Advanced Sodium Ion Car Battery Modules by Siri TechnoFabs
Empowering the next generation of electric mobility. Siri TechnoFabs integrates the latest sodium ion car battery tech to deliver safety and range for India’s mass-market EVs.
EV Fleet Solutions
The Future of Mass-Market Electric Vehicles
By 2026, the sodium ion car battery has become the primary driver for affordable EVs. Our technical approach combines the cost benefits of abundant salt with high-density molecular engineering to provide a credible alternative to LFP packs.
Unmatched Cold Performance
Unlike lithium-ion which fails in freezing conditions, the latest sodium ion car battery technology retains exceptional capacity at -20°C. This makes it the only reliable choice for electric mobility in the Himalayan regions and Northern India winters.
Rapid Industrial Charging
Equipped with superior ion-transport kinetics, our prismatic cells support ultra-fast charging protocols. Drivers can achieve an 80% charge in under 15 minutes, significantly reducing "range anxiety" for city commuters and commercial fleets alike.
Dual-Star Hybrid Integration
We offer specialized hybrid pack designs that mix sodium and lithium cells. This maximizes the energy density for a 500km range while utilizing the sodium ion car battery safety profile and cost-efficiency for the bulk of the module capacity.
Safety & Engineering Roadmap for 2026
At Siri TechnoFabs, we prioritize the physical security of the passenger. Our sodium ion car battery chemistry is inherently non-flammable and stable up to 70°C. By utilizing aluminum current collectors, we not only reduce weight but also ensure the cell can be discharged to 0V for completely safe shipping and storage.
- BIS Certified: Rigorous mechanical impact and thermal testing.
- Long Lifecycle: Exceeding 3,500+ deep discharge EV cycles.
- Local Integration: Sourced and assembled for India's extreme road conditions.
EV Technical FAQ: Sodium Power
Can a sodium ion car battery support long-range travel?
Yes. Current 2026 modules deliver densities up to 175 Wh/kg, which, when integrated into optimized chassis, supports a driving range of 400-500 km for passenger vehicles.
Is it safer than Lithium-ion during an accident?
Sodium chemistry has much higher thermal stability and is far less prone to thermal runaway (fire) during high-impact collisions or battery perforation compared to standard Lithium NCM.
How does the total cost of ownership compare for EV fleets?
Fleet owners benefit from a 30% lower acquisition cost and reduced maintenance expenses, as sodium-ion systems do not require complex and heavy active thermal management cooling rigs.
Electrify Your Fleet with Confidence
Consult with the automotive engineers at Siri TechnoFabs to integrate sustainable, salt-based power into your EV roadmap.
Consult Our Automotive Team