It is one of the core propositions of energy supply research in the new era to effectively solve the imbalance between the supply side and the demand side of energy. The effective integration and integration of all kinds of clean energy, such as solar energy, wind energy, water energy and biomass energy, will meet the diversified energy demand of electricity, gas, water, cold and heat and improve the energy quality. However, at present, there are problems in the source side, network side and load side of the large-scale development of urban areas: first, large-scale uncontrollable new energy access, which is difficult to achieve local and efficient energy consumption; second, the energy network in some areas is relatively weak, with a long energy supply radius, and the quality of power supply needs to be improved; third, the load is not centralized, the amount of energy pipeline construction is large, it is difficult to enter the home, the cost is high, and the investment is high Low return. The research on the key technologies of the distributed multi energy complementary energy system is of positive significance to fully utilize the schedulable resources of the distribution network to meet the demand of multi energy flow, realize the efficient utilization of comprehensive energy, the reliable supply of energy and the effective consumption of clean energy, reduce the impact of multi energy access on the power grid, and promote the clean, safe, convenient and high-quality use of energy.
In order to display the latest progress in this field at home and abroad and exchange academic and technical achievements, the editorial department of China power specially invited China Electric Power Research Institute Professor Wu Ming of Shanghai Energy Internet Research Institute of State Grid and Professor Gu Wei of Southeast University are invited as special editors. Relevant experts and research institutions are invited to write special articles, and a column of "key technologies of distributed multi energy complementary energy system in urban areas" is organized. Experts, scholars and researchers in relevant fields are welcome to write actively, and jointly promote the deepening of relevant research and technological progress.
Draft direction (including but not limited to)
1. Construction of multi application scenarios, economic analysis and business model innovation of multi energy complementary system;
2. Physical modeling, operation characteristic analysis and simulation technology of multi energy complementary integrated energy system;
3. The optimal allocation method of multi energy complementary comprehensive energy system;
4. Evaluation index system and evaluation method of multi energy complementary comprehensive energy system;
5. hierarchical control strategy of comprehensive energy system;
6. Demonstration construction of distributed multi energy complementary comprehensive energy system project.
Publication plan of column paper
Deadline: September 30, 2020.
Publication time: in the second half of 2020, it will be published in column form.
The column articles enjoy the green channel treatment reviewed by the journal. Once they are employed, they shall issue the employment notice as soon as possible, and give priority to the network launch.
Submission requirements
1. Thesis writing requirements. The number of words is about 6000, and word typesetting is adopted. For the format, please refer to the paper template of China electric power (the latest paper template can be downloaded on the official website of China electric power); the English translation of the title, author, unit, abstract, key words and references shall be provided.
2. Please provide the name and number of the project if you are a funded thesis. For papers sponsored by national projects, this journal is free of charge for layout.
Way of submission
Log in the website of China Power: www.chinapower.org, register the user name and password of the author, submit online, and select or indicate the column of "key technologies of distributed multi energy complementary energy system in urban areas".
Contact information
1. Professor Wu Ming, State Grid Shanghai Energy Internet Research Institute, China Electric Power Research Institute
Tel: 010-82813381,
Email: wuming@epri.sgcc.com.cn.
2. Professor Gu Wei of Southeast University
Tel: 025-83791696,
Email: wgu@seu.edu.cn.
3. Dr. Wu, editorial department of China power, State Grid Energy Research Institute
Tel: 010-66603803,
Email: wuhengtian@sgeri.sgcc.com.cn.
Introduction to the special editor of the column: Wu Ming
Wu Ming, male, born in 1981, Ph.D., professor level senior engineer, director of advanced energy center of State Grid Shanghai Energy Internet Research Institute of China Electric Power Research Institute, senior member of China Society of electrical engineering, member of national micro grid and distributed power grid connection standard committee, Secretary General of DC distribution system Standard Committee of China electricity Union, convener of IEC SC 8b AHG 2 strategic group. Person in charge of microgrid specialty in Key Laboratory of State Grid Corporation of China. For a long time, he has been engaged in the research of distributed power grid connection, multi energy complementary microgrid, DC power distribution and energy Internet, the project leader of "plug and play high efficiency and high power density grid connection device" of national science and technology major project, the project leader of "self synchronization microgrid control mechanism and method research" of National Natural Science Foundation, and LED / participated in multiple fields of distributed power generation, microgrid and DC power distribution There are more than 30 national major science and technology projects, National 863 projects and projects of Beijing Municipality and State Grid Corporation of China. Presided over the construction of Zhongguancun Open Laboratory of AC-DC hybrid micro grid, AC-DC hybrid micro grid Laboratory of China Electric Power Research Institute, DC Distribution System Laboratory of China Electric Power Research Institute; led the construction of demonstration project of mongdong distributed generation / energy storage and micro grid access control, Xiamen optical storage micro grid demonstration project; led the construction of distributed distributed power in Jinzhai area, Anhui Province Source cluster grid connection demonstration project and Zhejiang Haining regional centralized distributed power cluster grid connection demonstration project. He participated in 3 academic monographs, published more than 30 high-level academic papers on SCI and EI papers, applied for more than 50 invention patents, authorized more than 20 invention patents, participated in the development of smart grid standard system, LED / participated in the development of more than 10 international, national, industrial and group standards on distributed energy, micro grid and DC power distribution. It has won more than 10 provincial and ministerial awards for scientific and technological progress of social forces.
Introduction to the special editor of the column: Gu Wei
Gu Wei, male, born in 1981, doctor, Professor, doctoral supervisor. Assistant dean of School of electrical engineering, Southeast University, director of Institute of distributed generation and active distribution network. Mainly engaged in power system operation control, renewable energy access technology, distributed generation and micro grid, distribution network and integrated energy system research. In the past five years, he has presided over 3 National Natural Science Funds, 1 Jiangsu Natural Science Fund, 1 national key R & D plan project as the project leader, 1 National Science and technology support plan and 2 National 863 major projects as the technical backbone, undertaken more than 40 scientific research projects such as other provincial and ministerial level and electric power companies, authorized more than 20 national invention patents and won provincial and ministerial level science and technology awards Encourage 6 times. In the past five years, more than 100 papers have been published in IEEE Transactions and other international core journals, of which more than 60 papers have been retrieved by SCI, and 2 papers have been selected into the top papers of ESI 1%), 3 papers were selected as f5000 papers of the leader, 1 paper was selected as the best paper of the first IEEE energy Internet and energy system integration conference, and more than 10 papers were selected as outstanding papers, which were cited more than 2200 times (Google Scholar) and 500 times by SCI.
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Editor: Yang Biao
Reviewed by: Jiang Dongfang
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