搜索资源列表
rates
- 基于CPLEX半连续变量求解发电机组单时段经济调度问题，给定负荷需求，求每台发电机输出P=0或Pmin<=P<=Pmax,使发电成本最小。-Semi-continuous variable based on CPLEX to solve a single period of economic generator scheduling problem, given the load demand, seeking each generator output P = 0 or Pmin
targ
- 求系统单位给定阶跃响应的性能指标（超调量，峰值时间，调整时间 .....），其中， y，t表示系统节约相应的函数值与其对应时间,函数返回的是阶跃响应的第一(正向)波峰值b1、 阶跃响应的第二(正向)波峰值b2,阶跃响应的超调量sigma,阶跃响应的衰减比n,阶跃响应的衰减率pusi 阶跃响应的衰减震荡周期T,阶跃响应的振荡频率f.-Demand system units for a given step response performance (overshoot, peak ti
mindxiu
- 自己写的基于神经网络的电力负荷预测，文件里面包含了数据，程序完整，可直接运行-load demand forcast
EVcharge
- 考虑电动汽车的出行需求以及电网的波动特性，建立了电动汽车参与削峰填谷的控制策略-Travel demand and the volatility characteristics of the grid to consider electric vehicles, electric vehicles involved in the establishment of a load shifting control strategy
ypea112-firefly-algorithm
- it is a firefly algorithm to find the FC is the total fuel cost and EC is the total emission. The transmission losses Pl can be found either from load flow or using Bmn coefficients. The multi- objective optimization problem is converted as single
saeld
- FC is the total fuel cost and EC is the total emission. The transmission losses Pl can be found either from load flow or using Bmn coefficients. The multi- objective optimization problem is converted as single objective optimization problem by Th
Economic-Dispatch--Newton-Method
- This program finds economic distribution of power by the units to meet the given load. Newton Method is adapted in the program. Lambda value is assumed first and improved after each iteration. The updated value of lambda is -> New Lambda Old L
[计及需求响应的配电网短期负荷精细化预测]
- 计及需求响应的配电网短期负荷精细化预测(Fine forecasting of short term load of distribution network considering demand response)
1-s2.0-S0196890416303776-main.pdf
- Standalone PV system must be designed optimally to cover the desired load demand at a defined level of availability. Meanwhile, optimum standalone PV system sizing process is mainly depending on meteorological data such as solar radiation and ambi
PEOCO
- One of the challenge in islanding operation is to maintain frequency stability when generation is less than demand. This paper presents a new Under-Frequency Load shedding scheme for an islanded distribution network. The scheme is based on an ada
PSO_GD
- 假设微电网中有风、光、微型燃气轮机、蓄电池，且已知各时段负荷需求；考虑各机组运行成本、燃料成本、与污染物处理成本。该程序可解决在孤岛运行模式下，各机组出力如何分配才能达到经济最优的问题。(It is assumed that there are wind, light and micro gas turbines and batteries in the microgrid, and the load demand is known at each time period. The operat
PSO_BW
- 假设微电网中有风、光、微型燃气轮机、蓄电池，且已知各时段负荷需求；微电网可并网运行，当微网内部发电量较大时，可向电网卖电，而当内部发电不足时，可从大电网购电，价格参考实时电价。考虑各机组运行成本、燃料成本、污染物处理成本、以及买卖电支出或收益。该程序可解决在并网运行模式下，各机组出力如何分配才能达到经济最优的问题。(Suppose there are wind, light, micro gas turbines and batteries in the microgrid, and the l
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 micro grid meet the load demand of
2019_ASOC_ORPD
- Optimal reactive power dispatch with uncertainties in load demand and renewable energy sources adopting scenario-based approach