geothermal power
地热能
2026-05-06 08:48 浏览次数 21
地热能
iceland is not overendowed with natural resources. it has fish in its seas, and hydro and geothermal power in its rivers and volcanoes (though only a small market for the resulting electricity).
冰岛没有丰富的自然资源,有的只是海水带来的鱼类资源、河流带来的水能以及火山带来的地热(这只占电力市场的一小部分)。
unlike drilling to reach oil and natural gas fields, drilling for geothermal power doesn’t produce immediate dividends.
不同于鉆井取石油和天然气,利用地热并不能产生即刻的红利。
the project will focus on wind, solar, hydro, geothermal power and industrial energy efficiency.
该项目的重点是风力、太阳能、水力、地热能发电和提高工业能源效率。
the drilling was being conducted for an existing geothermal power plant built to harvest heat from the world「s most
这次鉆探是为一个现在的地热能工厂而实施的。 这个地热能工厂是为了从世界最活跃的火山带奇劳威亚火山吸取热能而建造的。
thanks to geothermal power iceland gets its electricity and hot water dirt cheap.
由于这些地热动力,冰岛的电和热水特别便宜。
the smelters would need energy from a handful of new geothermal power plants and the building of dams that would damage pristine wilderness, hot springs and lava fields.
冶炼厂所需要的能源来自少数新的地热发电站,而建设水坝将破坏原始的荒野,温泉和熔巖原。
the first commercial geothermal power plant in the u.s. was built at the geysers in 1960; it produced 11 megawatts of power.
美国第一座商业目的的地热田是1960年在geysers兴建的,它可以生产11兆瓦的电力。 现在这一地区单个地热站的平均发电量是50兆瓦。
an ormat geothermal power plant in nevada.
ormat在内华达州的地热发电厂
geothermal power stations tap aquifers heated by contact with hot rocks in volcanic regions—or, in hot but dry spots, they pump water past such rocks to heat it up.
地热发电厂利用火山地区——或者地温高且干燥的地点——的干热巖体传导热能给含水层畜热,然后将水注入含水层利用热巖体对其加热并使之汽化。
australian companies have even begun drilling wells for new, entirely man-made geothermal power plants.
澳大利亚的公司甚至都在开凿新的鉆井,全部都是人造地热发电站。
most engineers looking for underground sources of steam to generate geothermal power have similar tastes.
大多数工程师在寻找地下蒸汽作为地热发电厂的动力时,对于地热资源的挑剔程度不亚于这个小女孩。
so researchers are developing replacement technologies to reach superheated water for geothermal power or stretch down to previously inaccessible fossil fuel.
所以研究人员一直在发展替换工艺以获得地热能的过热水或前所未有的化石燃料。
the geysers, located in the mayacamas mountains north of san francisco, california, is the united states」 first geothermal power plant and turned 50 years old this year.
间歇泉电站,位于加利福尼亚洲旧金山北部的马亚卡马斯山脉,是美国第一家地热电站,到今年已有50年历史了。
you see, the earth「s heat never stops—meaning a geothermal power plant can produce electricity as regularly as a nuclear power plant can.
大家知道吗,地球从不停止发热——这意味着一家地热发电厂能像一家核电站那样规律地发电。
unlike most renewables, geothermal power has the advantage of operating 24 hours a day.
与其他大多数可再生能源不同,地热能具有可以一天24小时不间断运转的优势;
a geothermal power plant in the basement will provide low-cost energy for heating water as well as keeping the building warm in the winter.
地下室的地热电站能提供低成本的热水,并且能在冬季为建筑供暖。
a ctf project in turkey will focus on wind, solar, hydro, geothermal power and industrial energy efficiency
土耳其的一个清洁技术基金项目将把重点放在风力发电、太阳能发现、水电、地热发电和提高工业能源的效率上;
most geothermal power plants in the future will be binary plants.
将来大多数地热电站都会采用双循环的方式发电。
supply would be rounded out with 1 tw of wind farms, 0.2 tw of geothermal power plants and 0.25 tw of biomass-based production for fuels.
再加上1太瓦的风力发电田、0.2太瓦的地热发电厂及0.25太瓦生物能量。
teach the world all we know about geothermal power plants. support the icelandic seed companies.
教给这个世界关于地热的一切吧!
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.
太平洋标準时间早上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。
on september 25, 1960, the first turbine at the world」s largest geothermal power plant started spinning.
1960年9月25日,世界上最大的地热能发电厂的第一个涡轮机开始运转了。
geothermal power has a lot of advantages: no co2 emissions, renewable if used correctly and constantly available.
地热能有诸多优点:不产生二氧化碳,如果正确使用且持续可用的话地热能是可再生的。
additionally, the bill requires large utilities to increase their use of renewable energies such as hydro, wind, solar and geothermal power generation.
另外,这项法案还要求大型公用事业增加对可循环能源的使用,比如水力、风力、太阳能和地热。