Call for Papers: Special Issue on "New Power Distribution Systems Accommodating a High Proportion of Distributed Generation and Load" in Distributed Energy
Background: Against the backdrop of the in-depth promotion of the "Dual Carbon" strategic goals and the accelerated construction of a new power system in China, the rapid deployment and continuous growth of new types of loads—such as "County-Level Photovoltaic" projects, electric vehicle charging infrastructure, and data centers—have made the large-scale development of distributed generation and loads an essential pathway for the efficient utilization of clean energy. By the end of 2024, the cumulative installed capacity of distributed photovoltaics had surpassed 370 million kW, and the stock of new energy vehicles exceeded 30 million units.
However, due to the strong randomness and volatility of power generation output and the high uncertainty on the load side, distribution networks are facing unprecedented challenges regarding new energy accommodation and load supply security. Furthermore, the high proportion of distributed generation and load integration involves numerous control elements. This leads to strong coupling among multiple subjects and parameters, as well as difficulties in analyzing and solving high-dimensional systems during the optimization and enhancement of distribution network hosting capacity, thus restricting technological iteration and engineering application.
Special Issue Introduction: The Guiding Opinions on Promoting High-Quality Grid Development points out that the coordinated development pattern of transmission, distribution, and microgrids should be optimized. This requires achieving full coupling between distribution networks and the main grid, supporting open access and two-way interaction of diversified sources and loads, facilitating the rational development of distributed new energy, and comprehensively enhancing power supply reliability.
To deeply reveal the correlation mechanism between source-load interaction and distribution network hosting capacity, construct a multi-dimensional theoretical system for enhancing hosting capacity, and ensure the safe and stable operation of future grids with high proportions of distributed sources and loads, the journal Distributed Energy plans to launch a special issue titled "New Power Distribution Systems Accommodating a High Proportion of Distributed Generation and Load."
We have specially invited the following experts to serve as Guest Editors for this special issue:
Associate Prof. Fangyuan Si, Beijing Jiaotong University
Prof. Hao Xiao, Institute of Electrical Engineering, Chinese Academy of Sciences
Associate Prof. Fengzhang Luo, Tianjin University
Associate Prof. Zhao Liu, Beijing Jiaotong University
We are soliciting high-quality contributions from universities, research institutes, power generation groups, and grid enterprises. This special issue aims to establish a high-level academic exchange platform characterized by cutting-edge leadership and industry collaboration, promoting the transformation of research成果 regarding distribution system hosting capacity enhancement and fostering industrial collaborative innovation.
1. Topics of Interest
This special issue focuses on the key scientific issues and technical bottlenecks in enhancing distribution system hosting capacity. Topics of interest include, but are not limited to:
Morphological Evolution and Planning of New Distribution Systems
Prediction, Modeling, and Control of Distributed Sources and Loads
Flexible Networking and Regulation of Smart Grids
Assessment and Enhancement of Distribution Network Hosting Capacity
Fault Defense and Resilience Regulation of Distribution Networks
Theory and Methods of Transmission-Distribution Coordination
Theory and Methods of Multi-energy Complementarity on the User Side
Virtual Power Plant Business Models and Grid Interaction
Electricity Markets, Green Power, and Green Certificate Trading
Application of AI in Distributed Energy Management
We particularly welcome innovative research results. We also sincerely invite original research, engineering practices, and review papers on the aforementioned generic technical directions from various industry stakeholders.
2. Submission Guidelines
Submitted papers should have clear arguments, focused content, and a logical structure. They must be innovative, advanced, and practical.
Please prepare your manuscript according to the "Distributed Energy Paper Submission Template" (available for download at the journal's official website: der.tsinghuajournals.com).
Technical papers (including theoretical research, numerical simulation, experimental research, etc.) are recommended to be no more than 8,000 words (including figures and tables).
Review articles are recommended to be approximately 10,000 words, requiring systematic organization and in-depth commentary.
After peer review and acceptance, a formal acceptance notice will be issued. Outstanding papers will be published online ahead of print. All accepted manuscripts will be published in a special issue of the Distributed Energy journal.
Authors are responsible for the authenticity and objectivity of the paper's content and must ensure that it does not involve state or organizational confidential information.
Only original, unpublished manuscripts are accepted. Simultaneous submission to multiple journals (duplicate submission) is strictly prohibited.
3. Deadline
Submission Deadline: August 31, 2026
4. How to Submit
Please log in to the Distributed Energy official website: der.tsinghuajournals.com. Register as an author and submit your manuscript through the online submission system. Please indicate that your submission is for the special issue "New Power Distribution Systems Accommodating a High Proportion of Distributed Generation and Load".
We look forward to your active participation and support!
5. Contact Information
Thematic Academic Liaison (Project Team): Si Fangyuan Email:fysi@bjtu.edu.cn
Editorial Department of "Distributed Energy": Editor Jiang Email:jiangyiheng@cdt-kxjs.com Phone: 010-80732245
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