搜索资源列表
Microgrid
- 微网系统 分布式电源 pscad环境中运行，显示电网各种参数-microgrid、Distributed power 、pscad
epri7
- 介绍了微电网的优化方法,通过仿真验证了优化方法的有效性，以及正确性，为微电网的经济优化运行提供了方法-Describes the optimization of micro grid.Simulation results show the effectiveness of the optimization methods and correctness for the optimal operation of the economy provides a method for microgrid
MICROGRID-IN-GRID-MODE
- 微电网经济调度，含有储能调度，独立运行模式模式下含有多目标-Micro-economic dispatch, dispatch containing storage containing multiple targets standalone mode mode
DCdroopbasic
- 基本的直流微电网下垂控制，可以实现在孤岛运行模式下的电压-功率控制-DC Droop control
DCcontantvoltage
- 直流微电网恒压控制，可以在孤岛运行模式维持直流母线电压恒定-DC Contant Voltage Control
DCdroop_dianyabuchang
- 带有电压恢复补偿功能的直流微电网下垂控制，适用于孤岛运行-droop control based on voltage compensation
Microgrid-inverter-control
- 微电网逆变器控制，下垂控制和单相孤岛控制，可实现逆变器孤岛和并网运行。-Micro-grid inverter control, droop control, and single-phase islanding control, can achieve inverter islanding and grid operation.
weiwangchaoliu
- 微电网中的概率潮流的计算方法与案例孤岛运行的微电网潮流计算方法研究基于风光联合概率分布的微电网概率潮流预测-Microgrid trend probability calculation method and Case
AC_microgrid_fault
- 利用Matlab建立主电网发生故障时的交流微电网模型。交流微网运行在480V，从120 kV电网交流输入降压11kV然后走到480V。故障发生在t 10秒。-Using Matlab to establish the AC micro grid model of the fault of the main power grid. AC microgrid runs in 480V, 120 kV AC input to buck 11 kV and then go to 480V. Failu
gridside
- 本模型采用矢量控制与SVPWM相结合的方法，应用在低压微电网中。直流源电压为600V，逆变器输出电压为380V，可实现稳定功率输出。模型对网侧控制策略中每一模块尽量做出了说明，方便初学者更快理解三相逆变器控制策略的实现方法，运行效果非常好。(This model adopts the method of combining vector control with SVPWM, which is applied in low voltage microgrid. The DC source vol
PQ
- pq控制微电网，基于MATLAB仿真，可实现并网运行 (Pq control micro-grid, based on MATLAB simulation, can be achieved grid operation)
DC_MicroGrid-master
- 直流微电网运行控制策略，matlab仿真程序，可运行(DC microgrid operation control strategy, matlab simulation program, operational)