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firefly_simple
- 利用萤火虫算法对微网中各分布式电源进行优化调度，适合电力规划人员在规划中的应用-Firefly algorithm utilizing various micro network of distributed power optimized scheduling application for the power planners in planning
PowerSystem
- 水电火电协调调度时，利用水电启动便利，方应迅速的特点，对负荷削峰，余留负荷给火电-Thermal power and hydropower scheduling, the use of hydropower to start a convenience, the party shall promptly to the characteristics of the load peak clipping, the remaining load to the thermal power
30
- IEEE30bus的測試數據,可用於電力潮流調度中-IEEE30bus test data, can be used for power flow scheduling
jienengfadianjizu
- 实现节能发电调度的机组排序，针对火电机组，可用于煤耗和排放的综合考虑~-Achieve energy-efficient scheduling of power generation units to sort，model can be used in coal consumption and emissions considered.
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
check
- matlab file related to LOAD scheduling in power systems
01-For-MATLAB-R2015a
- fuzzy gain scheduling for power quality improvement
细菌优化算法
- 细菌觅食算法 可以用来解决电力系统无功优化，调度等寻优问题，可以来参考下(Bacterial foraging algorithm can be used to solve the power system reactive power optimization, scheduling and other optimization problems, you can refer to)
ieeeOLTC
- 考虑了传统变压器的优化潮流，基于此利用遗传算法对IEEE14节点系统进行优化调度。(The optimal power flow of the traditional transformer is considered. Based on this, the genetic algorithm is used to optimize the scheduling of the IEEE14 node system.)
EconomicDispactch
- 考虑电力系统中可控机组和不可控机组以及负荷的不同种类，对电力系统进行调度，实现经济最优的调度方案(Considering the different types of controllable units and uncontrollable units and loads in power system, power system scheduling is carried out to achieve the optimal economic scheduling)
排课系统
- 排课系统就是计算与排课软件结合而成系统。鉴于排课算法复杂，计算量庞大，要求相关计算机有较高的运算能力，排课系统较为困难(Course scheduling system is the combination of calculation and scheduling software. In view of the complexity of the course scheduling algorithm and the huge amount of calculation, it requir
IEEE14BusSystem_Excel
- Introduced a simple three-machine system state estimation model, contains basic data and achieve matlab simulation, source document contains [repair] Maintenance scheduling for power system planning (including data) each unit monthly arrangements o
Optimal dispatching of microgrid_Cplex
- Matlab+YALMIP+CPLEX解决带储能的微电网优化调度问题，以微电网运行成本最小为目标函数，约束条件包含蓄电池SOC约束、交换功率约束、功率平衡等约束，本程序已在Matlab 2015b平台，yalmip version：20171121 CPLEX version：12.8教育版 验证成功(Matlab+YALMIP+CPLEX solves the optimization scheduling problem of microgrid with storage energy, t
linear programming charging allocation
- 基于线性规划的电动汽车充电调度功率分配研究(Power allocation for electric vehicle charging scheduling based on linear programming)
家庭能量管理负荷优化调度
- 家庭能量管理负荷优化调度。计及光伏出力、储能对可平移负荷进行调度以实现节能效果。有注释。(Home energy management. Load optimization scheduling. PV power generation and energy storage are considered to schedule the translational load to achieve energy saving. The program has a lot of comments.)
C11调度光伏、风机和无功补偿装置
- C11调度光伏、风机、无 功优化补偿装置协调的调度(C11 dispatching photovoltaic, fan and reactive power optimization compensation device coordinated scheduling)
gps
- 本项目设计一个类似自行车码表的产品，除了LCD显示骑行速度、骑行里程外、日期时间外，增加了GPS卫星状态、电池电量、电子指南针（当前方向）、转向及警示尾灯。 软件基于FreeRTOS嵌入式操作系统。各功能模块对应相应的任务。任务间通过队列交互信息，通过二值信号量阻塞相关任务，完成任务调度。在空闲任务中进入低功耗模式。(This project designs a bicycle code meter-like product, which adds GPS satellite status, b
ALO+Pf
- 利用狮蚁群算法实现火电机组功能调度，参数处理使用stochastic ranking(Performance scheduling of thermal power generating units is based on the lion ant colony algorithm. Parametric processing is stochastic)
电力系统机组组合分段线性优化
- 电力系统短期运行模拟程序，机组组合程序，以日为调度周期，ieee14节点标准系统为算例。(Power system short-term operation simulation program, unit combination program, daily scheduling cycle, IEEE 14 node standard system as an example.)