智能电网
智能電網
지능전망
Smart Grid
2015年
8期
721-725
,共5页
熊克卿%李彬%祁兵
熊剋卿%李彬%祁兵
웅극경%리빈%기병
用户行为%需求响应策略%负荷特性分析%负荷控制策略
用戶行為%需求響應策略%負荷特性分析%負荷控製策略
용호행위%수구향응책략%부하특성분석%부하공제책략
user behaviour%demand response strategy%load characteristic analysis%load control strategy
在智能用电技术和电力需求响应技术的支撑下,结合智能家用电器负荷特性以及居民用户的用电行为,研究用户侧需求响应(demand response,DR)的响应机理,提出家用电器错峰运行方法,建立典型家用电器的负荷控制策略,实现居民用户用电量的削减,提高用户的用能效率,进而推动用户侧和电网侧的双向互动,鼓励用户参与需求响应项目的积极性。
在智能用電技術和電力需求響應技術的支撐下,結閤智能傢用電器負荷特性以及居民用戶的用電行為,研究用戶側需求響應(demand response,DR)的響應機理,提齣傢用電器錯峰運行方法,建立典型傢用電器的負荷控製策略,實現居民用戶用電量的削減,提高用戶的用能效率,進而推動用戶側和電網側的雙嚮互動,鼓勵用戶參與需求響應項目的積極性。
재지능용전기술화전력수구향응기술적지탱하,결합지능가용전기부하특성이급거민용호적용전행위,연구용호측수구향응(demand response,DR)적향응궤리,제출가용전기착봉운행방법,건립전형가용전기적부하공제책략,실현거민용호용전량적삭감,제고용호적용능효솔,진이추동용호측화전망측적쌍향호동,고려용호삼여수구향응항목적적겁성。
Under the support of smart power utilization and power demand response technologies, a research on the response mechanism of demand response in consumer-side is made, combining with the load characteristic of intelligent household appliances and electricity consumption behavior of residents. The method of shifting-peak operation and building load control strategy of typical household appliances to decrease residential customers’ energy consumption and improve the users’ energy-consuming efficiency is put forward. Then it will promote the bidirectional interaction between consumer side and grid side and encourage users to participate in the demand response programs.