Steam room high-temperature heat pump constant temperature supply system

Abstract

The invention discloses a steam room high-temperature heat pump constant temperature supply system. The system comprises a steam room, a terrestrial heat coil pipe, a pipeline device, a steam room water supply room, a heat insulation expansion water tank, a heat pump hot water machine, a refrigerant circulation pump, a unit circulation pump, a refrigerant heat exchanger, a sewage draining pond, acommon bathing pool, a shower enclosure, and a sewage pool and is mainly characterized in that through layout connection of the steam room, the terrestrial heat coil pipe, the pipeline device, the steam room water supply room, the heat insulation expansion water tank, the heat pump hot water machine, the refrigerant circulation pump, the unit circulation pump, the refrigerant heat exchanger, the sewage draining pond, the common bathing pool, the shower enclosure, and the sewage pool, bathing wastewater waste heat use is achieved, the aim of continuous constant-temperature water supply to the steam room can be achieved, the beneficial effects of saving energy consumption, safer and more efficient heating, energy saving, environment friendliness and the like are achieved, and the system is suitable for being greatly popularized.

Description

technical field [0001] The invention relates to a constant temperature supply system, in particular to a high temperature heat pump constant temperature supply system for a steam room. Background technique [0002] With the development of society, bathing places with only shower rooms and bathtubs cannot meet the needs of consumers. After bathing, most consumers relieve physical and mental stress by steaming in the steam room, and discharge metabolites through sweat. Promote human metabolism. [0003] As we all know, bathing places need a large amount of hot water supply every day, causing a large amount of energy consumption. At the same time, a large amount of bathing wastewater with residual heat is discharged into the urban sewage pipe network. Usually, the bathing wastewater with residual heat discharged into the urban sewage pipe network is higher than 30°C, causing great waste. At present, the constant high temperature in the steam room generally uses gas boilers to...

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Problems solved by technology

[0003] As we all know, bathing places need a large amount of hot water supply every day, resulting in a large amount of energy consumption

At the same time, a large amount of bathing wastewater with waste heat is generated and discharged into the urban sewage pipe network. Usually, the bathing wastewater with waste heat discharged into the urban sewage pipe network is higher than 30°C, causing great waste.

At present, the constant high temperature in the steam room generally uses gas boilers to heat tap water at normal temperature, the daily operating cost is relatively high, and the temperature of the outlet water is uneven and accompanied by the loss of hot water supply temperature, which does not meet the low-carbon energy conservation and environmental protection advocated by the state. philosophy

There are also steam rooms that use resistance wires for heating. The disadvantage of using resistance wires to heat the steam room is that the power consumption is high, and it is not efficient. It is prone to fire accidents under long-term operation, which is not safe.

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