METHODS AND IOT SYSTEMS FOR ENERGY-SAVING CONTROL OF SMART GAS TERMINALS

Disclosed is a method and an IoT system for energy-saving control of smart gas terminals, the method is executed based on a smart gas management platform of the IoT system, and includes: obtaining gas usage data and gas image data of a target user through a smart gas object platform; determining a combustion state distribution based on the gas usage data and the gas image data; in response to determining that the combustion state distribution satisfies a preset condition, determining an energy-saving parameter based on the combustion state distribution; and determining an energy-saving instruction and a driven adjustment instruction based on the energy-saving parameter, so as to adjust a valve opening of a valve control device based on the energy-saving instruction and the driven adjustment instruction.