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modified-droop-control
- 下垂控制的技术材料，对原下垂控制进行了相关改进，实现多逆变器并网无环流-Droop control of technical material, the original drop was related to improved control, multi-grid inverter-free circulation
Microgrid-control-strategy
- 微源并网逆变器下垂控制策略的改进研究2，用于微电网孤岛运行的逆变电源控制方法1，微网孤岛模式下负荷分配的改进控制策略1-Improvement of micro-source grid-connected inverter droop control strategy 2, power inverter control method for running a micro-grid island, under the micro-grid island mode control strategy
bingwang
- 下垂控制，两个微电源，孤岛运行和并网运行-droop control，two DG
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.
droop_control_12March_B
- 改良后的下垂控制，效果还行，仅供参考.用于并网逆变器控制。-Droop control improved, and the results were OK, for reference purposes only. Used in grid inverter control.
danxiang
- 单相并网逆变器仿真，采用下垂控制算法，还能分析谐波含量-Single-phase grid-connected inverter simulation, using the droop control algorithm can analyze the harmonic content
PV_Battery_Vf_Model
- 对蓄电池采用低压配电网 P/V 和 Q/f 下垂控制策略 ， 实现从并网运行到孤岛模式的切 换 。 考虑实际风速和光照强度的变化 ， 对风能与光伏混合微电网在并网和孤岛 2 种模式中的运行特性进行 仿真分析 ， 验证控制方式的可行性-The realization of the operation the grid to the island change . Considering the
period_average_inverter20190123
- 本模型是基于matlab Simulink搭建的PQ控制和下垂控制模型，可以用于微电网的并网和孤岛运行PID参数已经调好，效果理想，可以供参考。(This model is based on the model of PQ control and droop control built by MATLAB Simulink. It can be used in the parallel operation of microgrid and islanding operation. The PID