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Our 60V 30Ah LiFePO4 e-motorcycle battery pack is a high-capacity, heavy-duty power module engineered exclusively for high-performance electric motorcycles and light commercial electric vehicles. Built on stable lithium iron phosphate (LFP) chemistry, this pack delivers a consistent 1.8kWh rated energy output, with two customizable cell configuration options to meet diverse vehicle design and operational needs. Tailored for the rigorous demands of commercial mobility operations and vehicle manufacturing partners, this long-range LFP e-motorcycle battery offers unmatched reliability, flexibility, and efficiency for two-wheeler and three-wheeler electric mobility systems.
We offer two optimized cell solutions for this commercial e-vehicle LFP battery module: Solution A uses 32700-6.0Ah cells with a 20S4P configuration, featuring a compact low-profile design ideal for vehicle frames with strict height limitations. Solution B adopts high-energy 32800-8.0Ah cells with a 20S3P configuration, reducing parallel cell count for simplified internal connections and a narrower footprint. This dual-solution design gives vehicle manufacturers maximum layout flexibility, reducing adaptation costs and shortening product development cycles for mass production.
With a 1.8kWh rated energy capacity, this high-capacity lithium iron phosphate motorcycle battery delivers consistent long-range performance, even under heavy load conditions for commercial delivery and long-distance touring. The stable discharge characteristics eliminate range anxiety during daily commercial operations, reducing charging frequency and maximizing vehicle uptime for fleet operators.
The battery pack offers a rated cycle life of 2000-3000 times, maintaining stable capacity retention throughout its service life. This predictable performance reduces unexpected battery failures and replacement costs, allowing commercial operators and fleet managers to create accurate long-term operational budgets and minimize unplanned expenses.
Weighing only 16kg (Solution B) to 17.5kg (Solution A), this pack is significantly lighter than equivalent lead-acid and ternary lithium battery packs. The optimized weight distribution improves vehicle handling, reduces chassis wear, and boosts overall energy efficiency, extending per-charge range and lowering long-term maintenance costs for commercial fleets.
Parameter | Solution A (32700-6.0Ah) | Solution B (32800-8.0Ah) |
Nominal Voltage | 60V | 60V |
Nominal Capacity | 30Ah | 30Ah |
Rated Nominal Energy | 1.8kWh | 1.8kWh |
Cell Chemistry | LiFePO4 (Lithium Iron Phosphate) | LiFePO4 (Lithium Iron Phosphate) |
Configuration | 20S4P | 20S3P |
Cycle Life | 2000-3000 times | 2000-3000 times |
Dimensions (L×W×H) | 176×176×251mm | 176×143×363mm |
Net Weight | 17.5Kg | 16Kg |
High-Performance E-Motorcycle Manufacturers: Ideal for mass production matching for high-power, long-range electric motorcycle models, with customizable configurations to fit diverse frame designs.
Urban Commercial Cargo Delivery & Logistics Fleets: Perfect for electric two-wheeler and three-wheeler delivery vehicles, supporting high-frequency daily operation for last-mile logistics and urban delivery services.
Long-Distance Touring E-Mobility Service Providers: Reliable power source for rental e-motorcycle fleets serving cross-city touring and scenic spot sightseeing operations.
Light Commercial Electric Trike Operators: Suitable for heavy-duty cargo trikes used in wholesale markets, agricultural transportation, and urban material handling.
We offer two standardized cell solutions: Solution A (32700-6.0Ah, 20S4P) with a low-profile design for height-restricted frames, and Solution B (32800-8.0Ah, 20S3P) with a narrow footprint for flexible layout. Both solutions support customized adjustments to meet specific vehicle manufacturing requirements.
Yes. This heavy-duty e-motorcycle battery pack is engineered for high-frequency daily use, with a stable 2000-3000 cycle life, robust discharge performance, and built-in protection features to withstand the rigors of all-day urban delivery operations, minimizing charging downtime and maximizing fleet productivity.
Absolutely. Our engineering team can adjust the cell configuration, housing dimensions, and connector layout based on your specific vehicle frame requirements, ensuring seamless integration and reducing your product development and adaptation costs for mass production.
The pack integrates a fully functional BMS that provides comprehensive protection against over-charge, over-discharge, short-circuit, and over-temperature events. The inherently stable LiFePO4 chemistry also delivers superior thermal safety compared to other lithium chemistries, ensuring reliable operation in demanding commercial environments.
