Monte Carlo methods; air pollution control; distribution networks; power distribution reliability; power generation reliability; wind power plants; wind turbines; MATLAB software; Monte Carlo method; Shibe Ab; Zabul Lutek anemometer station; Zabul city; air pollution reduction; carbon dioxide reduction; power distribution network reliability; reliability evaluation; reliability evaluation indices; renewable sources; wind power model; wind power penetration; wind power uncertainty; wind speed information; wind turbine penetration effect; Capacity planning; Indexes; Load modeling; Reliability theory; Springs; Distribution Networks; Model Evaluation of Wind Power Reliability; Monte Carlo method; Reliability Evaluation; Uncertainty of Wind Power;
机译:利用等效可靠度网络和时序仿真方法评估具有风电穿透力的重组电力系统的运行可靠性
机译:有可靠性网络等效和时间顺序仿真方法的风力渗透的重构电力系统的操作可靠性评估
机译:风电渗透率高的电力系统的短期和中期可靠性评估
机译:考虑风的不确定性的风电渗透下配电网的可靠性评估
机译:风能与电力系统的互连,控制和操作,可实现高风力发电。
机译:将风速模式纳入风电项目评估的非线性动力学方法
机译:利用等效可靠度网络和时序仿真方法评估具有风电穿透力的重组电力系统的运行可靠性
机译:风力发电在丹麦发电系统中的整合。 EC风电渗透研究,第2阶段。