Hot water supply system device with solar energy metal honeycomb collection, instantaneous water heating of superconducting pipe

Abstract

The invention relates to a hot water supply system device with solar energy metal honeycomb collection, instantaneous water heating of a superconducting pipe, which consists of a solar energy metal high-efficiency honeycomb heat collector matrix and a straw instantaneous water heater and a superconducting warmer which are heated by a superconducting heat pipe. The hot water supply system device adopts the technology of series heat collection and heating, namely output water in a small section of outputted water pipe is only heated. Compared with the prior boiler, the technology saves over 60 percent of fuels. The hot water supply system device adopts a series heating mode of 'a honeycomb metal heat collector' and 'an instantaneous water heater of the superconducting heat pipe', realizes quick water temperature rise and instantaneous heating, eliminates the conventional boiler system, does not use non-renewable fuels, can save over 80 percent of electricity, is particularly suitable forno-electric areas, and saves electricity or does not consume no electricity. The hot water supply system device is characterized in that: the efficiency of the heat collection and heat conduction ofthe honeycomb metal heat collector is higher than that of a glass pipe; and the honeycomb metal heat collector has light weight, simple structure, uniform temperature distribution, large quantity of heat transfer, long distance of the heat transfer, electricity conservation, reliability and low cost, is convenient for popularization and application, has the social and economic benefits of energy conservation and emission reduction, is the inevitable trend of current and future development, and has great significance.

Description

technical field [0001] Installation of Boiler Systems for Heating in the Construction Sector. Background technique [0002] At present, the energy consumption of the construction industry accounts for 40% of the total energy consumption in the country, and the energy consumption of heating in winter in northern cities accounts for 20% of the total energy consumption. Boilers or oil-fired boilers or electric boilers, these are non-renewable energy sources. And these methods can lose: the loss of boiler burning coal is 55%~85%; pipeline loss is 30%. How to reduce the energy consumption of heating in winter is a top priority and is imminent. The present invention will provide "solar metal honeycomb heat collection superconductor superconducting water heating water supply system device". [0003] In the various existing boiler installations, more than 60% of the fuel is wasted in vain, mainly to burn the water in the entire boiler. In fact, only a small part of the hot water ...

AI Technical Summary

Problems solved by technology

[0003] In the various existing boiler installations, more than 60% of the fuel is wasted. The main purpose is to burn the water in the boiler. In fact, only a small part of the hot water goes out. The hot water is repeatedly burned in the boiler. wasted burning

In addition, the heat is transferred to the pipes in the boiler by the flame through convection, but the contact between the flame and the pipes is only a moment, and a large amount of heat is dissipated to the space without being used. This is called "physical heat loss"

Therefore, the thermal efficiency of atmospheric boilers is usually only 45%, that is, nearly half of the fuel is wasted

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