Smart Management of Electric Energy Storage
For electrified transportation and energy storage systems, this research aims to enhance battery safety, lifetime management, and asset decision-making capabilities, and to build an intelligent health management system with state awareness, risk early warning, lifetime prediction, and decision-support functions.
Vehicle System Energy Optimization
Through intelligent energy management and optimization, this research empowers energy systems for various types of mobile platforms, promotes green mobility and intelligent manufacturing, and creates greater social, economic, and environmental value.
Vehicle-Charger-Building-Grid-Storage-Microgrid Integration
Promoting the deep integration of charging infrastructure, buildings, the power grid, energy storage, and microgrids can effectively improve local consumption of distributed energy, reduce the impact of charging facilities on the power grid, support the development of new power systems and the achievement of China’s dual-carbon goals, and advance vehicle–grid interaction and virtual power plants from pilot demonstrations to regular commercial operation.
Transportation-Energy Strategy Planning and Deployment
To address the needs of transportation energy transition, this research develops an integrated planning and deployment framework covering demand, infrastructure, operation, and transition, supporting infrastructure development, market evolution assessment, and low-carbon transition decision-making.
Collaboration Cases
Extensive Collaboration Network
Global Academic Collaborations
Research–Production–Commercialization Chain
