1) Load characteristics index
负荷特性指标
2) indexes of load probability characteristics
负荷概率特性指标
1.
And based on this, the indexes of load probability characteristics are constructed to measure the load probability.
基于现实需要,提出了负荷概率特性问题,并引入非参数核估计方法,对服从典型分布假设的理由不充分的情况下的负荷密度作了有效估计,进一步在此基础上构造了负荷概率特性指标,补充了现行负荷特性分析的方法。
3) load characteristics
负荷特性
1.
Analysis of low frequency oscillation in power system considering load characteristics;
计及负荷特性的电力系统低频振荡分析
2.
Analysis of residents summer load characteristics in Nanjing;
南京市居民夏季用电负荷特性分析
3.
Review of the relationship between load characteristics and voltage stability;
系统负荷特性与电压稳定的关系
4) load characteristic
负荷特性
1.
Analysis of load characteristic of roller bearing on work roll for an Aluminum foil mill;
铝箔轧机工作辊滚动轴承负荷特性分析
2.
Analysis and forecast of load characteristics for East China Power Grid;
华东电网负荷特性分析预测
3.
PV curve influenced by load characteristics and its tracing with direct iteration algorithm;
负荷特性对PV曲线的影响及追踪PV曲线的直接迭代算法
5) load character
负荷特性
1.
By comparing to the calculated parameter, some significant conclusion is given, Which has offered the reliable theory and project basis for studying comprehensive load character in Hunan p.
讨论获取综合负荷故障特性的实验方法和步骤,利用实验室实测数据用总体测辨法辨识出感应电动机模型参数,并与调查所得的感应电动机的空载和短路实验数据所计算出的参数进行对比分析,得出一些有益的结论,为研究湖南电网综合负荷特性提供了可靠的理论和工程依据。
2.
Impact load modeling strategy and the starting criterion of load character storage instrument are proposed in this paper.
负荷模型的准确性对电力系统仿真有效性影响很大,然而建立反映实际负荷特性的负荷模型仍是尚未解决的难题。
6) load property
负荷特性
1.
This paper presents a comparison study on load property of China s power grid including 5 regional power grids taking into account the characteristics of load property change of power grid of our country in recent years.
结合近年我国电网负荷特性变化的特点,对2000年～2004年我国电网包括五大区域电网负荷特性进行了对比分析,为研究我国电网负荷特性变化规律和未来电力负荷特性变化趋势奠定了基础。
2.
Demand-side management (DSM) can improve power grid load property.
电力需求侧管理有改善电网负荷特性的作用。
补充资料：电力负荷电压及频率特性
电力负荷电压及频率特性
voltage and frequency characteristics of load
d一0 rl}一ft一he dlonyo]一P一nl口texing电力负荷电压及频率特性(voltage andfrequeney eharaeteristies of load)见负荷静态特性及负荷动态特性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条