电力电子:能源效率和可再生能源的关键技术

P. Steimer
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引用次数: 12

摘要

电力电子将在包括交通在内的多种应用中发挥关键作用,向更多的可再生电力能源和更高的能源效率转变。在电力生产方面,可再生能源将成为未来电力能源的主要来源。世界各地的政治机构有责任创造边界条件,以加速这种必要的变革。可再生能源(风能、太阳能等)是重要的未来贡献者,太阳能(光电或热能)需要认真对待。在能源效率方面,我们需要关注高效的批量发电,包括强制使用余热用于区域供热或加工工业。这一切都将要求配电和输电系统的大规模扩展和现代化,增加MVDC和HVDC系统。在工业过程中,效率的提高可以主要集中在泵和风扇的应用上。另外30%的效率低下的泵和风扇应用需要转换为变速驱动器,在这些应用中平均节省40%的能源。在运输方面,基于直流链路的电力系统可以减少30-50%的燃料/能源消耗,从而实现高效的混合动力和长期的纯电力运输解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power Electronics, a Key Technology for Energy Efficiency and Renewables
Power Electronics will play a key role in this paradigm shift to more renewable electrical energy and higher energy efficiency in multiple applications including transportation. In electrical energy generation a major shift to renewables as sources of future electrical energy will happen. The political institutions world-wide have the responsibility to create the boundary conditions to accelerate this needed change. Renewables (Wind, Solar, ..) are important future contributors and solar power (photovoltaic or thermal) needs to be taken serious. In regards of energy efficiency we need to focus on efficient bulk power generation including the mandatory use of waste heat for district heating or process industries. This all will ask for a substantial expansion and modernization of the electrical distribution and transmission system with more MVDC and HVDC systems. In industrial processes efficiency improvements can be achieved with a major focus on pump and fan applications. Another 30% of inefficient pump and fan applications need to be converted to variable speed drives to get an average of 40% energy saving in these applications. In regards of transportation up to 30-50% fuel/energy consumption reduction can be achieved with the DC-link based power system to enable efficient hybrid and in the longer term pure electrical solutions in transportation.
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