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Application research of flywheel battery in the wind and solar complementary power generation

机译:飞轮电池在风光互补发电中的应用研究

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As the wind fluctuations, wind and solar power generation is unstable, and in the current, most of wind and solar power generations use battery energy storage technology. However, due to the chemical reaction speed limit, the battery can not be quickly charged, also can not be quickly discharged, even if the fast charge and discharge will also affect battery life, and cause environmental pollution. In this paper, study application technology of the flywheel battery energy storage in wind and solar power generation, focusing on the principle of flywheel battery, and establish mathematical model of the flywheel energy storage control technology. To analyze the advantages and disadvantages of flywheel energy storage, obtained flywheel energy storage economic and social benefits by data analysis.
机译:随着风的波动,风能和太阳能发电不稳定,目前,大多数风能和太阳能发电都使用电池储能技术。但是,由于化学反应速度的限制,电池不能快速充电,也不能快速放电,即使快速充电和放电也会影响电池寿命,并造成环境污染。本文研究飞轮电池储能在风力和太阳能发电中的应用技术,重点研究飞轮电池的原理,建立飞轮储能控制技术的数学模型。通过对飞轮储能的优缺点进行分析,通过数据分析获得了飞轮储能的经济效益和社会效益。

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