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Optimal guidance strategy for flexible load based on hybrid direct load control and time of use

Global Energy Interconnection 2023年第3期6卷 297-307页

作者： Siyang Liu Yuan Gao Hejun Yang Xinghua Xie Yinghao Ma State Key Laboratory of Operation and Control of Renewable Energy&Storage Systems China Electric Power Research InstituteBeijing 100192P.R.China Anhui Province Key Laboratory of Renewable Energy Utilization and Energy Saving Hefei University of TechnologyHefei 230009P.R.China

The time-of-use(TOU)strategy can effectively improve the energy consumption mode of customers,reduce the peak-valley difference of load curve,and optimize the allocation of energy *** study presents an Optimal guidance mechanism of the flexible load based on strategies of direct load control and ***,this study proposes a period partitioning model,which is based on a moving boundary technique with constraint factors,and the Dunn Validity Index(DVI)is used as the objective to solve the period ***,a control strategy for the curtailable flexible load is investigated,and a TOU strategy is utilized for further modifying load ***,a price demand response strategy for adjusting transferable load is proposed in this ***,through the case study analysis of typical daily flexible load curve,the efficiency and correctness of the proposed method and model are validated and proved.

关键词： Flexible load Optimal demand response strategy time of use Period partitioning Direct load control

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Improved peak load management control technique for nonlinear and dynamic residential energy consumption pattern

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Building Simulation 2021年第1期14卷 195-208页

作者： Olawale Popoola MoreBlessing Chipango Electrical Department&Centre for Energy&Electrica Power Tshwane University of TechnologyPretoriaGautengSouth Africa

Advancements in computational technologies for residential energy management have become widespread due to increased energy usage and peak demand in *** switching of appliances during peak periods for energy reduction is one of such ***,this technique may constrict the consumer’s flexibility to utilize desired appliances to fulfil their *** study proposes a peak load control technique based on an end-use appliance prioritization and event detection algorithm.A noteworthy feature of the technique is the users’preferred appliance(UPA),which provides the occupants with the flexibility to use any electric load to fulfill their needs at any time whether peak demand control has been initiated or ***,to address the challenging issue around the uncertain and varying nature of the users’energy usage pattern,an empirical bottom-up approach is adopted to characterize the consumers’diverse end-use *** results obtained show good performance in terms of peak demand and energy consumption reduction,with 3%to 20%and at least 14.05%in demand reduction for time of use(ToU)periods and energy savings,*** offer a further perspective on demand side management,affording load users a new cost-saving energy usage pattern.

关键词： bottom-up approach energy usage load prioritization peak load preferred appliance time of use

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