供电量

35&220kV变电站168座，年转供电量约60亿kWh，最高负荷107万kW。

It owns 168 the transformer substation of 35 & 220kV , It turns the amount of power supply about 60 hundred million kWh , tallest carry 1,070,000 kW every year .

应用灰色理论，建立GM（1,1）分段优化模型，对新会市1986～2000年供电量进行模型拟合计算，两者能较好的吻合。

The subsection optimization model GM ( 1,1 ) is set up by using grey theory , then , with GM ( 1,1 ), the power supply in Xinhui City during 1986-2000 has been worked out . The forecasting values from the model are consistent with the actual data .

将网络均衡熵同前面的期望缺供电量EENS相结合对IEEE-24节点算例进行改造和扩建。

Combination Entropy of the network with the previous expectation of a balanced energy not supplied EENS on IEEE-24 bus test case for reform and expansion .

滨冈核电站暂停使用会减少日本中部地区的供电量。

The suspension could limit the electricity supply in central Japan .

从集抄系统获取集抄采集点的供电量。

Acquire power supply of reading acquisition point from reading system .

早上的供电量是有限制的。

The supply of electricity is limited in the morning .

灰色系统理论在预测电厂年供电量中的应用

Grey System Theory Used in Annual Electricity Consumption Forecast

供电量与线损率的关系

Relationship between Electrical Energy Supply and Line Loss Rate

基于灰色系统理论的供电量预测方法与分析

Method and Analysis of Power Supply Volume Forecast Based on the Grey Systematic Theory

通过加强管理来提高企业供电量的初步探讨

Increasing Enterprise Power Supply Efficiency by Strengthening Management

从系统内部获取系统所辖采集点的供电量。

Acquire power supply of acquisition points under the system from interior of the system .

天津市6&9月气温与供电量的关系分析

Relationship between electrical energy supply and air temperature from June to September in Tianjin , China

用组合时序模型法，预测了某地区未来（1995～1997年）36个月的供电量。

This paper predicts the electricity demand within 36 months from 1995 to 1997 by using a combination time model .

在送电、变电和配电的所有环节中所损耗的电量，称为电力网的损耗电量，同一时间内，损耗电量占供电量的百分值称为电力网的线损率。

In a same period , the percentile of the loss of electricity accounts for power supply is called loss rate .

电力系统70%的供电量要通过配电网送到用户、80%的故障都发生在配电网。

70 % power supply in power system is transported by distribution network , and 80 % accidents occur in distribution network .

于新电线安装完成前，本处建议阁下避免使用耗电量大的电器，因现有的临时电线供电量有限。

Until the new cable is installed , you are advised not to use heavy loading electric appliances as the current supply cable has limited capacity .

应用季节型趋势模型，采用先定线性趋势和先定季节指数两种预测方法，对某市2002年供电量进行预测，其预测结果为电网发展规划和电力生产计划提供了重要的依据。

This paper deals with establishing season trend model , and forecasting the power supply of a city in 2002 by adopting the two methods of advancing linearity and advancing season index .

由于用户不参与通过削减供电量来牟利的商业运作，因此未得到满足的用户需求只能从平衡市场中在更接近于预期用电的时段中获得。

As the consumer is not in the business to make profits through curtailing energy , the unsatisfied demand has to be acquired through balancing market , at periods closer to intended consumption .

此系统功能主要包括：电量计划管理；网供电量数据管理、外购电量数据管理、结算管理、系统管理等模块。

The main function of this system includes : the management of power plan ; the management of power quantity provided by Power Grid 、 the management of outsourcing power data 、 settlement management 、 system management and so on .

通过对它们的成本进行统计、计算和分析，总结出机组容量、脱硫工程的建设时期、燃料特性、脱硫装置年利用小时数、脱硫工艺等是影响机组单位供电量脱硫成本的主要因素。

Through cost statistic , calculation and analysis , this paper summarizes the major factors that affect desulfurization cost of unit power supply from each unit are unit capacity , project construction term , fuel characteristics , annual availability , and desulfurization techniques .

70年前建造的大古力水坝，凭借其庞大坚固的建筑结构，至今仍为北美洲最大的水力发电站。而美国西北部水力发电供电量要比美国其它地区都多。

Thanks to monstrous chunks of concrete like Grand Coulee Dam , completed 70 years ago and still the largest hydroelectric facility in North America , the north-west gets more of its power from hydro than any other region of the United States .

另外，农网、城网两网改造后，电力企业的固定资产增幅大，折旧成本增大，当然，供电需求量也会发生变化，以上这些对供电企业营销经济活动影响很大。

In addition , demand of power supply will change for the rises of fixed assets and depreciation cost in electric power corporation after the reform of agriculture and urban electric network . All those mentioned above have great effect on marketing and economic activities in power supply enterprises .

电能表是供电企业拥有量最多，装置面广量大的电测仪表。

Electric energy measuring instruments are configured according to voltage of power supply and local proce policy of electricity .

模拟量模块、数字量模块独立供电，使模拟量、数字量数据采集稳定性好、精度高。

The analog and digital acquisitions have a good stability and high precision duo to independent power supply .

地震数据采集具有采集点分布范围广、滚动搬移工作量大等特点，因此就需要一套体积小、重量轻、连线简单、供电方便、耗电量小的采集器。

Seismic data acquisition has characteristics of wide range acquisition point distribution and large workload of rolling removals , thus a set of acquisition system of small volume , light weight , simple connection , convenient power supply and less power consumption is needed .

以A市电网的数据为例，首先结合常规负荷预测的单耗法和弹性系数法，来预测2006年A市电力公司和所属12个供电局的供电量；

Then the result will accord with fact . ( 3 ) According to the network data and power supply data provided by A power company , this dissertation forecasts power supply of the power company and 12 presidial power supply bureaus in 2006 first .

辅帮供电体解的供电量量取否靠性将曲交影响到车辆运行安齐及旅从恬动度。

Auxiliary power supply system of quality and reliability of electricity supply will directly affect the safe operation of vehicles and passenger comfort .

通过举证分析了用优化电网运行方式和供电作业流程等管理手段来提高企业供电量的可行性、具体方法及效果，得出可以通过加强管理来提高企业供电量的结论。

This essay analyzes the possibility , concrete way and effect of increasing enterprise power supply effiency by optimizing network operation and power supply process and draws a conclusion that strengthening management can increase power supply efficiency .

大多数用户都知道对供电的某些要求，比如适配的电压、供电需求量的满足、可靠性以及合理的电费。

Some of the requirements for electric power are recognized by most consumers , such as proper voltage , availability of power on demand , reliability , and reasonable cost .

模型设计包括：外部供电设计、线路群设计、变台群设计、线路段设计、供电逻辑设计、供电量关口表互带设计、变台互带设计。

Model design includes external power supply design , line group design , changing substation group design , line section design , power supply logic design , interactive design of power supply gateway meter , interactive design of changing substation .