...:风力发电机组; 雷击率; 外部雷电; 内部雷电; 过电压保护; 保护水平; 地电阻 [gap=762]Keywords: wind power generators; Lightning rate; External lightning; Internal lightning; Over-voltage protectio..
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With the increasing capacity of wind power generators, the current impact on grid connection could not be ignored, thus the grid connection techniques should be investigated in depth.
随着风电机组单机容量的不断增大,发电机并网时的电流冲击已不能忽视,必须对并网控制技术进行深入研究。
Large-scale wind power generators connecting to power grid increases the risk of day-ahead scheduling, meanwhile, the risk control could bring a small increase of coal consumption of the system.
风电机的大规模并网增加了日前调度的风险,同时对这种风险进行控制会使系统的煤耗有少量的提高。
Using regulatory mandates has also been a popular way, at the state level, to nudge electricity generators towards getting more of their power from alternative energy sources such as wind and solar.
借助法规要求同样也是通行的做法,在各州,通过诸如风能和太阳能之类的可再生能源,推动发电机来获得更多的能量。
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