Constant temperature layer for buildings

Abstract

The invention relates to the technical field of energy saving and environment protection of building engineering, in particular to a constant temperature layer for buildings. The constant temperature layer comprises a solar panel, a heat preservation board, an accumulator board, a heating layer, a refrigeration layer, a control system and conducting wires, wherein the heat preservation board is arranged on the inner side of the solar panel; the accumulator board is arranged on the inner side of the heat preservation board; the accumulator board is connected with the control system through the conducting wire; and the control system is connected with the heating layer and the refrigeration layer through the conducting wires. According to the constant temperature layer for buildings disclosed by the invention, solar energy can be converted into electric energy, constant indoor temperature can be maintained through the control system, the heating layer and the refrigeration layer, the influence of outdoor air temperature on indoor temperature is avoided, energy sources are also saved, and a comfortable environment is provided for people; and the constant temperature layer can be controlled by mobile phone software and can be in long-range remote control when people are not in the buildings, so that the energy sources can be saved, the system can also be started in advance, and when people go back home, comfortable environment temperature can be provided.

Description

technical field [0001] The invention relates to the technical field of energy saving and environmental protection of construction engineering, in particular to a constant temperature layer for construction. Background technique [0002] Most of the existing residential buildings in the cold regions of our country are brick-concrete structures. The thermal performance of the building envelope is poor, and the walls are not insulated, resulting in high energy consumption for heating and air conditioning throughout the year. In order to solve the above problems, a large number of insulation layers are used It is applied to the exterior walls of houses. However, the insulation layer currently in use can only reduce heat conduction, and cannot control the indoor temperature within a comfortable range. Air conditioning and heating are still needed to assist in adjusting the indoor temperature, which wastes resources and is costly. People also need to wait for the process of temper...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing residential buildings in the cold regions of our country are brick-concrete structures. The thermal performance of the building envelope is poor, and the walls are not insulated, resulting in high energy consumption for heating and air conditioning throughout the year. In order to solve the above problems, a large number of insulation layers are used It is applied to the exterior walls of houses. However, the insulation layer currently in use can only reduce heat conduction, and cannot control the indoor temperature within a comfortable range. Air conditioning and heating are still needed to assist in adjusting the indoor temperature, which wastes resources and is costly. When people first enter the room, they still need to wait for the process of temperature adjustment, and endure high temperature and cold for a short time

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