M537 IoT GPS Tracker for Battery Tracking & Management

OMNI IOT Intelligent Battery Lifecycle Management Solution

Introduction

OMNI IOT M537 Battery Tracking IoT GPS Tracker is a PCBA solution(consisting of the circuit board only,without an external enclosure),designed to be embedded inside battery packs for real-time battery location tracking and management.

The M537 Battery Tracking IoT GPS tracker is particularly designed for real-time tracking and managing the batteries for electric two wheelers,three wheelers,and digital management of battery assets,supporting battery swapping for shared businesses and high-value asset tracking applications.With built-in GNSS positioning,4G connectivity,Bluetooth communication,and CAN/UART interfaces,OMNI IOT M537 IoT GPS tracker for battery management helps manufacturers and fleet operators build smarter battery lifecycle management systems.

The Features of M537 IoT GPS Tracker of Battery Tracking&Management

1.Compact PCB Design for Easy Battery Integration

The small form factor allows flexible installation inside different battery pack designs,helping battery manufacturers and EV companies save space and simplify integration.

Suitable for:

E-bike batteries

Electric scooter batteries

Electric motorcycle batteries

Delivery vehicle batteries

Customized battery packs

2.High-Accuracy GNSS Positioning

The built-in GNSS module provides location information for battery tracking and asset management.

You can monitor:

Battery location

Movement history

Deployment status

Unauthorized movement

This helps reduce battery loss and improves fleet visibility.

3.4G Cellular Communication

M537 supports 4G network communication for reliable remote data transmission.

Battery and vehicle information can be uploaded to your servers or cloud platforms for centralized management.

Supported applications include:

Fleet monitoring

Battery operation analysis

Remote management

Smart mobility platforms

4.Bluetooth Connectivity

Integrated Bluetooth communication enables short-range connection with mobile devices or service tools.

It can be used for local configuration,maintenance inspection,device debugging,parameter settings.

5.CAN&UART Communication

To support different vehicle architectures,M537 provides multiple wired communication interfaces.

Supported interfaces:

CAN Bus

UART

Through these interfaces,M537 can communicate with:

Battery Management System(BMS)

Vehicle Control Unit(VCU)

Other electronic control systems

Application Scenarios

E-Bike Battery Tracking Solution

For e-bike manufacturers and shared mobility operators,battery management is essential for improving operational efficiency.

M537 enables:

Battery location monitoring

Fleet asset management

Battery usage tracking

Remote data collection

Electric Motorcycle&Moped Fleet Management

Electric motorcycles used in delivery,rental,and commercial transportation require reliable tracking and management.

M537 helps operators achieve:

Real-time vehicle and battery visibility

Theft prevention

Remote monitoring

Fleet optimization

Battery Swapping System

Battery swapping networks require accurate battery tracking and efficient battery circulation.

M537 supports:

Battery identification

Location tracking

Data transmission

Battery status management

Helping operators improve battery utilization and operational efficiency.

Smart Electric Vehicle Connectivity

With CAN communication capability,M537 can support deeper vehicle integration.

Potential functions include:

Vehicle data collection

Remote diagnostics

OTA upgrade communication

Smart mobility platform integration

Technical Specifications

Basic Specifications

BLE Specifications

Single-Frequency GNSS Specifications

4G Communication Module Specifications