电网技术
電網技術
전망기술
Power System Technology
2015年
4期
946-952
,共7页
需求侧管理%错峰峰谷电价%调峰%风电消纳
需求側管理%錯峰峰穀電價%調峰%風電消納
수구측관리%착봉봉곡전개%조봉%풍전소납
demand side management%stagger peak-valley time-of-use price%peak load regulation%wind power accommodation
提出了一种通过需求侧管理激励负荷侧的高载能企业参与调峰,提高系统风电消纳能力的错峰峰谷分时电价机制。考虑了高载能企业转移负荷能力差的特点及其对峰谷分时电价时段连续划分的诉求,建立了相应的峰谷时段连续划分的错峰用电模型,并以提高系统谷时风电消纳能力为目标建立了错峰峰谷电价决策模型。通过解耦时段划分与电价优化,设计了2步优化方法求解峰谷时段与电价综合优化模型。错峰峰谷电价避免了传统多峰时段峰谷电价对用户的频繁扰动,更加适合高载能企业等大用户的生产特点。通过协调各用户的峰谷时段划分,减少峰时段时长,减轻了高载能企业电力成本压力,提高了参与调峰的积极性。
提齣瞭一種通過需求側管理激勵負荷側的高載能企業參與調峰,提高繫統風電消納能力的錯峰峰穀分時電價機製。攷慮瞭高載能企業轉移負荷能力差的特點及其對峰穀分時電價時段連續劃分的訴求,建立瞭相應的峰穀時段連續劃分的錯峰用電模型,併以提高繫統穀時風電消納能力為目標建立瞭錯峰峰穀電價決策模型。通過解耦時段劃分與電價優化,設計瞭2步優化方法求解峰穀時段與電價綜閤優化模型。錯峰峰穀電價避免瞭傳統多峰時段峰穀電價對用戶的頻繁擾動,更加適閤高載能企業等大用戶的生產特點。通過協調各用戶的峰穀時段劃分,減少峰時段時長,減輕瞭高載能企業電力成本壓力,提高瞭參與調峰的積極性。
제출료일충통과수구측관리격려부하측적고재능기업삼여조봉,제고계통풍전소납능력적착봉봉곡분시전개궤제。고필료고재능기업전이부하능력차적특점급기대봉곡분시전개시단련속화분적소구,건립료상응적봉곡시단련속화분적착봉용전모형,병이제고계통곡시풍전소납능력위목표건립료착봉봉곡전개결책모형。통과해우시단화분여전개우화,설계료2보우화방법구해봉곡시단여전개종합우화모형。착봉봉곡전개피면료전통다봉시단봉곡전개대용호적빈번우동,경가괄합고재능기업등대용호적생산특점。통과협조각용호적봉곡시단화분,감소봉시단시장,감경료고재능기업전력성본압력,제고료삼여조봉적적겁성。
A stagger peak-valley time-of-use (TOU) price mechanism, in which heavy energy-consuming enterprises are impelled to participate the peak load regulation under the demand side management (DSM), is proposed to improve the wind power accommodation capability of power grid. Considering the poor load transferring capability of heavy energy-consuming enterprises as well as their appeal to continually dividing the period of peak-valley TOU price, an stagger peak power consumption model with continuous division of peak-valley period is correspondingly established, and taking the improvement of wind power accommodation ability of power grid at valley period as the objective, a decision-making model for stagger peak-valley TOU price is built. Through decoupling time period division optimization and electricity price optimization, a two-step optimization method is designed to solve the synthetic optimization model of peak-valley period and electricity price. The frequent disturbance to power consumers due to the peak-valley price under traditional multi-peak load periods can be avoided by stagger peak-valley price mechanism, so it is more suitable for the production characteristics of big consumers such as heavy energy-consuming enterprises and so on. By means of coordinating the peak-load period division of various consumers and decreasing the length of peak-load period, the stress of heavy energy-consuming enterprises due to electric power cost can be relieved, thus the initiative of heavy energy-consuming enterprises to take part in the peak load regulation is enhanced.