LiFePO4 Battery Solutions for Three-Wheel Vehicles

Cargo tricycles typically require 60V-72V 100-150Ah battery packs depending on load weight and terrain. Heavy cargo applications may require up to 200Ah for extended range. Contact us with your tricycle specifications for a custom recommendation.

Yes, our batteries support high continuous discharge rates (2-3C) suitable for heavy cargo applications. The BMS is optimized for high-current operation with excellent thermal management.

Absolutely. All our tricycle batteries feature IP65 or higher water resistance ratings, with durable casings designed to withstand rain, dust, and outdoor operating conditions.

Range depends on battery capacity, load weight, and terrain. A typical 60V 100Ah battery provides 80-120km range for a passenger tricycle on flat terrain. Cargo tricycles may achieve 60-80km per charge depending on load.

Yes, we offer custom battery boxes and mounting brackets designed for various tricycle models. Our batteries can be configured for under-seat, rear-mounted, or custom installations.

Electric three-wheelers commonly use lead-acid batteries and lithium batteries. Lead-acid batteries are often selected for lower upfront cost, while lithium batteries are increasingly preferred for their lighter weight, longer cycle life, faster charging capability, and higher energy efficiency.

For passenger electric three-wheelers, lithium batteries are often a better choice because they provide stable power output, lighter vehicle weight, longer service life, and improved driving range. The best battery still depends on passenger load, daily mileage, charging conditions, and market requirements.

Cargo electric three-wheelers usually require battery packs with higher capacity, reliable discharge performance, and durable cycle life. Lithium battery solutions are well suited for cargo applications because they can better support heavy loads, frequent starts, climbing, and delivery operations.

Choosing the right battery depends on vehicle type, passenger or cargo application, motor power, controller parameters, target range, payload, charging method, climate conditions, and budget. A proper battery solution should match the voltage, capacity, discharge rate, size, and connector requirements of the vehicle.

Lithium batteries are lighter, have longer cycle life, charge faster, and usually provide better efficiency than lead-acid batteries. Lead-acid batteries generally have a lower initial cost, but they are heavier, have a shorter service life, and may require more frequent replacement.

For commercial three-wheeler fleets, lithium batteries are typically the better option because they support higher daily usage, faster charging turnaround, longer cycle life, and lower maintenance requirements, helping reduce long-term operating costs.

Battery lifespan depends on chemistry, usage pattern, charging habits, depth of discharge, and operating environment. Lead-acid batteries usually have a shorter service life, while lithium batteries can offer significantly more charge cycles and longer overall lifespan when properly managed.

The range of an electric three-wheeler depends on battery capacity, motor efficiency, payload, speed, terrain, driving habits, and temperature. Passenger and cargo models can have very different range results, so the battery pack should be selected according to the actual application and mileage target.

Yes. Our battery packs can be designed with suitable voltage, capacity, and discharge performance to support high-load cargo tricycles and delivery three-wheelers operating under frequent stop-and-go and demanding transport conditions.

Yes. We provide battery solutions for passenger electric tricycles, cargo electric tricycles, and utility three-wheelers. Different applications require different pack designs in voltage, capacity, output performance, size, and protection level.

Yes. We support OEM and ODM battery solutions for electric three-wheelers, including custom pack design, branding support, BMS configuration, housing design, connector matching, and application-based performance optimization.

Yes. We can customize voltage, capacity, battery pack dimensions, housing structure, connector type, and other key specifications to match different electric three-wheeler models and project requirements.

Yes, we offer custom battery boxes and mounting brackets designed for various tricycle models. Our batteries can be configured for under-seat, rear-mounted, or custom installations.

Our three-wheeler battery packs are typically designed with multiple protections, such as overcharge protection, over-discharge protection, overcurrent protection, short-circuit protection, temperature protection, and cell balancing through the battery management system.

Yes. Depending on project needs, our battery solutions can be developed to prioritize fast charging, long cycle life, or a balance of both. Final performance depends on cell selection, BMS design, thermal management, and charging conditions.

We ensure stable quality through standardized cell sourcing, incoming material inspection, pack assembly controls, BMS verification, in-process quality checks, finished product testing, and shipment inspection to maintain consistency across bulk orders.

Certification support depends on the target country, battery chemistry, and application scenario. Common documents may include UN38.3, MSDS, CE, and other market-specific certifications where applicable.

Before shipment, our battery packs are typically tested for voltage, capacity, charge and discharge performance, internal resistance, BMS function, safety protection response, appearance, and overall pack consistency.

For B2B customers, we provide warranty coverage, application consultation, battery selection guidance, engineering support, documentation assistance, and after-sales response based on the project scope and cooperation model.