Solid heat storage directly-heated type heating device

Abstract

The invention provides a solid heat storage directly-heated type heating device. The heating device comprises a solid heat storage pile, a heat pipe exchanger and a computer control system. The solid heat storage pile is located on the lower portion of the directly-heated type heating device, the heat pipe exchanger is located on the upper portion of the directly-heated type heating device, and the outer wall forms an overall structure of the directly-heated type heating device through a heat insulation layer (3). A heat storage system is reasonable in structure, efficient, environmentally friendly, stable, safe, reliable, easy to operate, high in heat storage temperature and stable in heat exchange process, energy is saved, valley point electricity heat storage can be utilized, the heat storage capacity of the whole machine is high, hot water can be instantly released, output is continuous, duration can be guaranteed, zero pollution and zero emission are achieved, and the heating device is suitable for independent large-area central heating of living areas, office buildings, schools, restaurants and the like in the South and North of China.

Description

technical field [0001] The invention relates to a heating device, in particular to a direct heat heating device utilizing solid heat storage. Background technique [0002] Urban heating in winter has always been central heating, using coal or natural gas heating boilers. This traditional heating method mainly has the following disadvantages: low energy utilization rate, high consumption and serious waste of non-renewable resources, pollution caused by coal or natural gas; excessive hot water delivery radius and energy delivery, difficult adjustment, uneven heating and cooling , and the amount of maintenance is also large, and the installation and operation costs are high; the heating comfort and stability are not strong, and it is not user-operable; due to factors such as equipment, materials, construction, operation, and maintenance, the system leaks, and user damage occurs from time to time. And once it happens, the leakage cannot be stopped immediately, and even other us...

AI Technical Summary

Problems solved by technology

This traditional heating method mainly has the following disadvantages: low energy utilization rate, high consumption and serious waste of non-renewable resources, pollution caused by coal or natural gas; excessive hot water delivery radius and energy delivery, difficult adjustment, uneven heating and cooling , and the amount of maintenance is also large, and the installation and operation costs are high; the heating comfort and stability are not strong, and it is not user-operable; due to factors such as equipment, materials, construction, operation, and maintenance, the system leaks, and user damage occurs from time to time. And once it happens, the leakage cannot be stopped immediately, and even other users are implicated because of the problem of one household

Because the heat storage electric heater has no instant heating function, it can only heat the heat storage body first, and then use the heat storage body to dissipate heat for heating, so its convenience in use is limited. Without heat storage, it cannot Realize rapid heating

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