Multi-medium and multi-temperature intelligent heating system and method

Abstract

The invention relates to the field of multi-medium heating equipment, in particular to a multi-medium multi-temperature intelligent heating system and method, wherein the system includes a main heating water tank, a heating module arranged in the main heating water tank, and a shunt manifold communicated with a water outlet of the main heating water tank , a heating pipe network arranged in a plurality of sub-heating water tanks, an intelligent flow valve arranged on the shunt pipe, a first thermometer for detecting the temperature of the medium in a sub-heating water tank, and the water inlet side is connected through a collection pipe respectively A header for the water outlets of multiple heating pipe networks. The water outlet side of the header is connected with the water return port of the main heating water tank through the return pipe, and the return pipe is provided with a water pump. Each of the first thermometers is electrically connected to an intelligent flow valve correspondingly. The system uses a thermometer to adjust the opening of the intelligent flow valve, thereby heating different media to different temperatures, and the heating effect is better.

Description

technical field [0001] The invention belongs to the field of multi-media heating equipment, and in particular relates to a multi-medium and multi-temperature intelligent heating system and method. Background technique [0002] In industry, to heat different media (such as petroleum, gasoline, diesel, industrial reaction reagents, etc.), generally multiple heating furnaces or other heating equipment are used to heat different media separately. However, multiple heating furnaces are used for heating, and the heating furnace itself is expensive, which makes the equipment cost higher. Moreover, driving multiple heating furnaces to do work at the same time requires a lot of energy consumption, resulting in higher overall multi-media heating costs. [0003] In recent years, the method of heat exchange with high-temperature water has also appeared to heat the multimedia loaded in different boxes. This method can only heat the multimedia to the same temperature, and there are defect...

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Problems solved by technology

[0002] In industry, to heat different media (such as petroleum, gasoline, diesel, industrial reaction reagents, etc.), generally multiple heating furnaces or other heating equipment are used to heat different media separately. However, multiple heating furnaces are used for heating. The heating furnace itself is expensive, which makes the equipment cost higher. Moreover, driving multiple heating furnaces to do work at the same time requires a lot of energy consumption, resulting in higher overall multi-media heating costs.

[0003] In recent years, the method of heat exchange with high-temperature water has also appeared to heat the multimedia loaded in different boxes. This method can only heat the multimedia to the same temperature, and there are defects and media that cannot heat the multimedia to different temperatures. High temperature loss and waste of heat energy defects

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