Heat supply system for electric heating organic heat carrier

Abstract

The invention relates to a heat supply system for an electric heating organic heat carrier, mainly comprising six parts i.e. electric heating equipment, a circulating pump, an expansion slot, a heat conducting oil filter, a heat conducting oil closed circuit pipeline system and an electric control system; the heat carrier is based on heat conducting oil, the heated heat conducting oil carries heat energy to be transferred to heat consuming equipment after being heated, and the effect of releasing the heat energy to heat the heat consuming equipment is achieved by fully heat contact of the heat conducting oil with the heat consuming equipment; and the heat conducting oil after releasing the heat energy can return to the electric heating equipment to be reheated.

Description

technical field [0001] The invention belongs to a heat supply system, in particular to an electric heating organic heat carrier heat supply system. Background technique [0002] Ordinary heating systems use steam heating equipment, which is to heat water to the boiling point and turn it into steam, and transfer the heat energy carried by the steam to the heating equipment through the coil to achieve the heating effect. There are three biggest disadvantages of the steam heating system: first, the boiling point of water is only 100°C, and the heat energy carried by water after it turns into steam is limited, which cannot meet the requirements of high-temperature heating; The air pressure of the heating equipment is relatively high, which requires high pressure resistance of the pipeline of the heating equipment; thirdly, if the water used is impure and contains more minerals, it is easy to generate scale on the inner wall of the pipeline of the heating equipment, which increas...

AI Technical Summary

Problems solved by technology

There are three biggest disadvantages of the steam heating system: first, the boiling point of water is only 100°C, and the heat energy carried by water after it turns into steam is limited, which cannot meet the requirements of high-temperature heating; The air pressure of the heating equipment is relatively high, which requires high pressure resistance of the pipeline of the heating equipment; thirdly, if the water used is impure and has many minerals, it is easy to generate scale on the inner wall of the pipeline of the heating equipment, which increases the difficulty of daily maintenance and cleaning , and will also affect the service life of heating equipment pipelines, increasing the use and maintenance costs

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