One house is heated and cooled with geothermal energy.
一所房子是由地热能源供暖和制冷的。
Reykjavik, the capital of Iceland, is entirely heated by geothermal energy derived from volcanic heat.
冰岛的首都雷克雅未克完全是用火山热产生的地热能来供热的。
Geothermal energy probably will not make large-scale contributions to the world energy budget until well into the twenty-first century, if ever.
如果可能的话，进入了21世纪之后，地热能才会对世界的能量预算做出大规模的贡献。
Geothermal energy is generated in over 20 countries.
地热能被二十多个国家作为发电能源。
We are the world's largest producer of geothermal energy.
我们是世界上最大的地热能源生产国。
Geothermal Energy Produces almost 8 GW of Electricity in U. s.
地热能源产生几乎8美国的电力毛重。
But you don't need volcanic eruptions to make use of geothermal energy.
但是，为了利用地热能，你并不需要火山喷发。
Iceland has already begun constructing a hydrogen grid using plentiful geothermal energy.
冰岛已经着手建设一座利用丰富地热能源的氢气站。
We don't hear much about geothermal energy, but it's already being used around the world.
我们不常听说地热能，但它已在全球广泛使用。
But so can geothermal energy production and other parts of the oil and gas production process.
但地热能和其他石油和天然气能源才得以开采。
Geothermal energy has been used for thousands of years in some countries for cooking and heating.
地热能在一些国家作为烹饪与供暖的热源被使用已有数千年之久。
The find was made 1.5 miles (2.5 kilometers) underground during exploratory drilling for geothermal energy.
这次发现是在一次地热能钻探时，钻到地底1.5英里(2.5千米)的一次偶然事件。
A heat pump with hot water system provides supplementary heating in the winter with geothermal energy.
热泵热水系统与地热系统，提供补充了冬季供暖。
But further out still are options like geothermal energy and biofuels, which might someday replace oil.
但是更远一点看，我们依然有地热、生物燃料等可以选择，它们有朝一日可能会取代石油。
For now, geothermal energy depends on hot water and steam deposits lying within two miles or so of the Earth's surface.
眼下开发地热能必须依靠地表下两英里内的热水或者蒸汽床。
But the big play in geothermal energy has always been to simply use the hot rocks down there and create your own reservoir.
但要将地热资源大加利用，通常就是简单地利用下面的热岩建立自己的贮藏库。
With its cool climate, abundant geothermal energy and secure remoteness, Iceland appears to be a prime location for data archives.
它的理由基于冰岛的优势：气候凉爽、地热能源丰富并偏远安全，是数据储存的理想地点。
Engineers would, in a sense, be making their own geysers, and this opens up far more of the globe for geothermal energy development.
工程师在某种意义上正在这样制造自己的喷泉，这使得我们能在世界更多的地区进行地热能源开发。
Furthermore, with respecting to the cost of explorations and exploitation, geothermal energy has more future development potential.
从其开发利用成本来看，地热能源相对于其他可再生能源更有发展潜力。
Far more promising is geothermal energy, since Alaska lies on the "ring of fire", a string of volcanoes that encircles the Pacific Ocean.
阿拉斯加的地热资源具有较大的发展前景，因为该州位于环太平洋的火山带上。
It has even portrayed geothermal energy in this volcanic land as a threat, since it might pollute the country's beloved onsen, or hot springs.
甚至有人提出，利用火山地热能源也是威胁，因为这可能破坏日本人钟爱的温泉。
The "Silver State" scores well in alternative energy production, with the second-highest production of solar photovoltaic and geothermal energy.
银州在新能源产量上得分很高，在太阳能光电系统和地热能源上产量第二。
The compact building exceeds the current energy saving standards by the use of geothermal energy, rain water harvesting and natural ventilation.
建筑节能设施超过当前的节能标准，并且采用了地热能源、雨水收集和自然通风系统。
A high isolation, efficient and well-thought construction and the use of geothermal energy as the primary energy, allow the maximum energy rating.
建筑是高隔热、高效和完善的，使用地热能作为主要能源，这些使能耗比最大化。
With a project example, expounds the application of deep geothermal energy in the central air conditioning system, and gives an economic analysis.
结合工程实例，介绍了深层地热能在集中空调系统中的应用，并进行了经济性分析。
LAST December California approved a power line between San Diego and the Imperial valley-a spot blessed with sun, wind and geothermal energy resources.
去年12月份，加州批准修建帝王谷到圣地亚哥的一条输电线——帝王谷同时享有太阳能，风能和地热能资源。
Vertical farms in Iceland, Italy, New Zealand, southern California and some parts of East Africa would take advantage of abundant geothermal energy.
位于冰岛、意大利、新西兰、南加州以及东非一些地方的立体农场采用了当地丰富的地热资源。
Deep geothermal energy refers to the higher-temperature heat or hot dry rock resources contained in the several-thousand-meter deeper earth stratum.
而深层地热是指地球深层数千米、温度更高的深层地热能或干热岩资源。
Deep geothermal energy refers to the higher-temperature heat or hot dry rock resources contained in the several-thousand-meter deeper earth stratum.
而深层地热是指地球深层数千米、温度更高的深层地热能或干热岩资源。
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