峰谷电价

安徽省峰谷电价分析与展望

Analysis and Prospect on Peak-valley Price of Anhui Province

峰谷电价体制下东北输油管网日输油优化研究

Study of the Optimal Scheme for the Daily Operation of Northeastern Oil Pipeline Network Based on the Peak-valley Price

居民生活用电峰谷电价的综合经济效应

The Integrated Economic Effect of Residential Peak and Valley Electricity Price

地方小水电上网峰谷电价定价分析

Analysis on the Peak-valley Pricing of Local Small Hydro - electricity

在研究中，考虑了峰谷电价和需水量在时间上的变化问题。

The time-dependent electricity price and water demand curve are analyzed .

基于分时电价的水电站调峰模型研究制定发电厂峰谷电价和丰枯电价的探讨

Study on Peak Load Modulation Model Based on Tou Price in Hydropower Plant

峰谷电价政策对负荷特性的影响

Response of Time-of-Use Electricity Pricing Policy to Load Characteristic

考虑峰谷电价推求最优收益日调节库容

Considering Electricity Prices at Peak-to-valley to derive the Daily Regulating Storage with Optimal Profits

峰谷电价问题探讨

Discussion on the Issues of Peak Valley Price

分类用户峰谷电价研究

Study on Time-of-Use Price of Different Customer Classes

湖南电网负荷特性变化和峰谷电价分析

Analysis of load curve variation and peak - valley price in Hunan power grid

基于多智能体模拟方法的大用户峰谷电价响应研究

Research on Large Customer Response Under Time-of-Use Electricity Pricing Policy Based on Multi-Agent System Simulation

峰谷电价的作用与实施

Function and Application of Peak-Valley Electricity Price

峰谷电价下的梯级水电站短期优化调度分析

Analysis and Application of Short-Term Optimization Operation of Cascade Reservoir Power Plant under Peak-and-valley Electricity Rates

宁波居民实行峰谷电价试点分析

Analysis of experimental unit of implementing peak and valley electricity prices among residents in Ningbo province

考虑峰谷电价的单一水电站水库的长期最优运行调度研究

Research on the Long-Term Optimal Operation of Single Hydropower Plant Reservoir by Considering Peak-and-Valley Point Electricity Rates Difference

南水北调东线一期工程抽水用电量大，研究东线工程利用峰谷电价减少工程运行电费具有积极意义。

The electricity-consumption to pump water is great in the Eastern Route Project of the South-to-North Water Diversion .

增强电价信号引导优化电力资源配置&深圳市峰谷电价的探索与实践

Strengthen tariff signal guidance and optimize power resource distribution & Search and practise for TOU price in Shenzhen

由于存在着峰谷电价差，发电量最大并不意味着效益最大。

Because of the price difference of peak and valley electricity , maximizing electricity is not equal to maximize benefits .

研究了广东省的峰谷电价政策及其实施效果。

The policy of the peak and off-peak electricity price and its effects in Guangdong province are studied in this paper .

不同响应类型的用户具有不同的最满意峰谷电价结构，因此，针对不同用户，应设置不同的峰谷电价结构参数；

Different response type of users have different satisfied price structure , so the price structure parameters should be set differently .

另外，本文还详细计算了蓄冷率、峰谷电价比对系统各项经济指标的影响情况。

At last , the influences of cool - storage rate and different electricity price to the economic indicators are discussed .

高耗电生产企业可以按峰谷电价对应的不同电价时间段调整生产计划以达到降低用电成本。

Power-intensive manufacturing plants can utilize Peak-Valley electricity price to adjust production corresponding to different price time periods achieve lower electricity costs .

峰谷电价、多费率电价等相关政策的出台与实施，使各电力企业需要用更为先进的技术手段来适应这种情况。

With the policy of multi-rate electricity Price coming on , every corporation of electricity must use advanced technology to adapt the situation .

从峰谷电价上对蓄冷空调的经济性能进行了计算分析，说明当前天津市的峰谷电价政策有利于冰蓄冷空调的推广。

On the base of the power tariff in peak and valley , the economics of ice storage air-conditioning is calculated and analyzed .

省去了外部循环化验设备，可以利用峰谷电价差进行智能化管理；

Test equipment for external cycle does not need , and intelligentization administration may be made through power rate difference between peak and valley .

在这种情况下，峰谷电价政策的实施为蓄冷空调技术提供了广阔的发展前景。

In this case , the peak and valley price policy implementation for the cooling storage air conditioning technology provides a broad development prospects .

该模型的建立将为今后峰谷电价政策的制定和实施提供有益的技术支持。

The establishment of the proposed model can provide the useful technique support for further establishment and implementation of peak and valley time price policies .

用户对电价的反应程度主要表现为实施丰枯-峰谷电价前后用电量变化。

Customer response indicator to price is expressed as the changes of power consumption between pre - and post - abundant-dry water and peak-valley price .

从2001年开始，浙江省逐步推行居民峰谷电价，引导居民用户主动移峰填谷。

From the beginning of 2001 , Zhejiang province has gradually promoted the peak and off-peak tariff , leading the resident customers to move the peak to fill the off-peak actively .