High-Energy & High-Power Li-ion
High-nickel cathode · Silicon-carbon anode · Graphene-enabled interface engineering
TECHNICAL ARCHITECTURE
From materials technology and interface innovation to advanced battery systems.
Jishun connects electrochemical foundations, cell and product development, and system integration to create application-specific battery systems.
- 01
Materials Technology
Work across silicon-carbon, high-nickel cathode, lithium titanate and graphene-modification routes supports the electrochemical foundation for advanced cells.
- 02
Interface Innovation
Electrode formulation, pore structure, conductive networks and interfacial control connect material behaviour with current distribution, thermal behaviour and mechanical stress.
- 03
Battery Systems
Cell architecture, PACK structure, BMS, thermal management and protection are developed around the operating profile, charging window and integration constraints.
IP ARCHITECTURE
A technology portfolio built on 40 granted patents.
The accumulated portfolio includes 39 invention patents and 1 utility model across six technology and process categories.
40Granted patents across the technology portfolio39 invention patents + 1 utility model
- 01Silicon-Carbon Anode
- 02Graphene
- 03Lithium Titanate
- 04High-Nickel Cathode
- 05Solid Electrolyte Technology Reserve
- 06Cell Manufacturing & Process
TECHNOLOGY PORTFOLIO
Technology Portfolio
Commercial platforms, development programmes and longer-horizon technology routes.
Semi-Solid-State Technologies
Related cell and process development and validation
Hybrid & Ultra-High-Power Systems
Hybrid capacitor-battery systems · Supercapacitors · Ultra-high-power technology routes
PRODUCT DEVELOPMENT & VALIDATION
Product Development & Validation
Available resources span materials research, electrode development, pouch-cell prototyping, performance testing, pilot validation, PACK development, application validation and process-transfer collaboration.
- 01
Research
Materials and electrode development.
- 02
Prototype
Pouch-cell and PACK prototyping.
- 03
Testing
Performance testing against defined requirements.
- 04
Pilot Validation
Pilot-scale development and validation.
- 05
Application Validation
Evaluation in representative operating conditions.
- 06
Industrialisation
Process transfer and manufacturing collaboration.