Gas supply station combustion gas energy saving Internet of Things system for adding energy-saving agents into combustion gas

Abstract

The invention discloses a gas supply station combustion gas energy saving Internet of Things (IoT) system for adding energy-saving agents into combustion gas, comprising a pipe-line system, a low temperature natural gas storage tank, an IoT software and hardware system, and an agent tank, wherein the IoT software and hardware system comprises an IoT sensor, a controller, a terminal device and a local terminal access and wireless output module forming wireless connection with IoT terminal control equipment. The gas supply station combustion gas energy saving Internet of Things (IoT) system can monitor an energy efficiency rate whenever and wherever possible through intelligent terminals such as a handset, control the amount of energy saving agents, and adjust the amount at any moment if energy is saved but the cost is high when agents are added. In particular, the gas supply station combustion gas energy saving Internet of Things (IoT) system provides a guarantee for contract energy management recycle technology service charge; in addition, combustion gas use safety is an important factor, and the technology of the invention guarantees gas supply safety, and removes hidden troubles.

Description

technical field [0001] The invention relates to an Internet of Things system, in particular to an Internet of Things system for gas station gas energy saving and adding an energy-saving agent to the gas, belonging to the field of Internet information communication. Background technique [0002] At present, adding energy-saving additives to the gas used for welding and cutting is already a relatively widely used technology in this market. From the actual use effect, after adding a certain proportion of energy-saving additives, it can achieve the effect of saving energy by about 15%, and can make The cutting seam is more beautiful and smaller. However, it is difficult to use it on boilers with large consumption, because the price of energy-saving additives is relatively expensive. Although the result of using it is to save about 15% of boiler gas consumption, but because the price of natural gas is low, the cost of additives is relatively high, and the addition ratio is not we...

AI Technical Summary

Problems solved by technology

However, it is difficult to use it on boilers with large consumption, because the price of energy-saving additives is relatively expensive. Although the result of using it is to save about 15% of boiler gas consumption, but because the price of natural gas is low, the cost of additives is relatively high, and the addition ratio is not well controlled. Instead, it increases total cost, which is an urgent problem in the industry

Images