机译:考虑电力损耗减少和实际运行灵活性的WF管理系统无功修正分配策略研究
Korea Univ, Sch Elect Engn, Seoul 136713, South Korea;
Korea Univ, Sch Elect Engn, Seoul 136713, South Korea;
Korea Univ, Sch Elect Engn, Seoul 136713, South Korea;
Tongmyong Univ, Dept Elect Engn, Busan 48520, South Korea;
Hanbat Natl Univ, Dept Elect Engn, Daejeon 305719, South Korea;
reactive power; wind turbines; wind power plants; losses; power engineering computing; software tools; power generation economics; modified reactive power allocation strategy; system components; WF structure; modified loss prediction model; electrical loss estimation; WF management system; electrical loss reduction; advanced wind farm operation strategies; operational improvements; economic improvements; stabilised conditions; maximum power extraction condition; verification studies; resistive components; wind turbine; active reference assignment; loss reduction; electromagnetic transients; DC software tools;
机译:考虑到实际操作中的电力损失和灵活性的WF管理系统改良无功功率分配策略研究
机译:基于新策略的改进Salp群体算法以优化无功计划:以阿尔及利亚电气系统(114总线)为例
机译:使用改进的PSO的径向分配系统的分布式发电的最优分配和大小调整,以减少功率损耗
机译:电力系统无功补偿运行模式的理论与实践研究
机译:柔性制造系统技术(FMS,战略,控制理论,运营管理,决策支持)的最佳收购战略规划
机译:使用柔性板校正Pectus carinatum的抗组型操作与改进的防核操作的结果的比较:回顾性研究
机译:发电机网络和本地电气系统:通过使用低带宽控制环路和受控的无功功率匹配,避免了用于同步发电的无源市电(孤岛)继电器的非检测区域