摘要
随着电力系统中光伏发电的比例增加,光伏发电的间歇性、波动性与随机性、光伏发电系统并网势必对电力系统的稳定性产生影响。目前,解决这些问题的办法主要是采取建立较准确的光伏发电模型。因此在建立光伏发电模型的基础上提出太空建立反射镜集群,阳光传输到地面光伏电站发电,从而实现24小时不间断发电。通过分析方案的特点及可行性,提出反射镜集群运行所需的技术。由于能源来源于太空,整个发电系统的创新一切将围绕于新的能源搬运方式,这将给整个世界运行方式带来重大改变。
With the increase of the proportion of photo-voltaic power generation in power system, intermittent, fluctuation and randomness of photo-voltaic power generation, the grid connection of power system is bound to affect the stability of power system. At present, the main solution to these problems is to build Independent photo-voltaic power generation model accurately. So we establish space mirror cluster, sunlight transmission to the ground photo-voltaic power station, in order to achieve 24 hours of uninterrupted power. Through the analysis of the characteristics and feasibility of scheme, proposed reflector cluster operation technology. As the energy source in space,the whole power system innovation will be all the new mode of transport and energy, this will bring great change to the way the world works.
出处
《内燃机与配件》
2017年第16期134-136,共3页
Internal Combustion Engine & Parts
关键词
光伏发电
反射镜集群
发电模式
模拟电站
photo-voltaic power generation
mirror cluster
power generation mode
simulated power station
