Smart BMS Drone Battery Pack

YIHANG factory develops Smart BMS Drone Battery Pack solutions for industrial UAV platforms that require controlled power output, battery status monitoring, and communication with the flight-control system. The pack combines high-density LiPo cells with an integrated BMS for monitoring cell voltage, pack current, temperature, and other operating conditions. CAN and RS485 communication can be configured for different UAV electrical architectures and telemetry requirements.

Battery Parameter

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

What is a Smart BMS Drone Battery Pack?

It is a UAV battery pack that combines LiPo cells with a battery management system capable of monitoring battery conditions, managing cell balance, providing protection functions, and communicating battery information through supported interfaces.

Smart BMS Functions

Active Cell Balancing The BMS actively manages cell voltage differences during charging and operation to help maintain pack balance and support consistent battery performance.

Cell and Pack Monitoring The system monitors individual cell voltage, pack current, temperature, and related battery status information. The collected data can be used for battery condition monitoring and flight-system management.

SOC and SOH Estimation A CEDV-based fuel-gauge approach is used to estimate State of Charge (SOC) and State of Health (SOH) under changing operating conditions. Actual accuracy depends on cell characteristics, temperature, load profile, and system calibration.

CAN / RS485 Communication Battery information can be transmitted through CAN Bus or RS485 interfaces for integration with compatible flight controllers, control systems, or ground-station equipment.

Configurable Protection Parameters Protection thresholds and BMS operating parameters can be adjusted according to battery configuration and system requirements, including voltage, current, temperature, and communication settings.

Data-sheet of Different Batteries

Key Advantages

In-House Smart BMS YIHANG develops the BMS hardware and firmware for cell balancing, battery protection, SOC/SOH estimation, and CAN/RS485 communication.

Active Cell Balancing Helps reduce voltage differences between cells and maintain more consistent pack performance.

CEDV-Based SOC & SOH Provides battery state and health estimation based on cell discharge characteristics, with accuracy depending on operating conditions and calibration.

Flexible Battery Configuration 6S–16S, 10000mAh–30000mAh, plus customized dimensions, connectors, discharge rate, and BMS parameters.

UAV System Integration CAN/RS485 communication and configurable BMS parameters support integration with compatible flight controllers and ground systems.

Product Applications

The battery is suitable for UAV platforms where battery monitoring, configurable power characteristics, and system communication are required.

Agricultural UAVs Suitable for spraying and crop-protection platforms that operate with repeated charge, discharge, and payload cycles.

Mapping and Survey UAVs Can be configured for UAVs carrying mapping cameras, LiDAR systems, multispectral sensors, or other electronic payloads.

Inspection Drones CAN/RS485 communication can provide battery operating data to compatible monitoring or control systems used in infrastructure inspection.

Heavy-Lift UAVs Higher-capacity and higher-voltage configurations can be developed for UAV platforms with greater power and payload requirements.

Specialized Industrial UAVs Voltage, capacity, physical dimensions, connectors, and BMS parameters can be adapted for dedicated UAV platforms and prototype projects.

Why Choose YIHANG for Your Smart BMS Battery

BMS Engineering Capability In-house control of BMS hardware, firmware, and communication configuration supports application-specific battery development.

UAV-Focused Customization Battery voltage, capacity, dimensions, connectors, C-rate, and BMS parameters can be adapted to different UAV platforms.

Multiple Reference Models 12S, 14S, and 16S battery models are available across different capacity and size configurations for evaluation and project development.

Testing and Validation Battery packs are evaluated for electrical performance, BMS functions, communication, and the agreed technical specifications before delivery.

Production Line — From BMS Design to Pack Assembly

We do it all in-house. BMS hardware design, firmware development, cell manufacturing, pack assembly, and final testing. This is rare in the drone battery industry — most brands assemble packs using third-party cells and BMS boards.

Trial orders start at 5–10 units. Fly it first, then scale up when you're ready.

Production & Customization Process

FAQ

What voltage configurations are available?

The listed configurations cover 6S to 16S, including 12S, 14S, and 16S battery solutions. Final voltage depends on the selected battery architecture.

Can the battery capacity and dimensions be customized?

Yes. Capacity, dimensions, voltage, connectors, discharge rate, and other battery parameters can be adjusted according to the target UAV platform.

Does the BMS support CAN and RS485?

Yes. CAN and RS485 communication are available for compatible UAV control and monitoring systems. The communication configuration should be confirmed during the engineering stage.

What does the 1,000-cycle specification mean?

The 1,000-cycle figure refers to a defined test condition in which the battery reaches 80% of its initial capacity after cycling at 25°C ±2°C, with 1C charging, 2C discharge, and 100% depth of discharge. Actual cycle life varies according to operating conditions.

Is this battery suitable for agricultural or industrial drones?

Yes. The available configurations can be used for agricultural, mapping, inspection, heavy-lift, and other industrial UAV platforms, provided the voltage, current, physical dimensions, connector interface, and BMS communication requirements are compatible.

Can YIHANG develop a battery for a new UAV platform?

Yes. For a new UAV project, YIHANG can evaluate the required voltage, capacity, discharge rate, battery dimensions, connector arrangement, and BMS communication requirements and develop a corresponding battery configuration.