1.
Case Analyses of Tianjin's Daily Maximum Electrical Load Process in Summer
天津市夏季最大电力负荷过程个例分析
2.
Strengthen DSM to implement maximum power load demand control
加强电力需求侧管理 实施最大需量负荷控制
3.
Strengthen DSM to implement maximum power load demand control;
加强电力需求侧管理 实施最大需量负荷控制
4.
Base load [electricity]: The minimum load over a given period of time.
基底负荷 [电力]:在一定时期内的最小负荷。
5.
Generation Dispatch Optimization for Maximizing Loading Margin Part Two Model Determination
基于负荷裕度最大化的发电出力优化 (二)模型求解
6.
Generation Dispatch Optimization for Maximizing Loading Margin Part One Presentation of the Optimization Model
基于负荷裕度最大化的发电出力优化 (一)优化模型的提出
7.
The research on the predication of the electrical load in university town,fu zhou
福州地区大学城电力负荷预测的研究
8.
Continuous Load A continuous load is a load where the maximum current is expected to continue for three hours or more (as defined by the NEC for design calculations).
持续负荷持续负荷是指使电流在3个小时或更长时间（根据NEC的定义）内需保持最大值的负荷。
9.
The Grey Forecast of Maximum Load and Peak-Valley Difference of Beijing,Tianjin and Tangshan Wire Netting
京津唐电网最大负荷及峰谷差的灰色预测
10.
Sensitivity Uncertainty Assessment of Sensitive Equipment Due to Voltage Sag Based on Maximum Entropy Principle
敏感负荷电压凹陷敏感度不确定性最大熵评估
11.
an electrical load that exceeds the available electrical power.
一种超过有用电荷的电力负荷。
12.
Research on Probabilistic Optimal Power Flow Problem in Power System Considering Random Variation of Load and Wind Power
考虑负荷和风电随机变化的电力系统概率最优潮流问题研究
13.
Stochastic Estimation of Equipment Sensitivity to Voltage Sag Based on Voltage Sag Severity Index and Maximum Entropy Principle
用电压暂降严重程度和最大熵评估负荷电压暂降敏感度
14.
Base load station [electricity]: A power station where generation is held constant.
基底负荷电站 [电力]:发电量恒定的电站。
15.
Analysis of Power Load Characteristic and Study on Medium and Long-Term Load Forecasting;
电力负荷特性分析及中长期负荷预测方法研究
16.
Load Regularity Analysis on Spatial Load Forecasting of Urban Power System
城网空间电力负荷预测中的负荷规律性分析
17.
Research on Short-Term Electric Load Forecasting Based on Least Squares Support Vector Machine;
基于最小二乘支持向量机的短期电力负荷预测方法研究
18.
Short-Term Load Combination Forecasting by Grey Model and Least Square Support Vector Machine
基于灰色模型和最小二乘支持向量机的电力短期负荷组合预测