22.2V‑16Ah High Density Solid‑State Li‑ion Battery Pack 355Wh 16000mAh

Product Specification

22V 16000mAh high‑capacity drone battery

1 Product Introduction

  22.2V‑16Ah solid‑state lithium‑ion battery pack is a high‑output rechargeable power solution engineered and produced by Chongqing Battery Technology Co., Ltd. Boasting 22.2V nominal voltage, 16Ah (16000mAh) capacity and 355Wh energy rating, it achieves an impressive gravimetric energy density up to 236.98 Wh/kg. Weighing only 1.498 kg with compact dimensions of 195 ×78 ×52 mm, it balances high‑power performance and compact footprint.
  Rigorously tested per UN Manual of Tests and Criteria Section 38.3, this UN3480 Class 9 lithium‑ion battery passes altitude simulation, extreme temperature cycling, vibration, mechanical shock, external short‑circuit and crush tests for proven safety. The charging cut‑off voltage is 25.2 V with maximum charging current limited to 32 A.
  Ideal for high‑demand applications including industrial robots, heavy‑lift UAVs, portable industrial equipment and mobile power systems. As a Class 9 dangerous good for transport, it must be shipped at maximum 30 % state‑of‑charge with reliable anti‑short‑circuit protection for each unit. Do not pierce, crush, over‑charge, short‑circuit or expose the battery to excessive heat to prevent safety hazards and extend battery lifespan.

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.