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Measuring in at 412 x 79.4 x 269mm, this battery is anything but compact...

It boasts a remarkable peak current output of up to 150A, showcasing its true power!

The latest casing features an IP65 rating, ensuring excellent protection against dust and water.

Equipped with a built-in Battery Management System (BMS), it facilitates cell monitoring, balancing, and reprogramming. We’ve successfully boosted performance, offering 40% more constant current than the previous model and a striking 100% increase in peak power, all thanks to the integrated heatsink that enables active cooling.

This battery pack meets all relevant safety and transportation standards, utilising two different cell types. This flexibility allows FRIWO to manufacture packs more swiftly based on cell availability, while both configurations deliver the same performance and certifications.

FRIWO has also crafted a charger specifically for this pack, ensuring a perfect synergy for efficient charging and extended cycle life.

This battery pack is available individually or as part of the electric powertrain kit.

Technical Specifications

• Nominal Voltage: 50.4V (14S configuration)
  
• Battery Capacity: 12P cell configuration providing up to 40.2Ah per pack
  
• Maximum Continuous Discharge: 70A
  
• Peak Output: 150A
  
• Parallel Compatibility: Multiple packs can be connected in parallel to increase total power and capacity
  
• Charging Time: Rapid charging capabilities allow full recharge within 2-3 hours with high-power chargers
  
• Battery Chemistry: Lithium-ion cells for high energy density and long lifecycle
  
• Protection System: Integrated Battery Management System (BMS) for overcharge, over-discharge, and thermal protection

Why Agriculture Needs Swappable Battery Packs?

Agricultural operations involve long hours and demanding workloads. Traditional fuel-powered machines have long dominated the industry, but electric alternatives are proving to be more sustainable and cost-effective. However, one of the biggest challenges of electric agricultural equipment is battery life. A swappable battery system addresses this challenge in several ways:

• Continuous Operation: When one battery runs out, another can be swapped in instantly, reducing downtime and increasing productivity.
  
• Scalability: Farmers can connect multiple batteries in parallel, increasing the equipment’s power and capacity to match workload demands.
  
• Reduced Fuel Costs: Electricity is generally cheaper than fuel, and with renewable energy options, farms can further cut operating costs.
  
• Eco-Friendly: With zero emissions, electric equipment reduces the farm’s carbon footprint, making operations more sustainable.
  
• Longevity & Reliability: Advanced battery management systems ensure a longer lifespan and optimized performance.

Parallel Battery Configurations for Maximum Efficiency

One standout feature of swappable battery packs is their ability to be connected in parallel. This means that multiple batteries can work together, increasing both capacity and output. For heavy-duty agricultural tasks, this ensures that tractors, irrigation systems, and other equipment receive the power they need without requiring frequent battery swaps.

For example, a single battery pack may be sufficient for smaller farming tools like electric tillers or sprayers, but for high-powered machinery such as tractors and combines, multiple packs can be linked together to deliver the necessary energy output. This flexibility allows farmers to scale their power needs based on specific tasks, ensuring that even the most demanding equipment can run efficiently without frequent downtime. This adaptability makes swappable battery packs a future-proof investment.

Use Cases in Agriculture

• Electric Tractors: Using swappable battery packs ensures that tractors remain operational throughout the workday without long charging breaks.
  
• Irrigation Systems: A reliable power source for pumps and irrigation controllers, keeping crops hydrated efficiently.
  
• Drones & Autonomous Machinery: Many farms are incorporating drones and robotic equipment, which require portable and scalable power solutions.
  
• Harvesting Equipment: Electric harvesters can run longer with parallel battery setups, improving yield efficiency.

Conclusion

Swappable battery packs are revolutionising agricultural equipment by making electric power more practical and efficient. With their ability to enable continuous operation, reduce fuel costs, and scale power needs by connecting multiple units in parallel, these batteries offer a reliable and eco-friendly solution for modern farms. The ability to connect multiple batteries in parallel ensures scalability, continuous operation, and enhanced productivity. As farms continue to adopt electric solutions, investing in this flexible and sustainable power source will be key to a more profitable and environmentally friendly future.

Are You Ready for the Future of Farming?

If you're looking to upgrade your agricultural equipment with swappable battery technology, now is the time to explore the possibilities. Contact a supplier today to learn more about available options or visit our website for detailed product specifications and purchasing information. Stay ahead of the curve and power your farm with innovation!