Fully automatic biomass gasification boiler and indoor constant temperature system

Abstract

The invention relates to a fully automatic biomass gasification boiler indoor constant temperature system with reasonable structure, energy saving and environmental protection. Set the indoor temperature and the system can detect the set temperature and automatically start and shut down the boiler. The indoor constant temperature system solar water heater and the fully automatic biomass gasification boiler complement each other. When the solar water temperature reaches the set temperature, the fully automatic gasification boiler automatically shuts down and uses solar energy for heating. When the solar water temperature is lower than the set temperature, the boiler automatically starts Combustion supplements the temperature of solar energy. When the indoor temperature is higher than the set temperature, the indoor constant temperature system automatically shuts down the solar energy and gasification boiler, starts the underground water cooling system, and installs a floor-temperature air conditioner. The water is circulated during heating and does not need to be discharged. There are conditions for cooling. The water can be treated and used as domestic water or industrial water. It does not occupy underground water resources. The circulating water in the ground temperature air conditioner is not polluted. It just uses the temperature of the water to reduce the indoor temperature.

Description

technical field [0001] The invention relates to a boiler device and an indoor constant temperature system using the device, in particular to a biomass gasification boiler which converts biomass into gas for combustion. Background technique [0002] In the existing life and industrial production process, coal has been used as fuel for boilers. Due to the low combustion efficiency of coal, using coal as fuel for boilers not only consumes limited energy, but also often causes black smoke from the chimney, which is returned to the environment. Serious pollution is caused, especially with small coal-fired boilers. Therefore, in recent years, people have turned their attention to biomass fuel, which converts biomass into gas and burns it. After burning, it is clean and does not pollute the environment, which improves the taste of fuel and energy utilization. Biomass fuels include straw, rice husk, weed wood, etc. Among them, straw is very common in rural households. Because of it...

AI Technical Summary

Problems solved by technology

However, the existing boiler heating needs to be determined according to the combustion situation, and the heating output is unstable. Moreover, the commonly used straw gasification furnaces need to be manually implemented for both filling and ash removal, and continuous addition of straw fuel is required. To ensure the continuous use of the boiler, the operation is cumbersome and labor-intensive; and when the gasification boiler is used, ashes will be generated due to the burning of straw, which will accumulate at the bottom of the furnace body. If it cannot be cleaned in time, the space in the combustion chamber will be reduced, and the It will affect the combustion of straw and reduce the combustion efficiency of the complete combustion of straw; in addition, if the fuel is not added in time, it will cause the flameout in the furnace, which cannot continue to provide heat effectively, and it is necessary to re-ignite the boiler to continue the heat supply

At present, in order to keep the indoor temperature comfortable, people mostly use air conditioners for cooling and heating. However, the power consumption of air conditioners is very huge. It is also directly related to the use of air conditioners

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