Heavy Lift Drone Battery for Industrial UAV

As a professional manufacturer in China ,YIHANG factory's Heavy Lift Drone Battery for Industrial UAV's reference configuration uses a 51.8V, 50000mAh battery with 200A continuous and 300A peak current capability. Battery voltage, capacity, dimensions, C-rate, connectors, and BMS parameters can be customized according to the UAV power system, battery compartment, payload, and flight-control requirements.

Battery Parameter

Industrial drone battery built with smart UAV BMS system. Core safety and performance test criteria below

Sheet of Different Batteries

Product Advantages

High Continuous Current Output

The reference pack provides 200A continuous and 300A peak current capability for UAV applications with high propulsion demand. This configuration is intended for loaded takeoff, climbing, hovering, and other operating conditions with substantial current requirements.

Stable Power Delivery Under Heavy Loads

The battery is configured for high-current industrial UAV operation, helping maintain consistent power delivery when propulsion demand changes during takeoff, climbing, hovering, and maneuvering.

High Energy Density with Large Capacity

The 50000mAh reference configuration combines high capacity with a compact battery structure for heavy-lift UAV platforms. Other capacity and voltage configurations are available according to payload and flight requirements.

Integrated Smart BMS

The integrated BMS provides battery monitoring and protection functions, with RS485 and CAN communication available for compatible UAV control and monitoring systems.

Multiple Voltage Configurations

Reference models are available from 12S to 28S, covering 44.4V to 103.6V. This range allows the battery pack to be matched to different propulsion and power-system architectures.

Product Applications

The Heavy Lift Drone Battery for Industrial UAV is designed for UAV platforms that require high current capability and substantial battery capacity during payload-intensive operations.

Cargo and Logistics UAVs

Suitable for industrial UAVs carrying cargo where high propulsion demand is required during takeoff, climbing, and controlled landing.

Construction and Material-Lifting Drones

Designed for UAV platforms used to transport or position tools, materials, and equipment in construction-related operations.

Agricultural Heavy-Lift UAVs

Can be configured for spraying and other agricultural UAV applications where the aircraft operates with a substantial payload and frequent changes in propulsion demand.

Emergency Response UAVs

High-capacity configurations can support specialized UAV platforms used for equipment transport and other response tasks where battery capacity and current output are important.

Specialized Industrial UAVs

Voltage, capacity, dimensions, connectors, and BMS parameters can be configured for dedicated heavy-lift aircraft and industrial UAV projects.

Why Choose YIHANG

High-Current Battery Configurations

YIHANG provides reference configurations with 200A continuous and 300A peak current capability for industrial UAV applications with high propulsion loads.

Flexible UAV Matching

Battery voltage, capacity, size, C-rate, connector arrangement, and BMS parameters can be adapted to the electrical and mechanical requirements of the target UAV.

Integrated BMS and Communication

The battery includes an integrated BMS, with CAN and RS485 communication available for compatible flight-control and monitoring systems.

Multiple Reference Models

12S, 14S, 16S, 18S, 24S, and 28S configurations are available as reference models, providing different voltage and capacity options for industrial UAV development.

Intelligent BMS

The integrated intelligent BMS monitors battery operating conditions and provides protection and data communication functions for compatible UAV systems.

Per-Cell Voltage and Temperature

Monitors individual cell voltage and battery temperature during operation.

Current and SOC Monitoring

Provides current and remaining state-of-charge information through the supported monitoring interface.

Cycle and Battery Data Records

Operating data such as cycle count and battery condition information can be recorded for maintenance tracking.

Power-On Self-Test

The BMS performs a battery condition check when activated and can provide visual or audible alerts when configured limits are exceeded.

Automatic Sleep Function

The BMS can enter a low-power sleep mode after a defined period of inactivity to reduce unnecessary standby consumption.

CAN / RS485 Communication

Battery data can be transferred to compatible ground stations, flight-control systems, or monitoring platforms through CAN or RS485.

How Customization Works

Customization Services

Electrical Configuration

Voltage, capacity, continuous current, peak current, and C-rate can be configured according to the selected UAV power system and cell configuration.

Mechanical Configuration

Battery dimensions, connector arrangement, wiring, installation interface, and other pack dimensions can be adapted to the aircraft.

BMS Configuration

BMS protection parameters, monitoring functions, and CAN/RS485 communication can be configured according to compatible system requirements.

Charging Configuration

Charging interfaces and charger specifications can be selected according to the battery configuration.

Battery Quality Control

Each battery pack is checked through defined inspection and testing procedures according to the approved technical specification.

Cell and Electrical Inspection

Cell condition, voltage, capacity, and electrical characteristics are checked according to the battery configuration.

Pack Assembly Inspection

Cell connections, insulation, wiring, connectors, and BMS installation are inspected during pack assembly.

BMS Functional Testing

Monitoring, protection, balancing, and communication functions are checked according to the configured BMS requirements.

Charge and Discharge Testing

Battery charging and discharging performance is evaluated against the approved voltage, capacity, and current requirements.

Final Inspection

Finished battery packs undergo final electrical and visual inspection before shipment.

FAQ

Q1: What current capability does the heavy lift drone battery provide?

The reference 14S/50Ah configuration provides 200A continuous and 300A peak current capability. Final current specifications depend on the battery configuration and application requirements.

Q2: Which voltage configurations are available?

Reference models include 12S, 14S, 16S, 18S, 24S, and 28S configurations, corresponding to rated voltages from 44.4V to 103.6V.

Q3: Can the battery size and capacity be customized?

Yes. Battery capacity, dimensions, voltage, C-rate, connectors, charging interface, and BMS parameters can be customized according to the UAV platform.

Q4: Does the battery include a BMS?

Yes. The reference heavy-lift configuration includes an integrated BMS. CAN and RS485 communication are available for compatible UAV control and monitoring systems.

Q5: What is the 1000-cycle specification based on?

The reference specification is 1000 cycles to 80% of initial capacity under the stated test conditions: 25°C ±2°C, 1C charging, 2C discharge, and 100% depth of discharge. Actual service life depends on operating conditions, charging practices, load, and temperature.

Q6: What information is needed for a customized heavy-lift UAV battery?

The main requirements include UAV model or platform, payload, battery compartment dimensions, required voltage, capacity target, continuous and peak current demand, connector type, charging requirements, and BMS communication requirements.