搜索资源列表
FaultSection
- 分布式发电条件下配电网故障区段定位新算法-New Fault Section Location Algorithm for Distribution Network with DG
three
- 大功率分布式发电系统通常采用三相逆变器并网,由于三相逆变器系统参数耦合,传统方法设计的控制器算法复杂。在d。q坐标系下为双模式三相并网逆变器的独市和并网模式建立了数学模型.采用新的解耦方法,依据独立和并网模式控制系统超调量越小,模式切换过程中被控量的波动越小。切换过程就越平滑的原则。完成了两种模式的控制器设计,即分别应用积分环节、比例环节即可将独立模式和并网模式整定成典型的二阶系统,控制器设计简单.能取得优良的动、静态特性。仿真与实验验证了设计方法的正确性和可行性。-It is necessar
mopos-DG
- 多目标粒子群算法优化分布式发电选址 实现了最优目标-Mutil-Objective particle swarm optimization
lmn4op.ZIP
- 一种含分布式发电系统的三相配电网潮流直接算法A containing distributed generation system three phase power flow algorithms directly-A containing distributed generation system three phase power flow algorithms directly
6jiedianpv
- 含分布式发电的配电网潮流算法设计,在6节点系统加入分布式电源 -The power flow algorithm design of distribution network with distributed power
optimal_PVandSVC
- 含分布式发电的配电网有功-无功综合优化,分布式电源包含风机光伏和无功补偿装置-Active/reactive power integrated optimization in distribution networks with distributed generation
optimal_WTand-SVC
- 含分布式发电的配电网无功优化论文源程序,里面含有风机和光伏的预测模型程序。-Active/reactive power integrated optimization in distribution networks with distributed generation
PQ
- 应用于并网的分布式发电或微网系统 PQ控制要求电站的有功和无功是可控的(The distributed power generation or microgrid system PQ control applied to the grid requires that the active and reactive power of the plant is controllable)
fengjiguangfujianmo
- 风机光伏的simulink建模,能够很好的仿真风机与光伏的特性,可以扩展为任意微网或者配网中的分布式发电模块(Fan PV simulink modeling, simulation can be a good fan and photovoltaic properties, can be extended to any micro-network or distribution network of distributed generation module)
智能微电网调度算法
- 采用智能微电网调度算法,对微电网内分布式发电资源进行优化配置(The intelligent micro grid scheduling algorithm is used to optimize the allocation of distributed generation resources in the micro grid)
基于遗传算法的无功优化
- 应用遗传算法对IEEE33节点算例进行无功优化,在节点18处接入了1个分布式发电和1个补偿电容。