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Semi-solid state drone Battery 40000mAh High Energy Density 400Wh/kg Lipo by WES battery

The WES Battery Semi-solid state drone Battery is a 40000mAh Semi-Solid State LiPo battery with 400Wh/kg energy density and high-rate discharge capability. Built with gel electrolyte technology and high-nickel cathode materials, it supports long-duration UAV applications including reconnaissance, patrol, border security and pipeline monitoring.

WES BatteryDrone battery
Capacity
40000 mAh
Discharge
High-Rate Capability

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Product overview

The WES Battery Semi-solid state drone Battery combines 40000mAh capacity with an energy density of 400Wh/kg for long-duration UAV applications. Its Semi-Solid State LiPo construction uses gel electrolyte technology and high-nickel cathode materials. A low internal resistance structure supports high-rate discharge, providing power for rapid acceleration and high-speed flight. Intended applications include tactical and military UAVs used for intelligence, surveillance and reconnaissance, patrol, and strike roles, alongside border security and pipeline monitoring.

Inside the battery, a quasi-solid electrolyte immobilizes the liquid components. This construction reduces the risk of fire or explosion during physical impact or a crash, while the internal structure supports repeated charging and discharging. The semi-solid state chemistry also provides stable voltage under load. Together, these features combine high-capacity energy storage with high-rate discharge capability for UAV operations requiring sustained power delivery and extended mission duration.

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Specifications

Semi-solid state drone Battery 40000mAh High Energy Density 400Wh/kg Lipo by WES battery specifications
SpecificationValue & conditions
ProductWES Battery Semi-solid state drone Battery 40000mAh High Energy Density 400Wh/kg Lipo
TechnologySemi-Solid State LiPo
Capacity40000mAh
Energy density400Wh/kg
DischargeHigh-Rate Capability
ApplicationTactical/Military UAV; ISR, patrol, and strike roles
Electrolyte and cathode constructionGel electrolyte technology and high-nickel cathode materials
Internal resistance structureLow internal resistance structure capable of high-rate discharge
Electrolyte structureQuasi-solid electrolyte that immobilizes the liquid components
Puncture resistanceSignificantly reduced risk of fire or explosionDuring physical impact or a crash.
Cruising and patrol applicationsBorder security and pipeline monitoring
Voltage behaviorStable voltageUnder load.
Cycle durabilityInternal structure designed to withstand repeated charging and discharging better than standard cellsDuring repeated charging and discharging.

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