一所房子是由地热能源供暖和制冷的。
我们是世界上最大的地热能源生产国。
地热能源产生几乎8美国的电力毛重。
Geothermal Energy Produces almost 8 GW of Electricity in U. s.
冰岛已经着手建设一座利用丰富地热能源的氢气站。
Iceland has already begun constructing a hydrogen grid using plentiful geothermal energy.
该工厂使用地热能源，自然采光和自然通风。
The factory USES geothermic energy, natural lighting and natural ventilation.
还有雪佛龙等公司向地质研究注入大笔资金扩展地热能源生意。
Likewise, companies like Chevron are capitalizing on geological expertise to build large geothermal businesses.
地热能源仅提供了世界电力的0.5%和美国电力需求的0.4%。
Geothermal energy provides just 0.5% of the world's electricity and 0.4% of the needs in the U.S..
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 "Silver State" scores well in alternative energy production, with the second-highest production of solar photovoltaic and geothermal energy.
非再生资源指在使用后不能再生的资源，包括矿产资源和地热能源。
Non - renewable resources refer to the resources that can - not reproduce after using, including mineral resources and geotherm al resource.
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。
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.
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。
Furthermore, with respecting to the cost of explorations and exploitation, geothermal energy has more future development potential.
天然喷泉、温泉和地热蒸气等地热能源为冰岛百分之八十的家庭实现了供暖。
Geysers, hot springs, and steam vents provide geothermal energy that heats80 percent of Icelandic homes.
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。
The compact building exceeds the current energy saving standards by the use of geothermal energy, rain water harvesting and natural ventilation.
(据地热能源协会，全世界地热发电量大约10,000兆瓦，可以满足6千万人的需求)。
(Worldwide, geothermal produces about 10, 000 megawatts of capacity that can meet the needs of about 60 million people, according to the geothermal Energy Association).
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。
Engineers would, in a sense, be making their own geysers, and this opens up far more of the globe for geothermal energy development.
这意味着每年要多八亿兆瓦时的电力供应，目前地热能源供应量仅为一千五百万兆瓦时。
That could mean 800 million megawatt-hours of more power every year, up from just 15 million megawatt-hours today.
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。
With its cool climate, abundant geothermal energy and secure remoteness, Iceland appears to be a prime location for data archives.
太平洋标准时间早上9：30：在本文发表后又收到了全球地热能源生产的图表，本贴已予以更新。
AM PST: This post was updated to include the chart about geothermal power production around the world, which was received after the publication of the story.
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。
It has a compelling pitch. With its cool climate, abundant geothermal energy and secure remoteness, Iceland appears to be a prime location for data archives.
现在，地热能源主要在有非常活跃的火山表面的国家被利用，比如冰岛，这个国家四分之一的电力来自地热源。
Right now geothermal energy is mostly used in countries with unusually active volcanic surfaces, like Iceland, where more than a quarter of the country's electricity comes from geothermal sources.
当地开发地热能的先锋——间歇泉电站（TheGeysers）高调宣传地热能源的潜力，这些来自地球深处的热量携带的能量远远超过化石燃料。
The pioneering plants in the area known as The Geysers highlighted the promise of geothermal energy, internal heat from the Earth with vastly greater energy potential than that of fossil fuels.
当地开发地热能的先锋——间歇泉电站（TheGeysers）高调宣传地热能源的潜力，这些来自地球深处的热量携带的能量远远超过化石燃料。
The pioneering plants in the area known as The Geysers highlighted the promise of geothermal energy, internal heat from the Earth with vastly greater energy potential than that of fossil fuels.
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