Libiss 22.2V 27Ah Solid‑State Lithium‑ion Battery Pack 599Wh 27000mAh 6S UN38.3

Product Specification

22V 27000mAh high‑capacity drone battery

1 Product Introduction

 The Libiss 22.2V‑27Ah is a high‑density solid‑state lithium‑ion battery pack delivering 22.2V nominal voltage, 27Ah (27000mAh) capacity and 599Wh energy, built for heavy‑duty industrial UAVs, drones and high‑power mobile equipment. With 254.68 Wh/kg weight energy density, it provides reliable stable power output while keeping compact dimension of 213.0×91.00×65.00 mm and single‑unit weight of approx 2.352 kg.
  Fully tested and compliant with global transportation standards: passed complete UN38.3 test suite including altitude simulation, thermal cycling, vibration, shock, short‑circuit and crush tests, classified as UN3480 Class 9 dangerous goods, supported with MSDS, air‑sea‑land transport identification reports for worldwide shipment by air, sea and ground freight. Each unit is pre‑treated for short‑circuit prevention and packed inside rigid outer packaging as required by IATA & IMDG regulations.
  Key electrical specs: max charge current 54A, charge cut‑off voltage 25.2V. The battery pack adopts NCM‑based solid‑state cell formulation with improved thermal stability compared with traditional lipo batteries, lowering risks of swelling or thermal abuse under rigorous working conditions.

2 Product Specification

3 Product Performance

4 Certification

5 Production, Packaging and Delivery

6 Typical Applications

  Solutions for Different Scenarios, Get Best Performance Possible

  The blooming low-altitude economy emerged scenarios like consumer drones, agricultural UAVs, logistics drones, and eVTOLs, etc.Battery for different scenarios requires differently, which can't be perfectly covered by current battery technology, that is, the "impossible triangle" (energy density, rate, and cycle life).
  BTR provides corresponding battery solutions for diferent scenarios, giving full play to the product performance advantages,and achieving both price and performance.