"New Energy Storage Optimal Configuration and Operation Key Technologies for High Proportion of new Energy"

Call for Papers

With the characteristics of high proportion of new energy becoming more and more prominent, the problems of low new energy consumption rate and decline in support capacity of new power system become more and more serious. The emerging new energy storage technology provides a new technical path to solve the above problems. The new type of energy storage has excellent flexible adjustment ability in frequency modulation, phase modulation and multi-energy joint supply, which can provide strong support in the generation side, grid side and load side of the new power system, and ensure the safe, economic and efficient operation of the new power system.

In view of the multi-scenario regulation demand of new power system with high proportion of new energy penetration, and in order to further promote the large-scale development of new energy storage technology, experts and scholars from various industries such as universities, research institutes and enterprises have carried out more in-depth research on the key technologies and difficulties of simulation modeling, planning and configuration, coordinated control, and optimal scheduling of new energy storage technology. In order to show the latest progress and development trend in this field, and share the latest academic and technical achievements, Distributed Energy sets up the special topic of "Key Technologies for Optimal configuration and Operation of New Energy Storage Oriented to High proportion of new energy". Associate Professor Chen Laijun from Tsinghua University is invited as the guest editor, Professor Chen Yanbo from North China Electric Power University and Professor Zhu Jianquan from South China University of Technology are invited as the guest associate editors. The paper is solicited from well-known experts and scholars in related fields at home and abroad. The directions and notices are as follows:

I. Directions of Solicitation

1. New energy storage system model construction and simulation technology

2. Structure design and characteristic analysis of new energy storage system

3. Quantitative evaluation and improvement of new energy storage system performance

4. Design and switching of operation mode of new energy storage system

5. Economic analysis and capacity allocation of new energy storage system

6. Coupling mechanism and analysis of new energy storage system

7. Storage network cooperation control and promotion of new energy storage system

8. Market mechanism of auxiliary services for new energy storage systems

9. Operation optimization and scheduling strategy of new energy storage system

Ii. Requirements for submission

1. The submitted paper should be clear in argument, prominent in focus, well organized, innovative, advanced and practical.

2. Papers should be submitted according to the "Distributed Energy Paper Submission Template" (see the journal website der.tsinghuajournals.com). Technical papers (including theoretical research, numerical simulation, experimental research, etc.) should not exceed 8000 words (including charts). The research review (requires a comprehensive statement and in-depth comments) should be about 10,000 words.

3. Once the papers are accepted, the acceptance notice will be issued and the excellent papers will be published online. All the papers will be published in Distributed Energy.

4. Authors should be responsible for the authenticity and objectivity of the content of the paper, and do not involve confidential content.

5. Only unpublished technical papers and research reviews are included, and multiple submissions are rejected.

Iii. Deadline

Submission deadline: August 30, 2025.

Iv. Method of submission

Log on the website of Distributed Energy, register the user name and password of the author, submit the paper online, and select or indicate the column of "New energy storage optimal Configuration and Operation Key Technologies for high proportion of new energy".

V. Contact Information

Associate Professor Chen Laijun, Tsinghua University

E-mail: chenlaijun@tsinghua.edu.cn

"Distributed Energy" editor guzi

Email: guzi@cdt-kxjs.com

Phone: 010-80732247, 18515516098