Distributed generation planning for diversified participants in demand response to promote renewable energy integration

论文摘要

In modern distribution system,the distribution system operator（DSO） acts as a market facilitator and data manager as well as an energy supplier and operation controller.In this circumstance,the DSO should comprehensively consider the diversified participants of the modern distribution system when making investment decisions of distributed generation（DG）.This paper proposes a DG planning model considering the behavior of the diversified participants,which are motivated to cooperate with distributed renewable energy resources to promote their integration,and to achieve the optimal DG investment plan.The optimization model takes a centralized structure but fully considers the preferences,profits and comfort levels of the aggregators and consumers.The model is linearized into a mixed-integer linear programming（MILP）problem and is solved by CPLEX.Results of the case study show that when the DSO spares subsidies to the aggregators and consumers to encourage their participation in demand response（DR） programs,it earns more compared with providing no subsidies for DR participation.It is also demonstrated that the overall profit increases as the subsidies increase within a certain range,but decreases when the subsidies exceed this range.Therefore,the DSO needs to carefully choose the subsidization level to achieve the optimal utilization of renewable energy and demand flexibility.The optimal subsidization level is derived from the model proposed in this paper.Therefore,this paper puts forward a new pattern to utilize the distributed renewable energy sources,and provides guidance in policy making and DR program implementation.

论文目录

文章来源

类型: 期刊论文

作者: Can DANG,Xifan WANG,Chengcheng SHAO,Xiuli WANG

来源: Journal of Modern Power Systems and Clean Energy 2019年06期

年度: 2019

分类: 工程科技Ⅱ辑

专业: 电力工业

单位: School of Electrical Engineering,Xi'an Jiaotong University,State Key Laboratory on Electrical Insulation and Power Equipment,Xi'an Jiaotong University

基金: supported by National Natural Science Foundation of China (No. 51707146),Science and Technology Project of State Grid Zhejiang Electric Power Corporation (No. 5211JX17000C)

分类号: TM73

页码: 1559-1572

总页数: 14

文件大小: 1208K

下载量: 8

相关论文文献

• [1].Stochastic processes in renewable power systems: From frequency domain to time domain[J]. Science China(Technological Sciences) 2019(12)
• [2].Insights for global energy interconnection from China renewable energy development[J]. Global Energy Interconnection 2020(01)
• [3].Dynamic Inertia Response Support by Energy Storage System with Renewable Energy Integration Substation[J]. Journal of Modern Power Systems and Clean Energy 2020(02)
• [4].Engineering practices for the integration of large-scale renewable energy VSC-HVDC systems[J]. Global Energy Interconnection 2020(02)
• [5].Supply modes for renewable-based distributed energy systems and their applications:case studies in China[J]. Global Energy Interconnection 2020(03)
• [6].Development modes analysis of renewable energy power generation in North Africa[J]. Global Energy Interconnection 2020(03)
• [7].Coordinated voltage control of renewable energy power plants in weak sending-end power grid[J]. Global Energy Interconnection 2020(04)
• [8].Regulating cost for renewable energy integration in power grids[J]. Global Energy Interconnection 2018(05)
• [9].Quantitative analysis of distributed and centralized development of renewable energy[J]. Global Energy Interconnection 2018(05)
• [10].Threshold effects of renewable energy consumption on economic growth under energy transformation[J]. Chinese Journal of Population,Resources and Environment 2017(04)
• [11].中国电力科学研究院新能源所（英文）[J]. China Standardization 2016(02)
• [12].Renewable Energy Vital for China's Green Developmet[J]. China Today 2017(08)
• [13].ECONOMY[J]. Beijing Review 2017(38)
• [14].NUMBERS[J]. Beijing Review 2017(37)
• [15].Energy management of micro renewable energy source and electric vehicles at home level[J]. Journal of Modern Power Systems and Clean Energy 2017(06)
• [16].Integrating high levels of variable renewable energy into electric power systems[J]. Journal of Modern Power Systems and Clean Energy 2017(06)
• [17].Applied Energy[J]. 建筑节能 2020(09)
• [18].Preface to the Special Issue on Challenges and Possibilities of Energy Storage[J]. Journal of Semiconductors 2020(09)
• [19].Economic analysis of energy interconnection between Europe and China with 100% renewable energy generation[J]. Global Energy Interconnection 2018(05)
• [20].Marine renewable energy in China: Current status and perspectives[J]. Water Science and Engineering 2014(03)
• [21].Guest Editorial Special Issue on Security and Protection of Wind Power Grid Integration[J]. 电力系统自动化 2012(08)
• [22].Nanomaterials for renewable hydrogen production,storage and utilization[J]. Progress in Natural Science:Materials International 2012(06)
• [23].China puts more money in renewable energy resources[J]. Electricity 2011(05)
• [24].Development of renewable energy in China:significance & strategic objectives[J]. Engineering Sciences 2009(02)
• [25].Study of the development road map of China’s renewable energy[J]. Engineering Sciences 2009(02)
• [26].Building-integrated renewable energy policy analysis in China[J]. Journal of Central South University of Technology 2009(S1)
• [27].Multi-objective optimal operation of hybrid AC/DC microgrid considering source-network-load coordination[J]. Journal of Modern Power Systems and Clean Energy 2019(05)
• [28].Generation-expansion planning with linearized primary frequency response constraints[J]. Global Energy Interconnection 2020(04)
• [29].Review of renewable energy-based hydrogen production processes for sustainable energy innovation[J]. Global Energy Interconnection 2019(05)
• [30].Study on the investment value and investment opportunity of renewable energies under the carbon trading system[J]. Chinese Journal of Population,Resources and Environment 2016(04)