
Heavy Equipment Battery, 400V/ 500V/ 600V Industrial Lithium Battery Pack For Mining, Construction, All-In-One Power Unit
At Bonnen Battery, we know heavy-duty jobs need heavy-duty power. Introducing our integrated High-Voltage Industrial Lithium Battery Pack, designed specifically for the demanding environments of mining and construction.
This isn’t just a battery. It’s a complete, intelligent power solution in a single, compact box. We’ve combined a powerful 400V, 500V, or 600V lithium battery pack, an advanced liquid cooling system ⇱, and an Onboard Charger (OBC) ⇱ into one unit. The cooling module and OBC are housed in a separate, independent compartment for maximum safety and easy maintenance. It’s the simple, reliable, and powerful heart your heavy equipment needs to perform day in and day out.
Free Custom Design
24/7 Engineer Support Services
Certification: Compliance with MSDS, UN38.3, CE, CB, IEC 62619, UL
Product Features for Bonnen Heavy Equipment Battery
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| Item | Parameter | |
| Components Include | 3.3kW Liquid cooling system, 6.6kW OBC, PDU | |
| Battery Configuration | 130S1P | |
| Nominal Voltage | 409.5V | |
| Rated Capacity | 87Ah | |
| Recommend Charge Current | 20A | |
| Max continuous discharge Current | 87A | |
| Working Voltage Range | 364V-455V | |
| BMS with CAN communication | Yes | |
| Dimension(L×W×H) | 1350*845*655mm | |
| Plywood case package dimension | 1450*965*850mm | |
| System Weight | 506KGS | |
| Gross Weight | 590KGS | |
| Housing | 3mm Q235 carbon steel | |
| IP Class | Battery IP66; Liquid cooling unit IP22 | |
| Cycle Life | 3000 Times(Capacity≥80%) | |
| Operating Temperature | Charge | 0ºC~45ºC; 23oF~113oF |
| Discharge | -20ºC~60ºC;-4oF~149oF | |
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Mining Equipment: Electric haul trucks, underground loaders, and personnel carriers.
Construction Machinery: Electric excavators, wheel loaders, rollers, and cranes.
Agricultural Vehicles: Electric tractors, harvesters, and sprayers.
Port & Material Handling: Large-scale forklifts, terminal tractors, and AGVs (Automated Guided Vehicles).
Any heavy-duty diesel-to-electric conversion project.

Simplify Your Procurement: Source one complete power unit from one supplier. No more managing three different vendors and part numbers for the battery, charger, and cooling system.
Speed Up Your Engineering & Assembly: As an integrated “drop-in” solution, this unit drastically cuts down on design, integration, and assembly time. Your machines get built faster.
Reduce Project Risk: All components are designed and tested to work together perfectly. You eliminate compatibility problems between the battery, charger, and cooling system.
Lower Total Cost of Ownership (TCO): The highly efficient liquid cooling extends the battery’s service life and reduces maintenance, delivering a better long-term return on investment (ROI).
Get a Perfect Fit for Your Project: We work directly with your engineering team. We’ll build a battery to your exact specs, so you don’t have to compromise your machine’s design for an off-the-shelf battery.
Increase Machine Uptime & Reliability: A smarter, cooler-running battery is a more reliable battery. That means more hours on the job and less time in the shop for your equipment.
Direct-from-Manufacturer Support: You’re not dealing with a middleman. Get technical answers and support directly from the Bonnen Battery engineers who designed your pack.
Build a More Competitive Product: Offering equipment with a fully integrated, intelligent power system is a major selling point. It makes your product smarter, more efficient, and more attractive to your customers.
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1. What do you mean by an “All-in-One” or “Integrated” Power Unit?
This means you get the three essential components for your electric machine in a single, pre-engineered package. Instead of sourcing a battery, a liquid cooling system, and a charger separately, you get one unit where everything is already designed to work together perfectly.
2. Can I purchase just the battery pack without the integrated Onboard Charger (OBC) and liquid cooling?
While the primary benefit is the integrated design, we are a custom manufacturer. If your project has unique requirements, such as using your own existing charger or a different cooling method, please contact our team. We can discuss a solution tailored for you.
3. You list 400V, 500V, and 600V. Can you provide a custom voltage for my specific project?
Absolutely. The listed voltages are our standard models, but we specialize in custom projects. We can design and build a battery pack to the exact voltage and capacity your equipment requires.
4. How does the liquid cooling system improve the performance and lifespan of my equipment?
Liquid cooling actively manages the battery’s temperature, keeping the cells in their ideal range even under heavy loads or in extreme weather. This prevents overheating, which results in more consistent power, significantly longer battery cycle life, and greater overall reliability for your machine.
5. How does this integrated design simplify my team’s installation and assembly process?
Your engineering and assembly teams will save a significant amount of time. Instead of figuring out how to mount and connect three separate components, they install one compact unit with clear connection points. This reduces complexity, wiring, and potential compatibility issues, speeding up your production line.
6. My equipment has very specific size and shape requirements. Can you customize the pack’s dimensions?
Yes. This is one of our key strengths. We will work with your design drawings (or help you create them) to build a battery pack that fits perfectly into the space you have available.
7. What communication protocols does the Battery Management System (BMS) support? Can it integrate with our vehicle control unit (VCU)?
Our smart BMS typically supports the CAN bus protocol, which is the standard for most heavy equipment. We can customize the communication to ensure it integrates seamlessly with your machine’s VCU, providing you with all the necessary data like State of Charge (SOC), temperature, and system status.
8. What’s the main advantage of buying your integrated unit versus sourcing a battery, cooler, and charger separately?
The main advantage is simplicity and reliability. You eliminate the risk of components being incompatible. You have one point of contact for support and one supplier to manage. This saves your purchasing and engineering teams time and prevents costly project delays.
9. How do you ensure the safety of this high-voltage system, especially with liquid cooling involved?
Safety is our top priority. Our BMS provides comprehensive protection against over-charging, over-discharging, short circuits, and high temperatures. Furthermore, the liquid cooling and charging components are housed in an independent, sealed compartment within the pack, separate from the battery cells, to maximize safety.
10. What is the expected cycle life of the battery pack, and how does the BMS help achieve that?
With our advanced liquid cooling and smart BMS, you can expect a very long service life, typically in the thousands of cycles. The BMS contributes by ensuring each cell is perfectly balanced and protected from stress, which is critical for longevity.
11. What is the process for ordering a custom battery pack for my project?
The process is simple. First, you contact us with your project requirements (voltage, capacity, size, etc.). Our engineers will then work with your team to finalize the design. Once you approve the technical specifications and quote, we move into production.
12. What types of heavy equipment are these power units best suited for?
They are ideal for any demanding application in mining, construction, agriculture, and material handling. This includes electric excavators, haul trucks, wheel loaders, large forklifts, and any project where you are converting diesel equipment to electric power.
13. If my engineering team has technical questions, who will we be speaking with?
Your team will be speaking directly with our experienced battery engineers. You get direct access to the experts who design the packs, ensuring you get clear, accurate technical answers quickly.
14. You mention a lower Total Cost of Ownership (TCO). How is that achieved?
The lower TCO comes from several factors: a longer battery lifespan (fewer replacements), reduced maintenance needs, higher energy efficiency, and faster assembly time for your equipment. Your initial investment pays off over the life of the machine.
15. How do I get a quote and start the conversation for my project?
The best way to start is by visiting our website at bonnenbatteries.com and filling out our contact form. You can also email us directly with your project details. Our team will get back to you promptly to discuss your needs and provide a preliminary quote.
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