Long Endurance Industrial Drone Smart BMS Battery Pack

YIHANG, a professional manufacturer from China, develops Long Endurance Industrial Drone Smart BMS Battery Pack in-house and can optimize cell chemistry and battery configuration for low-current, long-duration discharge applications. The cell-level energy density can reach up to 350Wh/kg, while the standard 51.8V 30Ah battery pack provides 90A continuous discharge and 120A instantaneous discharge.

For applications where stable voltage and consistent power delivery are important, the BMS can be configured to monitor battery status, temperature, current, and voltage during flight. Test reports and flight logs can be provided for technical evaluation.

Battery Parameter

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

Data-sheet of Different Batteries:

Key Features

High Energy Density for Long-Endurance UAVs

The battery uses LiPo cell technology optimized for high specific energy. YIHANG's in-house cell development capability allows battery configurations to be tailored to long-duration, low-current UAV operating profiles.

With up to 350Wh/kg cell-level energy density, the battery helps reduce the weight required for a given energy capacity and supports long-endurance industrial drone applications.

Smart BMS with CAN Communication

The integrated smart BMS provides battery monitoring and protection functions while communicating through the CAN protocol.

Depending on the configured BMS, key battery information can be monitored during operation, including:

●  Cell and pack voltage

●  Charging and discharge current

●  Battery temperature

●  Battery protection status

●  CAN communication data

The BMS can also be customized according to the communication and protection requirements of the UAV platform.

Stable Discharge Performance

The battery is designed for sustained discharge rather than short-duration peak power alone. Its configuration can be optimized for industrial UAVs that operate for extended periods at relatively stable power levels.

This makes the battery suitable for fixed-wing and VTOL platforms used for surveying, mapping, inspection, and other long-duration missions.

Application Cases

The battery is intended for industrial UAV platforms that require sustained electrical power and battery-status monitoring, including:

Fixed-wing UAVs

Suitable for airframes where weight efficiency and sustained discharge capability are key battery selection factors.

VTOL UAVs

Applicable to VTOL systems requiring a higher-voltage battery configuration and integrated battery monitoring.

Surveying & Mapping Platforms

Supports UAV systems carrying cameras, mapping equipment or other sensor payloads where battery capacity and voltage stability are important.

Inspection UAVs

Suitable for inspection platforms that require sustained operation together with battery monitoring through CAN communication.

Agricultural UAVs

Higher-capacity configurations can be evaluated for platforms with greater electrical loads, subject to the airframe and power-system requirements.

Why Choose YIHANG for Long Endurance Drone Batteries?

1. Cell-level Energy Development

YIHANG's battery technology can reach up to 350 Wh/kg energy density at cell level for applications where battery weight and available energy are key design considerations.

2. Multiple UAV Configurations

12S and 14S battery configurations are available across different capacities, sizes, weights and discharge ratings.

3. Smart BMS Integration

CAN-enabled BMS configurations support battery monitoring and communication with the UAV platform.

4. Application-based Customization

Battery density, size, C-rate and BMS parameters can be adjusted according to project requirements.

5. Prototype-to-Production Support

FAQ

Can the Long Endurance Industrial Drone Smart BMS Battery Pack be customized for a specific UAV?

Yes. Voltage, capacity, size, C-rate, energy density and BMS parameters can be customized according to the UAV system requirements.

Can the BMS communicate through CAN?

Yes. CAN communication is supported, and the BMS configuration can be adjusted according to the required battery monitoring and communication functions.

What is the standard battery configuration?

The standard configuration is 51.8V, 30Ah, with 90A continuous discharge and 120A instantaneous discharge.

What is the difference between the 12S and 14S options?

The 12S configurations are rated at 44.4V, while the 14S configurations are rated at 51.8V. Capacity, dimensions, weight and discharge capability vary by model.

Is a trial order available?

Yes. MOQ is negotiable, and small-quantity and trial orders are supported.

Can prototype packs be tested on a UAV platform?

Yes. Prototype packs can be supplied for technical evaluation before larger production orders, subject to project requirements.

What's the typical lead time for a custom order?

Standard packs from our spec sheet: 15-20 working days. Full custom (new housing, BMS firmware changes, etc.): 25-35 days, depending on complexity. Trial orders usually ship in 10-15 days — we know you want to fly it before you commit to a larger batch.