Special Session 6: Key Technologies and Multi-scenario Applications of Energy Storage Under the New Power System
Online Submission: https://easychair.org/my/conference?conf=pels2026 .
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Abstract of Special Session
With the continuous grid integration of high-proportion new energy, challenges including insufficient inertia of power systems, intensified power fluctuations and increased operational complexity have become prominent. Energy storage has emerged as a core supporting technology to guarantee the safe and stable operation of power grids and facilitate the consumption of clean energy. Centered on cutting-edge energy storage technologies and application demands of power systems, this special topic brings together experts from universities, research institutes and industrial enterprises. It focuses on core directions such as grid-forming energy storage control, intelligent battery management, and multi-time-scale coordination of energy storage. The discussion addresses technical bottlenecks, innovative solutions and engineering implementation pathways, promoting the upgrade of energy storage from standalone equipment to system-level support capability. It provides technical and industrial references for the construction of the new power system and low-carbon energy transition.
Topics:
- Control Strategies of Grid-Forming Energy Storage Converters and Active Grid Support Technologies
- Cooperative Operation and Optimal Allocation of Long-Duration Energy Storage and Short-Time Power-Type Energy Storage
- Cluster Regulation of Distributed Energy Storage and Technologies for Virtual Power Plants Participating in Power Grid Operation
- Thermal Safety Protection, Fault Early Warning and Whole-Life-Cycle Optimization of Energy Storage Systems
- Operation Modes and Economic Evaluation of Energy Storage Participating in Power Ancillary Service Markets
- State Perception, SOH Estimation and Intelligent Sensing Error Compensation of Lithium Battery BMS under Heavy-Load Conditions
- Engineering Applications of Energy Storage in Scenarios of Direct Green Power Connection and High-Energy-Consumption Industrial Loads
Special Session Chairs
Lei Huang, Southeast University, China
PhD in Engineering, Professor (Southeast University), and Doctoral Supervisor. Serves as Deputy Dean of Nantong Marine Advanced Research Institute, Southeast University. Holds concurrent positions as Committee Member of the Linear Motor Professional Committee of China Electrotechnical Society, Senior Member of China Electrotechnical Society, and Senior Member of China Power Supply Society. Former Visiting Scholar at the University of Sheffield, UK. Current research interests mainly focus on new energy power generation systems, energy storage technologies and applications, power conversion and power supply systems, and transmission line analysis.
Gaojun Meng, Nanjing Institute of Technology, China
PhD in Engineering, Professor (Nanjing Institute of Technology), and Master's Supervisor. Mainly engaged in teaching and scientific research on new energy power generation, electrical energy storage and related fields. Honored as Outstanding Contributor to Jiangsu University Collaborative Innovation and Excellent Power Engineer of Jiangsu Province, and serves as a core member of the Jiangsu Provincial Science and Technology Innovation Team. Acts as a Committee Member of the Energy Storage Professional Committee of Jiangsu Electrical Engineering Society, and a reviewer for domestic and international journals including Proceedings of the Chinese Society for Electrical Engineering, IEEE Transactions and IET Journals.