1. Core Cutting-edge Technology Demonstration Directions
Solid-State Batteries: Advancing Toward High Safety and Ultra-Long Range
The exhibition will highlight key achievements in the transition from semi-solid to all-solid states, with multiple companies showcasing vehicle-grade battery cells featuring energy densities exceeding 400Wh/kg.
CATL, BYD, LG Energy Solution, and others will showcase new solid-state electrolyte materials, with some technologies achieving breakthrough progress in "10 minutes of charging, 1,000 kilometers of range.".
CALB has unveiled its self-developed 60Ah all-solid-state battery, marking a crucial step forward in China's high-safety power battery sector.
Sodium-ion batteries: The commercialization milestone for low-cost energy storage
The year 2026 is dubbed the "commercialization year of sodium-ion batteries" by the industry, with companies like CATL and Natron Energy set to showcase low-cost, high-safety sodium-ion battery solutions.
The technology focuses on applications such as energy storage systems, two-wheeled electric vehicles, and low-speed transportation, with some products' costs potentially reduced to half that of lithium batteries.
During the exhibition, the "6th Conference on Novel Energy Storage Technologies and Engineering Applications" will be held to promote coordinated implementation across the industrial chain.
Large cylindrical batteries: high energy density integrated with intelligent manufacturing
EVE Energy and CATL will launch a new generation of large cylindrical energy storage batteries with capacities of 587Ah and above. Through structural optimization and material upgrades, system costs will be reduced by 10%–15%.
This technology is suitable for high-end electric vehicles and large-scale energy storage scenarios, supporting 4C fast charging and significantly improving efficiency.
II. Breakthrough in Upstream Key Materials
Silicon-based anode: Breaks through the energy density bottleneck of traditional graphite anodes, achieving higher capacity and cycling stability.
High-Efficiency Electrolyte: Novel Fluorine-Based, Solvent-Free Electrolyte Enhances Battery Thermal Stability and Resolves High-Temperature Combustion Risks.
Composite current collector: Lightweight design reduces internal resistance, enhances energy density and safety, and addresses industry "bottleneck" challenges
III. Intelligent Equipment and Green Manufacturing
AI Quality Inspection and Digital Twin Factory: Achieving Intelligent Monitoring of the Entire Battery Production Process to Enhance Yield Rates and Consistency.
Integrated Charging, Energy Storage, Inspection, and Maintenance Solution: Combining charging, energy storage, inspection, and operation functions to create a model for urban energy microgrids.
Dry electrode technology: Achieve solvent-free coating, reduce energy consumption and emissions, and promote the implementation of "zero-carbon production lines.".
IV. Cross-Domain Innovative Application Scenarios
Electric Aviation: Exhibiting a high-density aviation battery with a capacity of 500Wh/kg, suitable for eVTOL (electric vertical take-off and landing aircraft), supporting the development of urban air mobility.
Polar Exploration and Deep-Sea Investigation: Displaying Specialized Battery Systems for Stable Operation in Extreme Environments.
Space Energy Storage Technology: Exploring Energy Storage Solutions for Space Stations and Lunar Bases, Expanding Battery Application Boundaries.