Two chemistries, one standard of evidence.
We build NMC and LFP pouch cells, design them for how India uses batteries, and trace every cell from assembly to its test data.
The chemistry follows the job.
Neither chemistry is best everywhere. We choose per application.
NMC
Nickel manganese cobalt cathodes store more energy for their weight, which suits two- and three-wheelers where every kilogram counts.
LFP
Lithium iron phosphate trades some energy density for long cycle life, thermal stability and materials without cobalt or nickel, which suits stationary storage and hard daily duty.
Pouch first, other formats when needed.
PouchNow
Our first cells are pouch cells: flexible in size and quick to iterate in the lab.
Cylindrical and prismaticOn demand
Other formats follow when a customer programme needs them.
Designed for Indian conditions.
Heat
Cells are designed and tested with Indian ambient temperatures in mind, not a mild lab default.
Duty cycles
Two- and three-wheelers and storage are cycled hard, often daily. We test against those patterns.
Local materials
We evaluate domestically available materials and suppliers as part of the cell design, not as an afterthought.
Every cell has a barcode, and every barcode has its data.
Each cell carries its barcode from assembly through formation to testing. Its test data is linked by that barcode alone, so what you see in the Cell Lab is the history of that exact cell.
What's next: a passport for every cell.
The same data that follows each cell today can follow it into a pack: assembly, formation and grading records that pack makers can build on. Our smart-pack work is a reference design for that idea, shown here as a roadmap only.
Notes from the lab
Short explainers that teach one measurement at a time, linked to real data.