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苏联已经开始设计利用地下4,000～5,000米深处地热的发电站,并有四个研究所的专家在从事用地热代替煤、石油和瓦斯的发电站的设计工作。设计这种发电站,理论上并不困难。只要在地热达200℃以上的两个地点进行钻探,将水从一边送入地下,再从另一边将此水以蒸汽形式回收到地上,就可用它来推动发电机。但是,这种发电站实际上是很复杂的。因为地热的分布是分散而零乱的。有些地方的地热存在于地表附
The Soviet Union has started to design power plants that utilize geothermal heat 4,000 to 5,000 meters underground and experts from four research institutes work on power plants that use geothermal energy to replace coal, oil and gas. Designing such a power station is theoretically not difficult. It can be used to propel the generator as long as it is drilled in two locations above 200 ° C on the geothermal side, sending water to the ground from one side and then recovering it on the other side by steam. However, this power plant is actually very complex. Because the distribution of geothermal energy is scattered and messy. In some places, the geothermal energy exists on the surface