Industry background
Electrical fires are the "number one killer" that threatens public safety and the safety of people's lives and property in today's society, causing serious impacts and losses to human life, politics, and economy. According to statistics from the Fire Department of the Ministry of Public Security, a total of 312000 fires were reported nationwide in 2016, resulting in 1582 deaths, 1065 injuries, and direct property losses of 370.2 billion yuan. From the identified causes of the fires, 95000 fires were caused by violations of electrical installation and usage regulations, accounting for 30.4% of the total. In particular, 56.7% of larger fires were caused by electrical reasons, while 2 major fires and 1 particularly major fire were all caused by electrical reasons.
System Overview
Combining traditional electrical fire monitoring systems with current ones The first Internet of Things technology, based on the operation concept of "Internet plus", has independently developed mobile Internet, big data, cloud computing technology, and through smart power safety monitoring devices, fault arc electrical fire monitoring devices, arc extinguishing electrical short circuit protection devices and other intelligent devices, to real-time transmit electrical safety data such as leakage, current, temperature, voltage, arc and other electrical safety data to the cloud platform, achieve unified management of electrical safety hazards, and provide rich functions such as remote real-time monitoring, computer APP applications, big data and enterprise level electrical safety micro services. Real time monitoring and early warning of key fire-resistant buildings without spatial and temporal limitations have been achieved, fundamentally avoiding the occurrence of electrical fires.
System Features
The intelligent fire management system adopts real-time monitoring point data transmission and reception using wireless networks, which is easy to install without rewiring and has a fast implementation speed. It is suitable for the renovation and installation of various old buildings, rectification of line aging, and line detection.
The system has a hierarchical distributed architecture, which is vertically divided into three layers: perception and data collection layer, network communication cloud platform layer, and application layer. At the network communication cloud platform layer, servers transmit collected data through wired or wireless means, establish databases, and install management system software on the network server cloud platform for remote use by the supply layer; The key perception and data acquisition layer, through different acquisition devices, truly achieves the prevention of electrical fire hazards.
System functions
Unified national platform management, monitoring and early warning anytime, anywhere Electrical safety comprehensive remote real-time monitoring and protection
Big data statistical analysis, prevention and treatment Transparency and targeted management of electricity usage
Mobile client applications are convenient and timely Online maintenance and prevention of potential risks

Application field
The smart electricity and safety hazard supervision system can be widely applied to various industries in society, especially key fire protection units at all levels. For example: education system (kindergartens, primary and secondary schools, universities), medical system (hospitals, health centers, medical institutions), cultural relics system (museums, ancient buildings, historic districts), financial system (bank online stores, securities business departments), administrative institutions, libraries, archives, hotels, restaurants, cultural and sports venues, entertainment venues, elderly care apartments, social assistance institutions, commercial complexes, supermarkets and various professional markets, hazardous chemical product production, industrial and mining enterprises, logistics warehouses, airports, train stations, bus stations, urban villages, internet cafes and other densely populated places.