Balancing fluctuating power sources

P. Maegaard
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引用次数: 9

Abstract

It is necessary to combine and integrate technologies since no single renewable energy source is sufficient to be able to stand alone. Non-grid applications will be applied as well. Because of fluctuation of wind and solar power, integration of new energy including non-grid solutions were important to offer a steady consumption of power. Proper storage and comprehensive utilization of power were needed to make full use of power. Several types of storage of power was introduced and a certain example for Combined Heat and Power (CHP) was given in this paper. In Demark, combined heating/cooling and power system was used to make improvement of energy efficiency, in which hot water was used as medium. By district heating and CHP, the rate of energy effeciency was increased about 50%, compared with conventional power plants. Fossil fuel was replaced with biomass storage to solve the enviornmental problems. Average use of CHP was just 9%, so CHP could be developed greatly in the future.
平衡波动电源
有必要结合和整合技术,因为没有任何一种可再生能源足以单独使用。非网格应用程序也将被应用。由于风能和太阳能的波动,包括非电网解决方案在内的新能源整合对于提供稳定的电力消耗非常重要。要实现电力的充分利用,必须对电力进行合理的储存和综合利用。介绍了几种蓄电方式,并以热电联产为例进行了介绍。丹麦采用热水为介质的冷热电联产系统来提高能源效率。通过区域供热和热电联产,与传统电厂相比,能源效率提高了约50%。以生物质能储存取代化石燃料,解决环境问题。热电联产的平均利用率仅为9%,因此热电联产在未来有很大的发展空间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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