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DGxuanzhidingrong
- 分布式电源的一些研究论文，主要为分布式电源的选址定容-Some research papers distributed power, mainly for siting distributed power constant volume
DG_PSO
- 利用PSO算法求解分布式电源的选址定容问题，并考虑了分布式电源的随机性-Randomness of the PSO algorithm DG locating and sizing issues and considered the DG
选址定容
- 用于加入分布式电源的电力系统选址定容，方便实用。(It is convenient and practical for locating and sizing power system with distributed generation.)
分布式电源选址定容的多目标优化算法_夏澍
- 多目标粒子群算法优化分布式发电选址 实现了最优目标，包含了分布式电源的出力模型(Related papers on location and sizing of distributed generation)
选址定容
- 经典遗传算法，简单易懂。适合初学者使用，是分布式电源的选址定容的算法(Classical genetic algorithm is simple and easy to understand. It is suitable for beginners to use. It is an algorithm for locating and sizing distributed power.)
GA
- 遗传算法，简单易懂。适合初学者使用，是分布式电源的选址定容的算法，做了相应的改进(Classical genetic algorithm is simple and easy to understand. It is suitable for beginners to use. It is an algorithm for locating and sizing distributed power.)
GAOT
- 基于改进的遗传算法，简单易懂。适合初学者使用，是分布式电源的选址定容的算法(Classical genetic algorithm is simple and easy to understand. It is suitable for beginners to use. It is an algorithm for locating and sizing distributed power.)
免疫优化算法
- 是分布式电源的选址定容的免疫优化算法算法，是最基本的遗传算法，基本实现了选址定容的功能(It is an inheritance algorithm for location and capacity of distributed power supply and the most basic genetic algorithm. It basically realizes the function of location and capacity determination.)
reconfiguration
- 是分布式电源的选址定容的改进的遗产算法算法，是最基本的遗传算法，基本实现了选址定容的功能(It is an inheritance algorithm for location and capacity of distributed power supply and the most basic genetic algorithm. It basically realizes the function of location and capacity determination.)
NSGA-II
- 电网优化，能够用于分布式电源的选址定容，也可以用于电网的网架优化计算等等(Power network optimization)
33节点DG最优分布
- 通过粒子群算法实现在33节点中的分布式电源的选址定容(Location and capacity determination of distributed generation in 33 nodes by particle swarm optimization)
布谷鸟DG规划
- 通过布谷鸟群算法对设定的多个目标进行优化，并最终获得分布式电源的最优选址定容(Through the CUCKOO swarm algorithm to optimize the set of multiple objectives, and finally obtain the optimal location of distributed generation capacity)