Drone Battery Manufacturer for Demanding UAV Missions

When UAV integrators search for a drone battery manufacturer that can match the current demands of modern propulsion systems, this 22000mAh LiPo pack is engineered to answer the call. The OID1087187SS30AH delivers 7C continuous discharge and 10C pulse output, giving heavy-lift, agricultural, inspection, and mapping platforms the burst power they need during takeoff and aggressive maneuvering.

Manufactured by Shenzhen Jianheng Technology Co Ltd, the cell combines ≥280Wh/kg gravimetric energy density with ≤1.0 mΩ AC internal impedance, so airframe teams can pursue longer flight endurance or larger payloads without sacrificing electrical stability. For logistics and delivery drones, this balance of energy density and discharge capability translates directly into operational range.

Performance Advantages for Airframe Designers

Discharge Capability Built for High-Power Motors

Professional UAV propulsion draws heavy current during climb-out and rapid attitude changes. This drone battery sustains 7C continuous discharge and 10C pulse discharge, supplying high-power motors with a steady voltage rail when demand spikes.

Low Impedance Keeps Voltage Sag in Check

With ≤1.0 mΩ AC internal impedance, the cell suppresses voltage drop under load, curtails heat generation, and supports safer, more efficient high-current operation across the flight envelope.

Energy Density That Extends Endurance

At ≥280Wh/kg, the pack gives designers room to trim battery weight, stretch flight time, or raise payload capacity for weight-sensitive UAV configurations.

Cycle Life Suited to Commercial Fleets

Capacity retention stays at ≥80% at end of life under standard test conditions, enabling repeatable, long-term use in commercial drone operations.

Electrochemical and Mechanical Validation

Discharge rate testing follows a standard full charge, a five-minute rest, and constant current discharge to cut-off voltage. The cell also operates across a wide discharge temperature window, supporting missions in cold and hot outdoor environments.

Mechanical reliability is confirmed through vibration testing from 10Hz to 55Hz at 1.6mm amplitude for 30 minutes per axis, plus a 1.2-meter drop test onto a 30mm wooden board. Results show no explosion, no fire, and no leakage.

For shipping and storage, the recommended shipping voltage is 3.5V – 3.6V per cell, which helps preserve cell health during transport and long-term warehousing.

Typical Drone Applications

• Heavy-lift UAV platforms
• Agricultural spraying drones
• Industrial inspection drones
• Mapping and surveying UAVs
• Logistics and delivery drones

Manufacturer Support

Shenzhen Jianheng Technology Co Ltd supplies lithium battery cells and pack solutions for industrial applications. Support covers UAV battery pack design, custom lithium battery integration, and high-discharge battery systems.

Storage Requirements

For optimal battery lifespan:

• Storage temperature: 0°C – 35°C

• Humidity: ≤75% RH

• Long-term storage voltage: 3.7V – 3.9V

For batteries stored long term, it is recommended to activate the cell every 3 months by performing a charge-discharge cycle.

Safety and Handling

To ensure safe use:

Do NOT

• expose the battery to open flames

• puncture or damage the battery casing

• disassemble the battery

• mix cells with different models or brands

Immediately stop using the battery if:

• swelling occurs

• deformation is observed

• electrolyte leakage appears

Only chargers designed for Li-Polymer batteries should be used.