12S1P 43.8V 45000mAh Semi-Solid UAV Battery | 400Wh/kg

43.8V 45Ah Semi-Solid UAV Battery Overview

43.8V 45Ah Semi-Solid UAV Battery is designed for professional drone platforms that require ultra-high energy density, lighter battery integration, and stable output in a compact 12S architecture. With a 12S1P configuration, 43.8V nominal voltage, 45000mAh capacity, 8C discharge capability, and 400Wh/kg high energy density, this model is positioned as a high energy density semi-solid UAV battery for heavy payload drones and industrial lifting UAV platforms. It supports up to 0.5C charging, weighs approximately 5500g, offers a cycle life of no less than 400 cycles, and is suitable for operating temperatures from -20℃ to 60℃.

Built on an NMC-based high energy density platform, this semi-solid UAV battery is engineered to improve the balance between usable reserve, pack weight, and payload efficiency. Compared with bulkier conventional lithium battery formats, the 43.8V 45Ah Semi-Solid UAV Battery gives UAV manufacturers and system integrators a more advanced solution for payload-focused drone projects that need practical reserve with lower battery burden.

Why This 400Wh/kg Semi-Solid UAV Battery Fits Heavy Payload Drone Platforms

For heavy payload drones, battery weight is directly linked to usable payload. In loaded takeoff, hovering, lifting, and short-to-medium route transport missions, a lighter high-energy battery helps improve payload margin, flight efficiency, and aircraft balance. The 43.8V 45Ah Semi-Solid UAV Battery fits this requirement well because it combines a practical 45Ah reserve with only about 5500g pack weight. That makes it suitable for payload-focused UAV platforms that need more efficient battery packaging instead of relying on heavier conventional packs.

Suitable for Industrial Lifting and Loaded Flight Missions

This battery is especially suitable for industrial payload UAV projects where the aircraft must carry task equipment, tools, materials, or operate under loaded flight conditions. In these missions, stable loaded output matters more than aggressive marketing claims around peak discharge. The 43.8V 45Ah Semi-Solid UAV Battery supports this application with its 8C discharge capability, practical 12S voltage platform, and lightweight semi-solid structure, making it a practical option for industrial lifting drones and loaded UAV systems.

Heavy-Duty UAV Efficiency with Lower Battery Burden

One of the clearest advantages of the 43.8V 45Ah Semi-Solid UAV Battery is that it reduces the battery weight penalty in heavy-duty drone applications. In many payload-focused UAV systems, extra battery mass quickly reduces effective carrying capability. A semi-solid battery with 400Wh/kg high energy density can help preserve more useful payload margin while still maintaining a meaningful reserve window for real working conditions.

400Wh/kg Energy Density with Production-Level Practicality

The 43.8V 45Ah Semi-Solid UAV Battery combines 45Ah usable reserve with 400Wh/kg high energy density and production-level practicality. In professional UAV platforms, energy density directly affects payload margin, integration flexibility, and sortie efficiency. This makes the battery especially attractive for customers looking for a lightweight heavy-payload UAV power solution that is suitable for real commercial deployment instead of only prototype-level performance.

The operating temperature range of -20℃ to 60℃ improves field adaptability across wider environments, while the cycle life of at least 400 cycles gives the product practical long-term value for commercial UAV projects. This makes the 43.8V 45Ah Semi-Solid UAV Battery a stronger fit for industrial customers who value advanced energy density, stable output, and dependable production readiness.

Integration Value and Structural Compatibility

With dimensions of 150(T) × 91(W) × 205(H) mm, the 43.8V 45Ah Semi-Solid UAV Battery offers strong integration value for compact and medium heavy-payload UAV airframes. Its semi-solid structure and NMC-based chemistry positioning help improve packaging efficiency and energy density for advanced drone battery design. Connector selection should be evaluated according to aircraft current platform and installation structure. XT90S, AS150U, and QS8 can be considered according to project needs, while the final connector can be customized.

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