Basic research
Advanced Interdisciplinary Energy Research Center Foundation
On the morning of November 21, the launch ceremony of the Advanced Energy Interdisciplinary Research Center (hereinafter referred to as the “Center”) of the Global College, Shanghai Jiao Tong University, was held in the Zhongji Lecture Hall of Longbin Building....
Latest News
Advanced Interdisciplinary Energy Research Center Foundation more.. Zhiyu Long Received the Best Paper Award at IEEE IESES 2025 more... Four Papers are Accepted by IEEE IECON 2025 more... Three Papers are Accepted by IEEE ICIT 2025 more... YD-EMSC Workshop more......
Physics-Based Circuit Model
Circuit modeling provides an efficient way to analyze early-stage faults in lithium-ion batteries by simulating key aging processes with a balance of detail and speed. Our research develops a coupled circuit model that captures two critical early degradation...
Electrochemical Model
Electrochemical modeling is a key approach for detecting and diagnosing incipient faults in lithium-ion batteries. Despite its computational cost, the pseudo-two-dimensional (P2D) model enables high-fidelity multi-physics simulations and explicitly captures early...
Battery Agent
Battery energy storage systems are increasingly required to respond to fast-changing power demands in microgrids. However, conventional control strategies treat batteries as ideal power actuators, neglecting internal electrochemical constraints and degradation...
Battery Incipient Fault Digital Twin (BIF-DT)
The practical application of incipient fault detection in Battery Energy Storage Systems (BESS) is challenged by complex fault characteristics, limited data, and the need for scalable real-time processing. Early faults like SEI growth are difficult to detect with...
AI-Enhanced Disaster Power Restoration
In the wake of a natural disaster, such as a hurricane, earthquake, or flood, the immediate aftermath often leaves communities devastated, with their energy infrastructure severely compromised or completely offline. Access to reliable energy sources is crucial for...
Fuzzy Logic Based Incipient Fault Model
Lithium-ion battery performance and reliability are influenced by incipient degradation mechanisms such as SEI growth, dendrite formation, and particle cracking, which evolve gradually during operation and often precede observable failure. Modeling these early-stage...
Microgrid Communication Network Optimization
After disasters, restoring power to critical facilities is urgent, but damage to both power and communication networks complicates recovery. To address this, we applied edge centrality metrics, showing that the Connectivity Rank Index (CRI) effectively measures link...
Intent-Based Energy Management for Smart Grids
The rapid integration of Distributed Energy Resources (DERs) complicates modern grid management, rendering traditional manual operations inefficient. To address this, we propose an Intent-Based Energy Management System that bridges the gap between human goals and...