Sodium Ion Car Battery, 96V Low Temperature Battery For EV, Trucks, Tractors, Transport Vehicles With IP67

⚡Better cold-climate uptime: improved low-temperature discharge keeps your fleet moving in winter.

⚡Modular & customizable: we’ll tune voltage, capacity, BMS and mounting so the pack fits your vehicle and control system.

⚡Safer handling & shipping: reduced thermal-runaway risk and simpler transport rules can cut logistics cost and lead time.

⚡Improve Vehicle Reliability: The excellent low-temp performance and enhanced safety mean your final product is more reliable. This leads to fewer warranty claims and happier customers.

⚡Future-Proof Your Designs: The industry is moving towards safer and more sustainable battery tech. By adopting Na-ion now, you position your project and your company as an innovative leader.

⚡Get a Partner in Production: We offer full customization. Our team at Bonnen Battery will work with you directly to engineer the perfect battery pack for your specs. Your success is our success.

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✅ Electric Cars (EVs) & Light-Duty Vehicles: Perfect for passenger cars and city commuters where safety and cost are key.

✅ Commercial Trucks & Transport Vehicles: Powers delivery vans and trucks reliably, especially in fleets where fast charging and long life reduce operational costs.

✅ Agricultural Machinery: Ideal for electric tractors and farm equipment that need to perform in all weather conditions.

✅ Construction & Mining Equipment: The IP67 rating and durable build make it a great choice for heavy-duty vehicles on rough job sites.

✅ Utility & Transport Carts: Provides dependable power for golf carts, warehouse vehicles, and other utility transport.

Q: What exactly is the Bonnen 96V Sodium-Ion battery ⇱ and what’s its main purpose?
A: It’s a next-generation power source designed specifically for EV projects. Its purpose is to provide a safer, more cost-effective, and reliable alternative to Li-ion batteries for a wide range of vehicles, including cars, trucks, tractors, and other transport vehicles.

Q: You claim Na-ion is “safer” than Li-ion. Can you elaborate on the specific safety advantages for my vehicle?
A: Absolutely. The core chemistry of our Na-ion battery is more stable than Li-ion. This means it has a significantly lower risk of “thermal runaway,” which is the primary cause of battery fires. This enhanced safety reduces risk for your end-users and can simplify your vehicle’s safety system design.

Q: My vehicle needs to operate in cold climates. What’s the real-world low-temperature performance of this battery?
A: This is one of our biggest strengths. Our Na-ion battery retains over 90% of its capacity even at -20°C (-4°F). Unlike Li-ion, which sees a major performance drop in the cold, your vehicles will maintain reliable power and range, reducing customer complaints in winter.

Q: You mentioned customization. What aspects of the battery pack can be customized for my project?
A: We understand that one size doesn’t fit all. We can work with your engineering team to customize the battery pack’s dimensions (size), overall capacity (kWh), and other performance specifications (specs) to ensure it integrates perfectly with your EV design.

Q: The product has an IP67 rating. What does that mean for my application?
A: The IP67 rating means the battery is fully dust-tight and can be submerged in up to 1 meter of water for 30 minutes without damage. For your project, this translates to a rugged and reliable power source that can handle harsh conditions like rain, mud, or dust, making it ideal for agricultural or construction vehicles.

Q: What is the expected cycle life of these batteries under typical EV usage?
A: Our Na-ion batteries are built for a long service life, capable of handling thousands of charge and discharge cycles. This ensures the vehicle’s battery pack will last, reducing long-term operating costs and improving the TCO (Total Cost of Ownership) for your customers.

Q: My team is familiar with designing around Li-ion batteries. Why should we make the switch to your Na-ion tech?
A: The main reasons to switch are to de-risk your project and improve your final product. You get a more stable supply chain, lower material costs, superior safety, and unmatched cold-weather performance. Adopting Na-ion now also positions your product as a forward-thinking, innovative solution in the EV market.

Q: Is this 96V pack suitable for both light EVs and heavier commercial vehicles like trucks?
A: Yes, it’s very versatile. Its robust design and power output make it an excellent choice for a wide range of applications, from city cars that need cost-effective power to commercial trucks and tractors that demand durability and reliability in tough conditions.

Q: What makes your Na-ion batteries a more sustainable or “eco-friendly ⇱” choice?
A: The sustainability comes from the materials. Sodium is far more abundant and environmentally friendly to extract than lithium. Furthermore, our batteries don’t require cobalt, a material often associated with unethical mining practices. It’s a greener choice for your brand’s image.

Q: How do I start the customization process with your engineering team?
A: Simply contact us through our website, bonnenbatteries.com. We’ll set up an initial consultation to discuss your project’s specific requirements, including power needs, space constraints, and performance targets. We act as a partner to ensure the final product is a perfect fit.

Q: Can I get a sample or a prototype pack for testing and validation?
A: Yes. We encourage testing and validation. Contact us to discuss your project timeline and technical needs, and we can arrange for a sample or prototype pack for your team to evaluate.

Q: As an EV Project Manager, what is the single biggest advantage of choosing Bonnen’s Na-ion battery for my project?
A: The biggest advantage is achieving a better balance of cost, safety, and performance. You can deliver a more reliable and safer vehicle to the market at a more competitive price point, all while simplifying your supply chain and future-proofing your technology.