IEA Says Geothermal Power Production Could Increase by Factor of 15 by 2050

Rick Mitchell

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IEA Says Geothermal Power Production Could Increase by Factor of 15 by 2050

机译：IEA表示，到2050年，地热发电产量可能增加15倍

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Worldwide geothermal power production could increase by a factor of 15 by 2050 to reach more than 1,000 terawatt-hours per year, according to a paper released July 29 by the International Energy Agency.rnThe four-page paper, Renewable Energy Essentials: Geothermal, gives basic facts and prospects for geothermal energy-which is generated by the Earth's core-and discusses its uses for generating electricity and other applications, including heating of buildings and industrial processes.

机译：根据国际能源署7月29日发布的一篇论文，到2050年，全球地热发电量可能会增加15倍，达到每年超过1000兆瓦时.rn四页论文《可再生能源基础知识：地热》给出了地球核心产生的地热能的基本事实和前景，并讨论了地热能在发电和其他应用中的用途，包括建筑物和工业过程的加热。

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《Environment reporter》 |2010年第32期|P.1761|共1页
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1. Geothermal Production of Heat, Electricity Could Grow Tenfold by 2050, IEA Says [J] . Rick Mitchell International environment reporter . 2011,第13期

机译：IEA表示，到2050年，地热的热力发电量将增长十倍
2. Intermediate pressure reboiling in geothermal flash plant for increased power production and more effective non-condensable gas abatement [J] . Vaclav Novotny, Monika Vitvarova, Jan Spale, Energy Reports . 2020,第1期

机译：地热闪光灯中的中间压力再燃料增加功率生产和更有效的不可凝聚气体减排
3. HYUNDAI TO INCREASE HYDROGEN POWERED CAR PRODUCTION 15 FOLD [J] . The clean fuels and electric vehicles report . 2017,第3期

机译：现代提高氢动力汽车产量15倍
4. HYBRID SOLAR-GEOTHERMAL POWER GENERATION TO INCREASE THE ENERGY PRODUCTION FROM A BINARY GEOTHERMAL PLANT [C] . Giovanni Manente, Ronald DiPippo, Marco Paci, ASME international mechanical engineering congress and exposition;IMECE2011 . 2012

机译：混合太阳能地热发电，以提高二元地热工厂的发电量
5. Working fluid selection for an increased efficiency hybridized geothermal-solar thermal power plant in Newcastle, Utah. [D] . Carnell, John Walter. 2012

机译：在犹他州纽卡斯尔，为提高效率的混合式地热太阳能热电厂选择工作流体。
6. Life-cycle inventory data and impacts on electricity production at the United Downs Deep Geothermal Power project in the UK [O] . Andrea Paulillo, Lucy Cotton, Ryan Law, 2020

机译：英国联合唐斯深层地热发电项目的生命周期清单数据及其对电力生产的影响
7. Growth differentiation factor 15 production is necessary for normal erythroid differentiation and is increased in refractory anaemia with ring-sideroblasts [O] . Ramirez, Jean-Marie, Schaad, Olivier, Durual, Stéphane, 2009

机译：生长分化因子15的产生对于正常的红系分化是必需的，并且在难治性贫血中通过环铁粒母细胞增加
8. Solar photoproduction of hydrogen. IEA technical report of the IEA Agreement of the Production and Utilization of Hydrogen. [R] . 1996

机译：太阳光生产氢。国际能源署IEa“氢气生产和利用协定”的技术报告。

IEA Says Geothermal Power Production Could Increase by Factor of 15 by 2050

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