A battery health monitoring system is extremely important to ensure stable and efficient operation of the network. BTS (Base Transceiver Station) plays an essential role in providing telecommunications services to users. Batteries are the main source of power for the BTS.
Project Overview
1. Describe the project
- Develop a battery monitoring system for BTS that can monitor and warn battery status in real time.
- Providing station management with a tool to monitor and manage BTS stations effectively.
- Project introduction slide
2. Technology:
- Hardware: The hardware module will use sensors to collect battery data and a modem to send data to the server.
- Software: The software module will be written in C/C++ and use NodeJS/React for web/app development.
- Communication protocol: The system will use MQTT/Socket and Webservice to communicate between modules.
System goals
The main objective of the project is to develop a battery monitoring software for BTS that can meet the following requirements:
- Monitor the battery status of BTS stations in real-time.
- Send alerts when there is a battery error.
- Allows station management to monitor and manage BTS stations effectively.
- Provides statistics about BTS stations.
This project will help BTS station management:
- Minimize BTS downtime due to battery failure.
- Increase the operational efficiency of the BTS station.
- Save operating and maintenance costs for BTS stations.
Project solutions
The battery monitoring for BTS will include the following components:
- Hardware module: This module will be installed at BTS stations to collect battery data and send data to the server.
- Software module: This module will run on the server and is responsible for processing battery data, displaying data on the website/app, and sending alerts when necessary.
- Web/app: The web/app will allow users to monitor the battery status of BTS stations in real-time, receive alerts when there are errors and access statistics about BTS stations.
Hardware module
The hardware module will include the following components:
- Battery sensor: This sensor will be used to measure battery voltage, current, and temperature.
- Modem: This modem will be used to send battery data to the server.
Software module
The software module will include the following components:
- Data Collector: The data collector will be responsible for collecting battery data from the hardware module.
- Data Processor: The data processor will be responsible for processing battery data.
Contact Tinasoft
For more information about Tinasoft’s services or cooperation, you can visit their website here or contact at the following information:
Address: Ellipse Tower, 110 Tran Phu, Mo Lao Ward, Ha Dong, Hanoi, Vietnam
Phone number: +84 0246 329
