6S1P 22000mAh 22.2V 7C 488.4Wh Semi-Solid State UAV Drone Battery
The AervoEnergy 6S1P 22000mAh 22.2V 7C 488.4Wh Semi-Solid State UAV Drone Battery is an industrial lithium battery pack engineered for heavy-payload commercial drones, agricultural plant protection, and long-endurance flight platforms. Powered by AE-A270H1 semi-solid state pouch cells, it delivers 5C continuous discharge (7C peak), an energy capacity of 488.4Wh, and ≥400 Cycles (0.2C/3C @ ≥70%). Designed with high thermal stability and customizable industrial connectors, it provides dependable power delivery for demanding enterprise aerial operations.
Product Specifications
| Model | AE-A270H1-6S1P |
|---|---|
| Configuration | 6S1P |
| Nominal Capacity | 22000mAh |
| Nominal Voltage | 22.2V |
| Nominal Energy | 488.4 Wh |
| Max. Discharge Rate | 7C |
| Cycle Life | ≥400 Cycles (0.2C/3C @ ≥70%) |
| Dimensions | 63(T) x 70(W) x 171(H) mm |
| Weight | 1798.3g (±100g) |
| Airframe Compatibility | Long-Endurance Aerial Surveying Drones & Medium Security Inspection UAVs |
| Applications | Infrastructure Inspection, Mapping & Surveying |
Note: Dimensions and weight are preliminary estimates based on cell specifications. Final pack dimensions and total weight are subject to structural design and physical validation. BMS is not included.
Product Overview
The AervoEnergy 6S1P 22000mAh 22.2V 7C 488.4Wh Semi-Solid State UAV Drone Battery is an industrial-grade lithium battery pack engineered for heavy-payload commercial drones, agricultural spraying UAVs, and long-endurance surveillance platforms. Built with advanced semi-solid state pouch cells, this battery pack combines high gravimetric energy density with enhanced thermal stability, providing a dependable power source for demanding aerial missions.
Assembled in a 6S1P configuration using AE-A270H1 semi-solid state cells, the pack delivers a rated capacity of 22000mAh and 488.4Wh of nominal energy. With an engineered weight of approximately 1798.3g (±100g) and compact dimensions of 63(T) x 70(W) x 171(H) mm, it offers an optimal balance between energy storage and airframe payload capacity.
Discharge Performance & Flight Stability
The battery pack is rated for 5C continuous discharge with a maximum instantaneous pulse capability of up to 7C. This discharge profile ensures steady voltage delivery during high-throttle flight phases, including fully loaded takeoff, vertical climb, and maneuvering in gusty conditions, helping maintain predictable motor RPM and consistent telemetry data.
Semi-Solid Electrolyte & Thermal Behavior
Utilizing a semi-solid state electrolyte system with reduced combustible solvent content, the cell structure provides superior thermal resistance and lower risk of thermal runaway compared to standard high-rate liquid LiPo packs. The internal layout supports uniform heat dissipation across all cells during heavy-draw cycles, maintaining stable operational performance across broad ambient temperature conditions.
Cycle Life & Operational Durability
Under standard manufacturer testing conditions (0.2C/3C), the AE-A270H1 series achieves a service life of ≥400 cycles with capacity retention ≥70%. Adhering to recommended storage and charging protocols ensures consistent performance across routine industrial fleet operations, helping operators control lifecycle battery depreciation.
Mechanical Packaging & OEM/ODM Customization
Packaged in a durable protective wrap suitable for commercial battery compartments, each pack can be tailored to specific airframe configurations. AervoEnergy provides complete OEM and ODM customization services, including heavy-duty silicone wiring, anti-spark industrial connectors (AS150U, XT90-S, QS8-S, Anderson), integrated smart BMS with CAN-bus / SMBus communication protocols, and custom casing options for specialized UAV applications.
Industry Solutions
Infrastructure Inspection
Ideal for long-range power grid inspection, pipeline patrols, and forestry monitoring. Low internal resistance and anti-electromagnetic interference casing ensure stable telemetry near high-voltage lines.
Mapping & Surveying
Optimized for aerial surveying, photogrammetry, and LiDAR terrain scanning. Maximizes Wh/kg energy density to unlock 60 to 90+ minutes of continuous airborne flight without premature thermal throttling.
