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jra78
- 短期负荷预测通常是指24小时的日负荷预测和168小时的周负荷预测，本文主要预测的是日平均负荷，对于短期负荷预测-short-term load forecasts usually refers to the 24-hour daily load forecasting and 168 hours a week load forecasting, In this paper, the forecast is the average load, short-term load forecasting
sss
- 附件为一条线路的典型数据,包括了线路接线,配电变压器的容量\\安装位置 线路一年的逐月电量和日负荷曲线表,有些表的空的数据你要填上 变压器上所带负荷按线路的总负荷对容量分配, 假定线路没有安装补偿设备.
loaddispatch
- 可计算每日参与节能调度的机组或发电单元的日发电计划值 计算条件：非参与负荷分配的机组计划确定、参与负荷分配的机组组合方案确定 需要自己给定参数txt文件格式-Calculate the daily schedule of the units involved in energy or power generation unit on plan value conditions: non-participating plan to determine the load distribution u
a
- BP网络对负荷值进行预报。在预测日的前一天，每隔两个小时对电力负荷进行一次测量，一天共得到12组测量数据。并将前一天的负荷数据作为网络的样本数据。-System for forecasting of electric load.The day before the forecast day, every two hours of electricity load time measurements a day, a total of 12 groups of measurement data.
f
- 基于.net的电力工程的日负荷计算，应用环境VS和SQL SERVER-Based on daily load calculation of net electric power engineering, application environment VS and SQL SERVER
Power-load-cycle-using-GUI
- 电力系统日负荷曲线分析GUI程序。考虑不同类别的用户，以及最大负载值、平均负载在指定的期间内的统计分析。-GUIof power system daily load curve analysis algorithm. Consider the different categories of users, and the maximum load value, the average load over a specified period of the statistical analysis.
shenjingwangluoshixianrifuheyuce
- 用神经网络实现日负荷预测，内附代码程序，详细的介绍了如何实现。-Neural network is used to implement daily load forecast, enclose code, detailed introduces how to implement.
pqcnpy
- 短期负荷预测通常是指24小时的日负荷预测和168小时的周负荷预测-Short-term load forecasting is usually refers to the daily load forecasting and 24 hours, 168 hours of week of load forecasting
vorecaktinwrefersload
- 短期负荷预测通常是指24小时的日负荷预测和168小时的周负荷预测(Short-term load forecasting is usually refers to the daily load forecasting and 24 hours, 168 hours of week of load forecasting)
suc
- 为了满足负荷增长需求，电力系统需在给定负荷预测结果的基础上，合理规划安排发电机组的建设，同时结合目标系统的典型日负荷曲线，对规划方案的应用效果进行校验。(Low-carbon power planning)
load
- 提供了一天的负荷数据，并可以画出该天负荷曲线(It provides a day's load data and can draw the load curve for the day.)
xuefengtiangu
- 典型日负荷曲线实现削峰填谷功能，实现负荷高峰削减，低谷负荷支撑作用(A typical daily load curve to realize the function of peak filling and valley filling)
fuheyuce
- 基于BP神经网络的电力系统日负荷预测，模型采用24个输入，24个输出，训练次数为10000，训练目标为0.5，学习速率设置为0.1。(Load forecasting based on BP neural network, the model uses 24 inputs, 24 outputs, the number of training is 10000, the training target is 0.5, the learning rate is set to 0.1.)
研究电动汽车无序充电对电网的影响
- 根据电动汽车无序充电进行蒙特卡洛仿真得到日负荷曲线(Monte Carlo simulation based on disorderly charging of electric vehicle to get daily load curve)
蒙特卡洛法电动汽车充电模型
- 使用蒙特卡洛法对无序充电模型进行负荷计算，得到日充电负荷变化曲线