1.
The user can set the time of auto start and stop to avoid the rush hour of electricity using and save the money.
用户可以自己设定机组自动开关机时间，从而实现峰谷用电，使运行费用更省。
2.
The Role of TOU for Large Industry Consumers Participating Power Grid Peak Shaving and Valley Filling;
大工业用户运用峰谷电价参与电网削峰填谷的实践
3.
Research on customer response indicator model in abundant-dry water & peak-valley price;
丰枯-峰谷电价中用户反应度模型研究
4.
Research on electric power consumption mode based on peak-vally electricity price;
基于峰谷电价机制下的用电消费模式的研究
5.
Application of time-of-use price strategy in Jiangsu Power Grid;
峰谷分时电价策略在江苏电网的应用研究
6.
Facilitate Peak Load Stagger Using Economic Leverage;
运用经济杠杆促进错峰调荷——安徽省峰谷电价分析
7.
Analysis of The New Time-of-Use Pricing Policy Influencing on Industry Consumer;
新峰谷电价政策对大工业用户影响的分析
8.
TRE IMPLEMENTATION OF PEAK AND VALLEY TIME PRICEFOR ELECTRICITY AND THE RESPONSE OF LARGE INDUSTRIES;
峰谷分时电价的实施及大工业用户的响应
9.
The Implementation of Peak and Valley Time Price for Electricityin Guangdong and the Research of Large Industrial Consumer Response;
广东省峰谷电价实施及大工业用户响应研究
10.
Research of User Response to Peak and Valley Time Price and Simulation Analysis
峰谷分时电价的用户响应研究及仿真分析
11.
The Optimal Design of Integrating Interruptible Price With Peak-Valley Time-of-Use Power Price Based on Improving Electricity Efficiency
提高电能使用效率的可中断电价与峰谷分时电价的联合优化设计
12.
Analysis of the peak-valley TOU tariff effect on Shanghai residential electricity characteristics
峰谷分时电价对上海市居民用户用电特性影响分析
13.
Making good use of electric power cost between on-peak and off-peak, heating system economy of running is enhanced.
充分利用峰谷电时段的电价结构,提高了供热系统的运行经济性。
14.
Analysis model on the impact of user TOU electricity price on generation coal-saving
用户端峰谷分时电价对发电端节煤影响分析模型
15.
Time-of-use Price Decision Model Considering Users Reaction and Satisfaction Index;
基于用户价格响应和满意度的峰谷分时电价决策模型
16.
Theory and application of change of mutual relation between selling side and generating side use time pricing;
上网侧与销售侧峰谷分时电价联动的理论及应用
17.
Least-squares estimation of parameters of customer response models for peak and valley time-of-use electricity price
峰谷分时电价用户响应模型参数的最小二乘估计
18.
Strategies for tire production after readjusting the electricity price in peak and low period;
峰谷电价调整后轮胎生产的应对策略