The Internet of Things refers to the ubiquitous terminal equipment and facilities, including sensors with "intrinsic intelligence", mobile terminals, industrial systems, numerical control systems, home smart facilities, power equipment, electromechanical equipment, etc. The Internet of Things technology we developed is based on the Internet of Things monitoring system for electromechanical equipment and power equipment. When humans engage in basic construction such as high-rise buildings, factories, mines, enterprises, high-speed rail and high-speed and other priority areas, they all need electromechanical equipment and power equipment. Commonly used are air conditioners, fans, pumps, air compressors, and engines. Therefore, the application of IoT technology can be said to be everywhere. The application of IoT technology in electromechanical equipment and power equipment is tantamount to labeling these traditional equipment as "data archives". People can call up the detailed operation status of the equipment at any time.
Let's take the more general electromechanical equipment water pump as an example. The value of establishing a data file:
①Master the position information of the water pump in real time and display it on the map;
②Real-time monitoring and displaying the running status of the water pump and collecting various running data, including running and stopping time, running time, failure time, number of starts and stops, power consumption and other data;
③Water pump equipment management: including equipment model, equipment parameters, equipment location, equipment input time and other information;
④Water pump fault management: record fault information, and accurately push it to relevant staff, and generate fault statistical reports to facilitate staff analysis and processing;
⑤ Spare parts procurement cycle: The service life of the vulnerable parts of the pump such as shaft seals and bearings are set to 5000 hours and 10000 hours respectively. When the running time reaches 90%, the user will consider the purchase of accessories, which greatly reduces Capital occupation and spare parts storage have improved the liquidity of funds;
⑥Life cycle management: Relying on data files, it can promptly remind the equipment maintenance cycle, and it is very accurate to remind customers of equipment maintenance or maintenance until replacement. Due to the power consumption data record, the carbon emissions of the pump's full life cycle are also counted, showing the environmental protection concept of synchronizing with greenhouse gas emissions.
Therefore, it can be seen from the above content that the application of the Internet of Things technology is a disruptive improvement to traditional equipment. It is traditional equipment with intelligent and information functions.