Smart IoT air switch

The communication module, power module, IoT circuit breaker, and smart power management platform form a smart power system. The communication module exchanges data such as circuit current, phase voltage, line voltage, leakage current, line temperature, load power, grid frequency, voltage balance, current balance, and power consumption of the smart circuit breaker with the smart power management platform, and manages equipment through platform software.Smart IoT air switchMonitoring the voltage, current, line temperature, leakage, electricity metering, power, balance, and phase loss of the electrical circuit can be achieved by setting a safe range through thresholds. When the data exceeds the safe threshold, corresponding alarms and protective measures can be taken. Equipped with manual/automatic control mode and remote/timed switch control mode.

The smart electricity system is based on IoT monitoring and perception. By collecting information such as load voltage, current, line temperature, leakage, ignition, and electricity consumption, combined with big data mining and big data application analysis, it integrates the product chain and service chain to create a smart electricity ecosystem. By conducting multidimensional correlation analysis and remote linkage control on user demand side electricity status, energy consumption, and electricity trends, and using transparent and visualized electricity data, scientific data support is provided for users' energy-saving and emission reduction strategies, promoting low-carbon energy conservation and achieving the goal of "carbon peak and carbon neutrality".

Smart IoT air switchA smart electricity management system can be formed by combining wired/wireless networks with the SFBR "Smart Electricity Management Platform". Real time monitoring of safety hazards such as overvoltage and undervoltage, current overload, line overheating, leakage, arc (ignition), phase loss, voltage imbalance, current imbalance, and high power in user power distribution circuits. It supports integration and docking with smart communities, smart homes, smart security, smart energy, smart buildings and other systems, and is widely used in substations, factories, industrial and mining enterprises, large steel mills, large power plants, petroleum and chemical enterprises, high-rise building power centers, reactive power compensation, metering, energy distribution, office buildings, cultural and educational health, residential buildings, hotels and other occasions.