Hot-air air conditioner achieving intelligent combustion of biomass particles

Abstract

The invention discloses a hot-air air conditioner with biomass being fuel. High-energy biomass particles are used as the fuel, in this way, bioenergy is converted into heat energy to a high degree, and the effect of heat supply is achieved. The interior of the hot-air air conditioner achieving intelligent combustion of the biomass particles comprises a combustor system, a hot air circulation system and an air outlet part from top to bottom. The exterior of the hot-air air conditioner achieving intelligent combustion of the biomass particles comprises a multifunctional digital display control panel, a full-spraying metallic outer cover and a power source. The lower end of the interior is communicated with a combustor, spiral blades are driven by a motor to deliver the biomass fuel to the wall of a pear-shaped honeycomb furnace, generated heat passes through the seven-stroke hot air circulation system and a half-arc-shaped air outlet system in sequence, and then hot air is discharged. The hot-air air conditioner is low in cost, achieves sufficient combustion of the particles, and is high in utilization rate of the heat, environmentally friendly, free of pollution, convenient to operate and stable in performance, high, intermediate and low grade temperature is adjustable, and the cost performance is high in later-period investment.

Description

technical field [0001] The invention relates to the field of energy saving and emission reduction, in particular to a biomass particle smart heat wind energy air conditioner with an automatic ignition and automatic ash pushing device, and belongs to the field of air conditioning energy saving. Background technique [0002] In the prior art, there are various types of fuel combustion equipment for biomass pellets made of plant fibers such as straws, but these combustion equipment have certain defects in use and structure, for example, no fuel is installed in the stove body. Fuel cannot be stored in the fuel tank, so frequent feeding is necessary; it is inconvenient to add fuel and cannot automatically control the feeding; inconvenient and not safe enough to ignite; uneven oxygen supply and insufficient combustion; the combustion position and combustion firepower cannot be adjusted; The ash must be discharged manually and cannot be washed automatically; the smoke and dust are ...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, there are various types of fuel combustion equipment for biomass pellets made of plant fibers such as straws, but these combustion equipment have certain defects in use and structure, for example, no fuel is installed in the stove body. Fuel cannot be stored in the fuel tank, so frequent feeding is necessary; it is inconvenient to add fuel and cannot automatically control the feeding; inconvenient and not safe enough to ignite; uneven oxygen supply and insufficient combustion; the combustion position and combustion firepower cannot be adjusted; The ash needs to be discharged manually and cannot be washed automatically; the dust is not filtered, which is likely to cause environmental pollution; the structure is unreasonable and inconvenient to use, etc.

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