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机译:离网孤岛PV / WT混合能源系统的热经济安装限制
Korea Univ, Green Sch, Seoul, South Korea;
Korea Elect Power Corp, Naju Si, Jollanam Do, South Korea;
Korea Elect Power Corp, Naju Si, Jollanam Do, South Korea;
Green Energy Inst, Mokpo Si, Jollanam Do, South Korea;
Green Energy Inst, Mokpo Si, Jollanam Do, South Korea;
Seoul Natl Univ, Sch Mech & Aerosp Engn, Seoul, South Korea;
Seoul Natl Univ, Sch Mech & Aerosp Engn, Seoul, South Korea;
Blue Econ Strategy Inst Co Ltd, Focus Buld 23-10 Hyoryeong Ro,60 Gil, Seoul 06721, South Korea;
Blue Econ Strategy Inst Co Ltd, Focus Buld 23-10 Hyoryeong Ro,60 Gil, Seoul 06721, South Korea;
Blue Econ Strategy Inst Co Ltd, Focus Buld 23-10 Hyoryeong Ro,60 Gil, Seoul 06721, South Korea;
Autonomy level; battery size; hybrid energy system; off-grid islands; thermoeconomic installation limit;
机译:考虑不同燃料价格的离网PV / WT / FC /柴油混合动力系统的建模和优化设计
机译:考虑不同燃料价格的离网PV / WT / FC /柴油混合系统的建模和优化设计
机译:“带有PV和燃料电池混合动力系统的WT-DFIG与储氢混合能源系统关联的性能分析”勘误[Int J Hydrogen Energy 41(2016)21006-21021]
机译:塞比拉岛用于离网系统的混合光伏柴油的设计,实施和技术经济分析
机译:离网群岛可再生能源系统的可行性研究 - 以Cuttyhunk Island为例
机译:电网/充电站混合动力系统中基于间接自适应软计算的WT / PV / SOFC小波嵌入控制范式
机译:孟加拉国外离网区太阳能光伏/沼气/柴油发电机混合能量系统的前景