转换系统的中心公园，以解决各建筑间的冷热调节问题。
In this paper, in order to reduce loss of exergy, some results of theory analyze is obtained base on varying temperature heat source of geothermal heat pump system.
本文针对地热热泵系统的变温热源，从减小可用能损失的角度进行了详尽的理论分析。
The Geothermal Heat pump: the pump USES a small amount of electricity to pump a mixture of water and antifreeze through two loops of pipe in the ground Paul wootton.
地热泵的工作方式与普通的热力泵相同，区别只是地热泵是从地下吸热而不是从空中。在冬季，地热泵会将水与乙二醇(防冻剂)的混合物泵入深入地热井的管道中进行循环。
The principle of determining thermal conductive factor of original formation through microdifference temperature is conservation of energy(equal density of geothermal heat flow).
利用微差井温确定原始地层的导热系数，基于能量守衡（地热流密度相等）这一原理。
Geothermal Heat Exchanger is a key component in Ground-Coupled Heat Pump systems, but a length calculation method of convenient, correct and suitable for applications does not exist.
地埋管换热器是地埋管地源热泵系统的核心组件，但至今其长度计算尚无一种便捷、正确又易于应用的方法。
The types of geothermal heat exchanger was described. The design method of the vertical coiled pipe geothermal heat exchanger and the selecting method of the circulators was presented.
介绍了地热换热器的形式，提出了竖直埋管地热换热器的设计方法及地下环路循环泵的选择方法。
Ditkof said, "Very shallow magma chambers mean there is a very shallow geothermal heat source that could be tapped, " for example to generate steam to power turbines in electrical plants, she said.
迪特科夫说，极浅的岩浆库意味着有极浅的地热资源可供开发，它们可产生蒸汽来驱动发电厂的涡轮。 “如果能够加以利用，地热潜能会让人惊讶不已。”
Ditkof said, "Very shallow magma chambers mean there is a very shallow geothermal heat source that could be tapped, " for example to generate steam to power turbines in electrical plants, she said.
迪特科夫说，极浅的岩浆库意味着有极浅的地热资源可供开发，它们可产生蒸汽来驱动发电厂的涡轮。 “如果能够加以利用，地热潜能会让人惊讶不已。”
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