New energy energy-efficient distributed normal-pressure heating boiler

Abstract

The invention discloses a new energy energy-efficient distributed normal-pressure heating boiler which comprises a boiler body. A water tank is arranged in the center of the boiler body. A combustion chamber is arranged between the outer side of the water tank and the wall of the boiler body. The water tank is in a vase type. The upper half part of the cavity is provided with a combustion hot water chamber, and the section of the upper half part is in an inverted fan shape. The lower half part of the cavity is provided with a vase neck water inlet, and the section of the lower half part is in the shape like a Chinese character 'er'. A microgroove group composite phase change radiator is arranged on the inner wall of the combustion hot water chamber. A nonmetallic composite material is arranged at the bottom of the combustion hot water chamber. A hot water heat reservoir with the semicircular section is arranged at the top end of the combustion hot water chamber. A combustion collector is formed between the outer side of the hot water heat reservoir and the boiler wall. A circulating channel is formed between the outer side of the combustion chamber and the inner side of the wall of the boiler body. According to the new energy energy-efficient distributed normal-pressure heating boiler, heat supply is stable, new energy is used for supplying heat, a large amount of energy is saved, no coal or natural gas is combusted, the microgroove group composite phase change radiator is adopted to improve the heat conductance speed and accelerate the heat energy effect, and the nonmetallic composite material is adopted, so that tap water is directly used as a water source.

Description

technical field [0001] The invention relates to boiler equipment, in particular to a new energy high-efficiency energy-saving distributed normal-pressure heating boiler. Background technique [0002] With the rapid and rapid development of residential quarters and new rural communities, the problem of heating is becoming more and more serious. The insufficient heating has seriously affected the heating in winter, making traditional old equipment boilers far from reaching the existing heating requirements. Require. At present, boilers used in traditional obsolete equipment have complex heating pipes, high energy consumption, unstable operation, inconvenient maintenance, and insufficient heating to varying degrees, which have brought serious problems to residential areas and new rural communities. Disadvantages such as long heating pipeline, unstable heating, electricity, coal, and high cost. [0003] The micro-groove group composite phase-change radiator is a prior art. The...

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Problems solved by technology

[0002] With the rapid and rapid development of residential quarters and new rural communities, the problem of heating is becoming more and more serious. The insufficient heating has seriously affected the heating in winter, making traditional old equipment boilers far from reaching the existing heating requirements. Require

At present, boilers used in traditional obsolete equipment have complex heating pipes, high energy consumption, unstable operation, inconvenient maintenance, and insufficient heating to varying degrees, which have brought serious problems to residential areas and new rural communities. Disadvantages such as long heating pipeline, unstable heating, electricity, coal, and high cost

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