Investor Relations
Prismatic Cell Architecture
High-capacity cell platforms for Energy Storage Systems, industrial applications, renewable energy integration and utility-scale storage.
Technology
Commercial LFP prismatic cell technology for India
LiFePO4 (LFP) prismatic cell technology is the core foundation of Jyothsnaa Li-Tech Pvt. Ltd.'s commercial manufacturing roadmap. The focus is cell architecture, manufacturing process discipline, safety systems and domestic production capability for energy storage applications.
Thermal Stability
Long Cycle Life
Safe Chemistry
India-Ready Manufacturing
Technology Focus Areas
Cell formats and manufacturing knowledge
Focused technology streams cover prismatic, cylindrical and pouch lithium-ion cells, selected for different power, energy density, packaging and scale requirements.
Cylindrical Cell Architecture
Spirally wound cell design with casing, separator, positive and negative electrodes, safety venting and terminal structure for robust lithium-ion applications.
Pouch Cell Architecture
Lightweight cell structures suitable for next-generation energy storage, high energy density applications and emerging battery platforms.
Process Knowledge
From material handling to formation testing
The technology foundation includes understanding of raw material ecosystems, electrode preparation, coating behavior, cell assembly, electrolyte handling, formation, aging, grading and quality validation.
Localization
Built around Indian manufacturing needs
The objective is to localize technology, validate processes, develop Indian supply chain participation and reduce strategic dependence on imported battery ecosystems.
Production Flow
Simple lithium-ion cell manufacturing flow
A clean view of the major production stages from raw materials to validated cells. This is designed for readability, not as a dense engineering drawing.
Material Prep
Active materials, binders, solvents and conductive additives prepared for slurry mixing.
Electrode Coating
Slurry coating, drying, calendaring and electrode sheet preparation.
Cell Assembly
Stacking or winding, tab welding, enclosure preparation and electrolyte filling.
Formation
Initial charging, activation, aging and stabilization of electrochemical performance.
Testing
Capacity grading, safety checks, internal resistance testing and quality validation.
Pack Ready
Approved cells move toward module, pack and application-specific integration.
Next Phase: Solid-State Production Pathway
Solid-state battery technology is positioned as a future production phase after commercial lithium-ion manufacturing maturity, focusing on higher energy density, improved safety and advanced cell architecture.
Future Technology Roadmap
R&D priorities for safer and higher performing cells
Advanced Chemistries
Evaluation of next-generation lithium-ion chemistries for performance, cost and manufacturability.
Thermal Stability
Improved safety behavior, thermal management and reliability for Indian operating conditions.
Fast Charging
Development pathways for higher charge acceptance, cycle life and application-specific duty cycles.
Solid-State Pathways
Long-term research direction toward solid-state battery platforms and high energy density architectures.
Technology built for commercial production discipline
The core goal is repeatable Indian LFP cell manufacturing supported by chemistry knowledge, process control and quality systems.