Batteries, ESS, lithium-ion and LFP chemistry, hydrogen, e-mobility, recycling, and power infrastructure
WBE 2025 will highlight technologies that support the full lifecycle of battery development and deployment: raw materials, cell manufacturing, battery modules and packs, energy storage systems for residential, commercial, and utility-scale use, and advanced recycling solutions.
Key subtopics include solid-state batteries, sodium-ion alternatives, battery-as-a-service (BaaS) models, and smart battery management systems (BMS) for grid integration and e-mobility. Lithium iron phosphate (LFP) and NMC cell chemistries will be analyzed across performance, cost, and safety criteria. Advanced fire prevention solutions and automated cooling systems will also be demonstrated.
The hydrogen segment will feature both PEM and alkaline fuel cells, hydrogen production equipment, onboard tanks, and modular systems for telecom, transportation, and off-grid energy. Innovations in electrolyzer efficiency, storage materials, and hybrid setups integrating PV, ESS, and hydrogen will be at the forefront.
A new track will focus on charging infrastructure: AC and DC fast charging stations, software for energy balancing, V2G (Vehicle to Grid) integration, and multi-standard chargers (GB/T, CCS2, CHAdeMO). Exhibits will range from 7kW home chargers to 480kW commercial rapid charging stations, complete with cloud-based control interfaces.
Sustainability will be emphasized through closed-loop battery recycling processes, second-life applications, and emissions reduction in battery production. Visitors can explore ESG-certified supply chains, energy-efficient factory systems, and automated quality control powered by AI and machine vision.