使用光伏电池和闭式循环蒸汽涡轮发电机的混合系统的设计标准和实践经验

C. Leleu, J. Gropper
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摘要

1980年进行了改善科摩罗伊斯兰联邦共和国岛屿内和岛屿间电信网络的研究。对各种可能的能源进行经济比较,包括太阳能和风能,并选择光伏发电机作为远程站的主要电源。系统规模的方法基于利用每日模拟程序,从许多气象站获得的日照数据开始。在混合发电机上进行的模拟试验提供的信息后来在运行过程中被现场结果证明是正确的。结论是,使用燃料发电机,如CCVT(闭式循环蒸汽涡轮发电机),其功率适应于电池的部分充电,已被证明是海拔以上站点日照不足条件下的最佳解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design criteria and practical experience with hybrid systems using photovoltaic cells and closed cycle vapor turbogenerators
Studies for amelioration of the telecommunication network in and between the islands of the Federal Islamic Republic of Comoros were performed in 1980. The economic comparison of various possible sources of energy included solar and wind, and the photovoltaic generator was chosen as the primary power source for remote stations. The approach for system sizing was based on utilizing a daily simulation procedure, starting from insolation data obtained from many meteorological stations. Simulation tests performed on a hybrid generator provided information which was later proved correct by field results during operation. It is concluded that the use of a fuel-operated generator, such as the CCVT (closed-cycle vapor turbogenerator) with power adapted to partial recharge of batteries, has proved an optimum solution in conditions of insufficient insolation of sites located above sea level.<>
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