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Power Plants Based on Renewables and Electrochemical Energy Storage and Generation Systems for Decentralized Autonomous Power Supply

机译:基于可再生能源和电化学储能与发电系统的分散式自主电源电厂

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摘要

A series of power plants based on the renewables (sun and wind) and electrochemical energy storage and generation systems that provide independent power supply of remote customers with power from hundreds of watts to a few kilowatts have been considered. A distinctive feature of the developed model series of power plants is their Arctic design, which allows operation in an air temperature as low as –50°C, an ultrahigh level of snow cover, and under conditions of polar night, windstorms, and other severe weather factors, which are typical for the northern regions of Russia, Norway, Finland, Denmark, Ireland, the United States, and Canada. Another important advantage of the developed power plants in comparison with existing analogs that they dispense with air-polluting diesel generators used as auxiliary power supplies and their replacement with electrochemical generators based on direct methanol fuel cells. The power plants are equipped with software and hardware complexes that allow for remote monitoring and control over operation.
机译:已经考虑了一系列基于可再生能源(太阳和风)以及电化学能存储和发电系统的发电厂,这些发电厂为远程客户提供独立的电源,功率从数百瓦到几千瓦。已开发的模型系列发电厂的一个显着特点是其北极设计,可在低至–50°C的气温,超高积雪水平以及极夜,暴风雨和其他恶劣环境下运行天气因素,这是俄罗斯,挪威,芬兰,丹麦,爱尔兰,美国和加拿大北部的典型地区。与现有的类似物相比,已开发的发电厂的另一个重要优点是它们省去了用作辅助电源的空气污染柴油发电机,并取代了基于直接甲醇燃料电池的电化学发电机。发电厂配备了软硬件组合,可以对操作进行远程监视和控制。

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