Turbocharging type solar water heater

Abstract

The invention provides a turbo-charged solar water heater, which comprises a hot water tank and a heat storage mechanism connected with the hot water tank, wherein, the hot water tank is a close type pressurized hot water tank; the heat storage mechanism is a multi-heat pipe type vacuum tube; the water tank is separately connected with a cold water inlet pipe and a hot water outlet pipe; a turbo-charged mechanism is arranged in the water tank. The turbo-charged solar water heater of the invention has the advantages of high water pressure, mass flow, all year round use, good thermal performance, high thermal efficiency, high working temperature, strong bearing capacity, high thermal absorptivity, low heat capacity, quick startup, protection against scaling, cold, freezing and hail, easy installation and maintenance, reliable safety and long service life, and the like. and the device can be arranged on the ground, therefore, residents on storied buildings can also use hot water normally.

Description

technical field [0001] The invention relates to a solar water heater, in particular to a turbocharged solar water heater. Background technique [0002] In the solar water heater of the prior art, the part where the cold water pipe of the upper water and the hot water pipe of discharging water are connected with the water heater is the same pipe. Hot water cannot be put in when cold water is put in, and cold water cannot be put in when hot water is put in. The cold water can only be put in after the hot water is used up. The hot water is free-falling when bathing, which results in low pressure and low flow of hot water. It must be installed on a high place such as the roof to be used normally. This is incompatible with the building and causes visual pollution. . In addition, the solar heat collection mechanism in the prior art adopts double-layer glass vacuum tubes, and water flows in the inner glass tubes, and cold water enters the glass tubes to generate heat and recircul...

AI Technical Summary

Problems solved by technology

The glass tube may burst due to cold and heat. This kind of double-layer glass vacuum tube cannot be boosted. If the pressure is high, the tube may also burst and the life is short.

Because the water circulates in the glass tube for a long time, it is easy to scale at high temperature, and it needs to be cleaned every year, which is very inconvenient for users

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