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SVC_TCR_N_TSC
- MATLAB SVC(static var compensator)仿真程序，实现电网系统中电能质量治理。为TCR+TSC结构，参数可调，可用在变电站、风电及光伏等系统级仿真中。-a power convertion system realized in MATLAB SIMULINK. the power quality compensation system is carried out with SVC，engaged in TCR and TSC combination.
HP
- 混合仿真，simulink带有光伏和风电的仿真。对研究光伏和风电的，比较有帮助。-Hybrid simulation, simulink simulation with photovoltaic and wind power. The study of photovoltaic and wind power, more help.
WT_PV_Load_Scenario
- 针对电力系统中风电和光伏出力以及负荷不确定性问题，该程序通过拉丁超立方抽样和样本削减将其转化为场景分析问题。-For stroke power and photovoltaic power system output and load uncertainty, the program by Latin Hypercube Sampling and sample reduction to convert it into a scene analysis of the problem.
pso_dispatch
- 日前调度计划，对负荷、风电、光伏、燃气轮机、蓄电池的日前出力计划进行调度，实验粒子群算法，获得运行成本最优调度计划-Recently scheduling, load, wind power, photovoltaic, gas turbines, battery output plan before scheduling, particle swarm optimization experiments to obtain optimal scheduling operating costs
pso-riqian-dispatch
- 日前调度计划优化，根据负荷、风电、光伏、燃气轮机、蓄电池出力计划，安排日前调度出力，以成本最优为目标函数进行调度-Recently scheduling optimization, depending on the load, wind power, photovoltaic, gas turbines, battery output plan arranged before scheduling output, optimal scheduling cost as the objective
PWS
- 考虑风电以及光伏的电力系统化仿真模型。使用matlab进行建模仿真。Power system simulation model considering wind power and photovoltaic system. Modeling and simulation using matlab.-Power system simulation model considering wind power and photovoltaic system. Modeling and simulatio
采用遗传算法和人工神经网络对短期负荷做出预测
- 用于负荷预测和风电与光伏预测，算法精度高，易于实现。(For load forecasting and wind power and photovoltaic forecasting, the algorithm is accurate and easy to implement.)
BP2
- 该程序为bp自回归预测，主要针对光伏/风电/水文等自回归(BP autoregressive prediction)
最大功率跟踪MPPT
- 绘制风电/光伏最大功率点追踪MPPT曲线；不同风速下风机出力曲线；可类比光伏(Maximum Power Point Tracking(MPPT);PV;wind)