The self-powered multi-channel high-precision wireless temperature sensor is used to collect the surface temperature of the heat dissipation hole of the electrolytic cell and the cathode steel rod, and carry out real-time online monitoring for the high-risk heat dissipation hole, so as to tailor a convenient networking solution and digital twin based on highly reliable self-powered wireless sensors for electrolytic aluminum enterprises, and provide all-round and systematic services for enterprises to reduce costs and increase efficiency, and improve the digital level

The self-powered multi-channel high-precision wireless temperature sensor is used to collect the surface temperature of the heat dissipation holes of the electrolytic cell and the cathode steel rod, and carry out real-time online monitoring of the high-risk heat dissipation holes, so as to provide timely digital feedback and diagnosis for electrolytic aluminum enterprises, warn the occurrence of leakage accidents in advance, and ensure safe production. In order to achieve the goal of avoiding accident losses, reducing costs and improving production efficiency.

The self-powered multi-channel wireless temperature sensor is used to accurately measure the temperature difference of the cooling wall water of the blast furnace and monitor the use status of the blast furnace in real time And carry out diagnosis, prediction and early warning to achieve the goal of reducing costs, improving production efficiency and avoiding blast furnace cylinder accidents.

The self-powered multi-channel high-precision wireless temperature sensor and self-powered infrared imaging temperature sensor are used to monitor the status of the medium frequency and dump trolley, which can effectively prevent the leakage of the intermediate frequency furnace, the over-temperature phenomenon of the intermediate frequency furnace ring yoke, and the leakage of molten iron of the dump trolley, so as to provide timely digital feedback and diagnosis for electrolytic aluminum enterprises, warn the occurrence of leakage accidents in advance, and ensure safe production. In order to achieve the goal of avoiding accident losses, reducing costs and improving production efficiency.