1) demand-side management technology
需求侧管理技术
1.
Application of demand-side management technology in water resources management in Yellow River Basin;
需求侧管理技术在黄河水资源管理中的应用
2.
Application of demand-side management technology in water resources management in Qinhuangdao City;
需求侧管理技术在秦皇岛市水资源管理中的应用
2) User side control technology
电力需求侧管理技术
3) DSM
需求侧管理
1.
Study on the theoretical system of DSM;
需求侧管理理论体系初探
2.
Apply DSM system to realize technique energy conservation differential service for large power consumers;
应用需求侧管理系统实现大客户技术节能个性化服务
3.
Discussion of the additionality of DSM emission reductions based on CDM;
基于清洁发展机制的需求侧管理减排量的额外性探讨
4) demand side management
需求侧管理
1.
Discussiong about Power price for Demand Side Management;
电力需求侧管理的电价制度探讨
2.
To strengthen demand side management and help reduce users’ energy consumption;
加强需求侧管理 帮助用户节能降耗
3.
Enhancing power demand side management and relieving the contradiction of demand and supply for power;
加强需求侧管理,缓解电力供需矛盾
5) demand side management (DSM)
需求侧管理
1.
A method, which can scientifically evaluate the role of demand side management (DSM) in the situation that after the remission of N?1 accident the urgent operation pattern develops towards subsequent crisis, including voltage instability crisis and line tripout crisis, and that in enhancing the tenacity of urgent operation pattern, is proposed.
提出了一种科学评价需求侧管理对于缓解N-1事故后的紧急工况向后续危机(包括电压失稳危机和线路跳闸危机)发展的态势以及对提高其坚韧度的作用的方法。
2.
Power demand side management (DSM) is one of effective measures to economize on energy and reduce discharge.
电力需求侧管理是实现节能减排目标的有效措施之一。
3.
Considering uncertain factors and time value of capital, a set of models to evaluate index system and cost-benefit for demand side management (DSM) is established.
在考虑不确定因素和资金时间价值的条件下,针对需求侧管理(demand side management,DSM)项目建立了一套评价指标体系和成本效益评价模型,并根据实施DSM项目过程中的风险因素构造了包含不确定因素的随机数学模型,然后通过计算DSM项目净现值的期望值和方差衡量实施DSM的风险程度。
6) Demand-side management
需求侧管理
1.
Electric Power Reform and Demand-side Management Based on Energy Efficiency;
基于能源效率的电力改革和需求侧管理研究
2.
A linear programming model is presented to optimize the combination of power generation and demand-side management based on traditional electric power planning and relevant research achievements.
在传统电力规划和相关研究成果的基础上提出一个将需求侧资源与供应侧资源同等纳入电力规划的线性规划模型,在模型中区分不同需求侧管理措施进行量化。
补充资料：电力需求侧管理
指通过综合运用经济、技术等多种手段，鼓励和引导用户节约用电，转变用电方式，在高峰时段少用电、在低谷时段多用电，提高终端用电效率，优化资源配置，改善和保护环境，实现最小成本电力服务。同时，在供电紧张时组织供电企业有序供电，确保居民生活、农业生产及重点行业用电需求。
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