Light Show Drone Battery Solution

YIHANG, a China manufacturer and supplier, provides the Light Show Drone Battery Solution for fleet-level consistency. Matched cells, smart BMS, and CAN/RS485 communication help maintain predictable voltage and discharge performance across coordinated drone fleets.

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Product Description

YIHANG is a China manufacturer and supplier of the Light Show Drone Battery Solution, developed for coordinated drone fleets that require consistent battery performance from pack to pack. The solution combines matched cells, a smart BMS, and CAN/RS485 communication to support stable discharge characteristics, battery condition monitoring, and fleet-level management. Battery voltage, capacity, dimensions, connectors, and BMS parameters can be customized for different light show drone platforms.

Product Parameters

The battery can be configured according to the electrical and mechanical requirements of different light show drone platforms.

Classification Item	Detailed Technical
Product full name	Light Show Drone Battery Solution
Cell matching tolerance	Voltage ≤5mV, IR ≤3mΩ, capacity ≤2%
Battery weight	Varies by configuration
Battery voltage	Customizable (3S–12S)
Discharge rate	Optimized for continuous hovering (5C–10C typical)
Battery size	Customizable per drone frame
BMS	Integrated fleet-grade smart BMS
Communication protocol	CAN / RS485
Cycle life	300+ cycles (show-grade consistency maintained)
Operating temperature	–10°C to 50°C
MOQ requirement	Negotiable;fleet-scale orders supported
Available Custom Service	Customized capacity, voltage, size, connector, BMS parameters, and communication protocol
Warranty	1 year quality warranty under regular operation
Payment term	T/T, L/C
Trading term	FOB / CIF
Manufacturer	YIHANG

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

Test Item	Reference Standard	Key Acceptance Criteria
Voltage & Temperature Sampling	IEC 62619, GB/T 46460-2025	Cell voltage error ≤ ±10 mV Temperature error ≤ ±2°C, multi-point sensing Stable UAV BMS battery data across full operating temperature range
Over-Charge / Over-Discharge Protection	IEC 62619, GB/T 46460-2025	BMS cuts charge / discharge at preset thresholds Auto-recovery only when voltage returns normal No fire, explosion or electrolyte leakage
Charge & Discharge Over-Current Protection	IEC 62619, GB/T 46460-2025	Fast circuit cut-off on over-current BMS hardware remains undamaged after fault trigger
External Short-Circuit Protection	IEC 62619, GB/T 46460-2025	Instant protection for external short circuit No smoke, fire or explosion
Cell Balancing Function	IEC 62620, GB/T 46460-2025	Reduces series cell voltage delta in drone lithium battery pack Balancing circuit runs without overheating
CAN Communication & SOC Calculation	GB/T 46460-2025, ISO 24352:2023	SOC error ≤ ±3% for industrial drone battery CAN bus outputs real-time battery status Built-in fail-safe for CAN communication loss
Fault Alarm Feedback	IEC 62619, GB/T 46460-2025	Alarm triggers for abnormal conditions Recoverable faults clear after issue fixed Critical faults lock and cannot auto-reset

Why Battery Consistency Matters in Drone Light Shows

A light show battery does not need the longest possible flight time to perform effectively. It needs to provide stable and repeatable performance during the planned flight window.

For example, during a typical 10–15 minute performance, differences in battery voltage under load may become more important than the absolute capacity rating. A pack with different internal resistance characteristics can respond differently to the same flight load, even when its nominal voltage and capacity appear similar.

For fleet applications, YIHANG focuses on:

● Consistent cell characteristics across battery batches

● Predictable discharge behavior under continuous flight loads

● Stable battery voltage during the scheduled performance

● Battery-level monitoring and diagnostic data

● Repeatable quality control from cell selection to finished pack

Smart BMS — Built for Fleet Operations

Feature	Benefit
LED capacity indicator	Quick visual check of remaining power — no app needed
Active cell balancing	Maintains voltage consistency across all cells, extending pack life
Abnormal alarm indication	LED flash + audible alert when any cell deviates beyond tolerance
Multiple intelligent protections	Overcharge, over-discharge, overcurrent, short circuit, temperature
Real-time data communication	CAN/RS485 output to fleet monitoring platform
Precise SOC/SOH estimation	Know exactly how much flight time remains — no surprises
Battery log record	Every cycle logged for maintenance planning
One-click power on/off	Quick deployment and storage
Thousand-Armed Avalokitesvara integration	Full fleet visibility from a single dashboard

Thousand-Armed Avalokitesvara Fleet Monitoring System

The Thousand-Armed Avalokitesvara System is YIHANG's fleet-level battery monitoring platform for coordinated drone light show operations. It connects with the smart BMS through CAN or RS485 and provides centralized visibility of battery status and operating data.

Key Functions

● Real-time battery status monitoring

● Per-pack voltage and temperature data

● SOC, SOH, and cycle count tracking

● Historical battery performance records

● Abnormal battery condition alerts

● Fleet-wide battery consistency monitoring

Operational Benefits

The system helps operators identify battery packs with abnormal performance before deployment, track battery usage over time, and organize inspection, rotation, and replacement based on recorded data.

For large fleets, battery information from multiple packs can be reviewed through a centralized dashboard instead of checking each battery individually.

Product Applications

The Light Show Drone Battery Solution is suitable for:

● Drone light show fleets

● Coordinated multi-rotor drone operations

● LED-equipped industrial UAVs

● Entertainment and event drone platforms

● Outdoor synchronized drone displays

● Customized UAV platforms requiring smart battery management

How the Fleet Monitoring System Works

The Thousand-Armed Avalokitesvara System is YIHANG's fleet-level battery monitoring platform developed for coordinated drone operations.

It connects with the battery BMS through CAN or RS485 communication and collects operating data from individual battery packs.

The monitored information can include:

● Battery voltage

● Cell voltage

● Temperature

● SOC

● SOH

● Cycle count

● Battery status

● Abnormal condition information

Instead of checking batteries individually, operators can review the condition of multiple packs from a centralized interface.

This makes it easier to identify batteries with unusual performance before deployment and to organize battery inspection, rotation, and maintenance according to actual operating data.

Configuration Process

1. Drone Platform Requirements

Frame size, battery compartment, propulsion system and payload

2. Electrical Requirements

Voltage, capacity, current demand and target flight duration

3. Battery Configuration

Cell arrangement, pack dimensions and connector selection

4. BMS Configuration

Protection parameters, balancing strategy and communication protocol

5. Pack Validation

Electrical, functional and communication testing

This allows the battery to be developed around the drone platform rather than forcing the drone to adapt to a standard battery size.

Why Choose YIHANG for Light Show Drone Batteries

YIHANG focuses on the battery requirements that matter in coordinated drone operations:

● Matched cells: Voltage, internal resistance, and capacity are controlled within specified tolerances to improve pack-to-pack consistency.

● Fleet-ready BMS: Smart BMS supports cell balancing, protection functions, SOC/SOH monitoring, and CAN/RS485 communication.

● Application-based customization: Voltage, capacity, dimensions, connectors, and BMS parameters can be configured around the drone platform.

● Battery data management: The Thousand-Armed Avalokitesvara System provides centralized monitoring of battery status and operating data across the fleet.

● Production testing: Cells, battery packs, BMS functions, and communication interfaces are checked according to the agreed technical specifications.