Entity 2 cell chemistries translated into deployable battery products for industrial use — across coin cells, prismatic modules, portable storage and fuel-cell-coupled packs. Each format addresses a distinct segment of the Indian industrial, e-mobility and consumer electronics landscape.
Configured
For Industry
Battery Products
From a Coin Cell
to a drive-chain.
A spectrum of battery products engineered for industrial use — coin cells for IoT, automotive prismatic for EV drive chains, hybrid fuel-cell coupled packs for industrial baseload, and Mini-Magic portable storage for consumer applications. Every product traces back to Entity 2's IP-protected cell architecture.
SSSB Coin
Cell
Coin cell form factor built on Solid-State Sodium Silicate Technology. Think of this as a drop-in replacement for the CR2032 battery — but with a chemistry that isn't mined from contested supply chains, doesn't leak, and lasts exponentially longer.
Form Factor
Coin Cell
Chemistry
SSSB
Applications
IoT · Wearables · Sensors
HKBFC — Base Fructum Cone
A proprietary geometric cell casing architecture (Base Fructum Cone) enabling tighter pack densities and improved thermal management over cylindrical formats. Like switching from stacked discs to tessellating hexagons — the same volume, more active material, less dead space.
Architecture
Fructum Cone Geometry
Advantage
Higher Pack Density
Thermal Mgmt
Improved
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Mini-Magic — Portable Storage
Consumer-grade portable storage device capable of recharging phones and laptops. The sodium-silicate chemistry means no "battery memory" degradation, no fire risk in carry-on luggage, and a sustainable disposal story — the missing chapter in every lithium power bank sold today.
Use Case
Phone & Laptop Charging
Safety
Non-flammable Chemistry
Disposal
MECC-Recoverable
Prismatic Super-Performance
Automotive-grade prismatic pack for drive-chain applications. Like swapping a conventional internal combustion gearbox for a direct-drive axle motor — fewer moving parts, predictable power delivery, elimination of thermal runaway risk that currently grounds EV fleets after monsoon flooding.
Format
Prismatic Module
Target
EV / HEV Drive Chain
Safety Class
No Thermal Runaway
Fuel-Cell Coupled
Pack
SSSB battery pack integrated with a hydrogen-producing fuel cell — the combination that powers the Pinakin HPFC platform. The battery acts as the buffer capacitor and peak-demand absorber; the fuel cell is the steady-state generator. Hybrid generator where the battery is the flywheel and hydrogen is the fuel reservoir.
Configuration
Battery + HPFC Hybrid
Role
Buffer + Baseload
Fuel Input
Hydrogen
E2-BAT-PRIS · EV / HEV
Prismatic
Drive Pack
Built for EV and HEV drive-chain applications. The prismatic module integrates Entity 2's SSSB-derived cells into an automotive-grade thermal-managed pack format, with no thermal runaway pathway — a structural answer to the monsoon-flood failure mode that currently grounds Indian EV fleets.
Like swapping a conventional internal combustion gearbox for a direct-drive axle motor — fewer moving parts, predictable power delivery, and an elimination of the safety incident class that has defined the lithium-ion era.
Pack Parameters
Format
Prismatic Module
Target
EV / HEV Drive Chain
Safety
No Thermal Runaway
Underlying Cell
SSSB-Derived
Disposal
MECC-Recoverable
Featured Battery
Prismatic.
Super-Performance.
Where These Batteries Ship
From Wearables
To Highways.
The Entity 2 battery product portfolio addresses every layer of the Indian and global power demand curve — from sub-watt biomedical sensors to multi-megawatt fleet electrification. Same IP architecture, calibrated form factor.
Performance
Numbers, Not Slides.
208.48
mAh/g · SSSB specific capacity
10,000
Cycles · SSSB stability
1.705
kWh/kg · SSSB gravimetric energy
96%+
MECC material recovery efficiency