IOT News

Industry Background

With the rapid development of modernization, the complexity of urban buildings has increased, and electrical facilities have become more densely packed, leading to a heightened risk of fires.

 This poses severe challenges to fire safety. Traditional passive firefighting methods can no longer meet current demands; proactive prevention has become crucial. Against this backdrop, fire equipment power supply monitoring systems, empowered by technology, have emerged to provide sufficient guarantees for the safe and stable operation of fire protection equipment.

Industry Pain Points

1. Power Supply Stability Issues: Traditional fire protection power supplies lack real-time monitoring, which may result in undetected failures.
2. Maintenance Management Challenges: The multitude of devices makes manual inspections inefficient and prone to omissions.
3. Lack of Data Analysis: Power status parameters are not analyzed or utilized, preventing the optimization of existing fire protection systems.

Solution

WideIOT offers a solution for fire equipment power supply monitoring systems, enabling all-weather monitoring of fire equipment power status through industrial smart gateways and providing intelligent alarm functions.

 Through centralized data analysis and processing, maintenance efficiency is effectively improved, and operational costs are reduced, providing a safe and reliable management means for the proper functioning of equipment and reinforcing fire safety defenses.

System Functions

1. Monitoring and Alarming:
   • Real-time monitoring of the working voltage and current of fire protection equipment; immediate alarms for abnormal conditions (such as power outages, undervoltage) via WeChat, SMS, email, etc.
2. Data Recording and Querying:
   • Automatic recording of historical data for incident investigation; users can retrieve and query data as needed, such as equipment alarm records and maintenance work orders.
3. Fault Location:
   • Quick identification of the location of faulty equipment and related entities, enabling rapid diagnosis and measures to reduce troubleshooting time and enhance repair efficiency.
4. Energy Efficiency Management:
   • Analysis and assessment of the energy consumption of fire protection power supplies, viewing the operational status and process parameters of each power supply to provide optimization suggestions and reduce energy consumption.
5. Remote Operation Support:
   • Maintenance personnel can view status information through mobile terminals and support remote parameter adjustments to enhance response flexibility.