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微电网下垂控制
- 微电网下垂控制,以及对比了PQ控制分别对微电网控制的影响的matlab仿真实验(Microgrid droop control and MATLAB simulation experiment on the influence of PQ control on Microgrid control are compared)
储能策略的微网可靠性程序
- 基于3种储能策略对微电网的可靠性指标计算评估(Reliability evaluation of microgrid based on energy storage strategy)
博弈论微电网规划程序
- 利用博弈论堆微电网规划,求出风光储能容量(Based on game theory, microgrid capacity planning is realized)
微电网蓄电池模型
- matlab编程,对微电网下储能电池模型建模(Modeling of energy storage battery model under microgrid based on MATLAB programming)
智能电网调度控制系统数据总线技术
- 将风能、光能、柴油能的负荷功率进行转移,提高微电网供电系统的持续性与安全可靠性。(The load power of wind energy, light energy and diesel oil can be transferred to improve the sustainability and safety reliability of microgrid power supply system.)
孤岛型微电网中改进下垂控制策略_李红萍
- 关于孤岛型微电网,改进下垂控制策略的学习资料,是一篇文档(It is a document on the learning data of the isolated island microgrid and the improvement of the droop control strategy)
微电网潮流
- 对微电网进行潮流计算,四用于直流和交流系统(power flow calculation)
直流微网模型
- 微电网 的仿真模型,包含了光伏,蓄电池等模块,能很好地仿真出各个模块的特性(The simulation model of the microgrid contains modules such as photovoltaics and batteries, which can simulate the characteristics of each module well.)
含微电网的配电网自适应保护研究
- 介绍了微电网的定义、结构、控制方法和特点。由于世界各国发展 微电网的侧重点不同,所以对微电网的定义和其结构特点也不尽相同,本文基于 美国电力可靠性技术解决方案协会(CERTS)提出的微电网结构进行了研究。微 电网有并网运行和孤网运行两种运行方式,并且每种运行方式的控制方法不同: 并网运行主要采用PQ控制策略,而孤网运行主要采用V/f控制策略。微电网的微 型电源主要有光伏发电、风力发电等,储能装置主要有蓄电池、超级电容器和飞
智能微电网粒子群优化算法
- 智能微电网粒子群算法进行优化调度,减少成本(Optimal Dispatching of Microgrid)
微电网三目标优化调度
- 三目标微电网优化调度,减少成本,提升效益(Optimal Dispatching of Microgrid)
微电网模型
- 微电网模型包含太阳能光伏电池、风机、燃料电池和储能蓄电池。(The microgrid model includes solar photovoltaic cells, fans, fuel cells and energy storage batteries.)
直流微电网研究
- 基于直流微电网中的光伏发电并网系统研究。。。。(Grid-connected photovoltaic power generation)
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)
三目标微网调度
- 对微电网的经济性进行优化调度,有需要的 可以借鉴参考(It can be used for reference if necessary to optimize the economic dispatch of microgrid)
智能微电网中利用粒子群算法实现微电网多目标优化
- 针对智能微电网优化配置问题,分别对微电网中风机、光伏和储能电池进行容量设计,并采用粒子群算法对系统进行优化配置。(Aiming at the optimization configuration of the smart microgrid, the capacity design of the wind turbine, photovoltaic and energy storage batteries in the microgri
微电网优化
- 微电网能量平衡的基本任务是指在一定的控制策略下,使微电网中的各分布式电源及储能装置的输出功率满足微电网的负荷需求,保证微电网的安全稳定,实现微电网的经济优化运行。(The basic task of micro grid energy balance is to make the output power of each distributed power source and energy storage device in micr
遗传算法微电网优化调度(python)
- 利用python语言,通过遗传算法对微电网进行优化调度(Genetic algorithm is used to optimize the dispatching of microgrid)
微网优化设计
- 微电网调度优化设计问题Optimal design of microgrid dispatching(Optimal design of microgrid dispatching)
智能微电网粒子群优化算法
- 含电动汽车的微电网的优化运行,用粒子群算法进行多目标优化(Multi-objective optimization is carried out by using particle swarm optimization algorithm (PSO) to optimize the operation of microgrid with electric vehicles)