Scene Introduction
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Powered by LIMXPOWER 400Wh/kg high-energy-density cells, electric surfboards can achieve a major improvement in ride time without increasing battery weight. In a comparable battery space, operating time can be extended from around 45 minutes to approximately 75–90 minutes, giving riders longer sessions, stronger sustained output, and more freedom on the water. Alternatively, the battery system can be made significantly lighter while maintaining the same runtime, improving acceleration, handling, and overall board agility.
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With LIMXPOWER 400Wh/kg cells, electric motorcycles can achieve a clear upgrade in range, weight efficiency, and performance. In a similar battery weight class, city riding range can be increased from around 160 km to approximately 220–240 km, depending on riding speed, load, and thermal design. For manufacturers prioritizing lightweight design, the same range can be maintained with a smaller and lighter battery system, improving acceleration, braking response, and overall ride handling.
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For solar panel cleaning robots, LIMXPOWER 400Wh/kg cells enable longer continuous operation and fewer battery swaps in the field. A battery system that typically supports around 4 hours of cleaning can be upgraded to approximately 8–10 hours of working time under practical conditions, helping robots cover larger solar arrays in a single shift. The higher energy density also allows the robot to reduce battery weight while maintaining endurance, lowering pressure on the panel surface and improving mobility across large PV installations.
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For electric assist bicycles, LIMXPOWER 400Wh/kg cells help deliver longer range without making the frame bulky or heavy. In the same battery volume and weight class, usable capacity can increase by around 50–60%, supporting longer commuting, touring, and high-performance riding scenarios. If the target range remains unchanged, the battery pack weight can be reduced by approximately 35–40%, making the bike lighter, easier to handle, and more suitable for premium lightweight e-bike designs.
All the above cases have been practically verified. Due to confidentiality regulations, we are unable to display the actual photos and test records. Thank you for your understanding.
