机译:随机极端事件下可恢复的微电网的电池和备用发电机选型
The University of Tennessee, USA;
The University of Tennessee, USA;
The University of Tennessee, USA;
The University of Tennessee, USA;
The University of Tennessee, USA;
The University of Tennessee, USA;
The University of Tennessee, USA;
Electric Power Board of Chattanooga, USA;
Electric Power Board of Chattanooga, USA;
battery storage plants; distributed power generation; integer programming; linear programming; photovoltaic power systems; power distribution faults; power generation reliability; power grids; probability; stochastic processes;
机译:极端事件期间电力电子,储能,配电架构和生命线依赖性对微电网弹性的影响
机译:随机优化分布式能源的规模,从而获得经济高效且具有弹性的微电网
机译:太阳能 - 生物量电池混合系统的最佳技术经济尺寸,用于微电网柴油发电机的脱离依赖性
机译:极端天气事件下微电网的最佳容量和布局,以增强配电网络的弹性
机译:定期和冲动随机需求模式下的舰队和备用坦克的选型。
机译:考虑电池寿命退化的隔离微电网的最佳尺寸和能量调度
机译:电池和备用发生器在随机极端事件下弹性微电网尺寸