1.
TIMED ELECTRICITY PRICING MODEL OF POWER CORPORATION WITH INDEPENDENT POWER SOURCE;
带独立电源的电力公司分时电价模型
2.
Article 41 The State adopts a categorized electricity price and time-of-use electricity price.
第四十一条国家实行分类电价和分时电价。
3.
Peak and valley periods division and time-of-use price based on power generation cost;
基于供电成本的峰谷时段划分及分时电价研究
4.
Applied the policy of count by time sharing to economic power cost expenditure;
利用分时电价政策 节约电费支出
5.
Study on Peak Load Modulation Model Based on Tou Price in Hydropower Plant
基于分时电价的水电站调峰模型研究
6.
SYSTEM ELECTRICITY-VALUE-EQUIVALENT(EVE) ANALYSIS AND HOURLY TIME-OF-DAY PRICING WITH PUMPED-STORAGE PLANTS
电力系统和抽水蓄能电站的电能价值当量分析及分时电价预测
7.
Optimal time partition of TOU price based on cost-time curve;
利用成本-时间曲线进行分时电价最优时段划分
8.
Research on TOU pricing based on consumer response curve;
基于用户对电价反应曲线的分时电价的研究
9.
Characteristics of time-of-use electricity price of Shanghai and benefits achieved;
上海市峰谷分时电价特性及效益分析
10.
Study on Timed Price Model of Power Corporation with Independent Power Source;
带独立电源电力公司的分时电价模型研究
11.
Research of Peak and Valley Time Period Partition Approach and TOU Price on DSM;
基于DSM的峰谷时段划分及分时电价的研究
12.
Determination and analysis of TOU power price based on DSM when load shifting optimized;
削峰填谷最优时基于DSM分时电价的确定与分析
13.
Game-based time-of-use electricity price models and relevant simulations;
基于博弈论的分时电价模型及其仿真
14.
Implementation of time-of-use electricity price policy by Jiangsu;
江苏省执行峰谷分时电价政策的研究
15.
Benefits and delisive manner when implementing peak and valley power price separately in aluminium factory;
铝厂实行峰谷分时电价的效益与决策
16.
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
17.
Dynamic simulation of the decision making process in determing time-of-use electricity price
峰谷分时电价定价决策过程的动态仿真
18.
Scheme research on the linkage of the peak and off-peak TOU price between generation and sale side
发电侧与销售侧峰谷分时电价联动方案研究