1) peak load shifting factor
峰时电价时段移峰率
2) peak period
高峰时段
1.
Accurate forecasting of school bus peak period traffic volume in weekend,not only can help the school bus director to arrange the interval of buses to improve the efficiency and save the cost,but also can reduce the teachers and students long waiting time and improve school bus’s service level.
准确的校区间高峰时段交通量预测,不仅可以帮助校车运营部门在高峰时段确定合理的发车间隔提高运营效率节约运营成本;还可以减少师生的候车时间,改善校车服务水平减少拥挤保证运行安全都有重要意义。
3) peak and valley time period
峰谷时段
1.
Determining the time-of-use (TOU) price through peak and valley time period partition stimulate consumer adjust their custom of power utilizat.
分时电价实施的主要原因之一就是用电负荷曲线有着明显的高峰低谷现象,通过划分峰谷时段来确定分时电价,促使用户自觉地调整用电方式,通过用户对电价的反应来达到削峰填谷的目的,改善负荷曲线。
4) TOU price
峰谷分时电价
1.
The process to determine the TOU price drawn by price makers and large industry customers in turn is analyzed with the Rubinstein model in free competitive market.
在自由竞争的电力市场中,应用鲁宾斯坦博弈模型,分析了电价制订方与大工业用户通过轮流出价谈判来确定峰谷分时电价的过程。
5) time-of-use power price
峰谷分时电价
1.
Design of time-of-use power price at generation side and optimal model of electricity distribution;
发电侧峰谷分时电价设计及电量分配优化模型
2.
To execute time-of-use power price can change users electricity-consuming characteristics,which will shift peak load,reduce generating and power supplying cost and improve efficiency of using resources.
实施峰谷分时电价,可以改变用户的用电特性,达到移峰填谷、降低发供电成本、提高能源使用效率的目的,但同时也带来供电公司收益减少的风险。
6) time-of-use price
峰谷分时电价
1.
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
2.
Furthermore, the time-of-use price decision-making model with use.
峰谷分时电价是电力需求侧管理(DSM)的重要手段之一,合理地制定峰谷电价水平是其实施的关键。
3.
To implement the objectives of energy conservation,environment protection and high income at power generation side in electricity spot market,the relation between variation of unit output and fluctuation of time-of-use price is researched and a new short-term optimal scheduling model for hydrothermal hybrid power system is built.
为了使电力市场环境中的发电侧能够实现节能环保且高收益的发电目标,对机组出力变化与分时电价波动之间的关系进行了研究,构建了一种新的水火电短期优化调度模型,该模型以实现电力市场条件下最大发电收益为目标,同时综合考虑了峰谷分时电价和环境保护成本对发电侧经济效益的影响,还考虑了梯级水电站群的蓄水量、下泄流量、机组出力等约束条件,由此得出机组的优化调度方案。
补充资料:丰枯电价(见季节电价)
丰枯电价(见季节电价)
seasonal power price
丰枯电价(seasonal power priee)在水电为主的电力系统中,对于专门利用丰水季电能的用户或在丰水季增加用电量的用户实行的优惠电价(见季节电价)‘(张工)
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