Solar-powered energy conservation and ventilation glass curtain wall

Abstract

The invention relates to a solar-powered energy conservation and ventilation glass curtain wall, and belongs to the field of solar-powered energy conservation. The solar-powered energy conservation and ventilation glass curtain wall comprises an adjustable angle-type solar panel, one side of the adjustable angle-type solar panel is driven by a motor, the motor is controlled by a controllable ECG,the controllable ECG controls the rotation of a fan, the fan is connected with an embedded isolated type dust gauze, the bottom of the embedded isolated type dust gauze is connected with a photoesthetic sensor, the photoesthetic sensor is connected with a double-layer curtain wall structure, a magnetic suction strip is fixed on the upper portion of the double-layer curtain wall structure, the lower portion of the double-layer curtain wall structure is connected with the embedded isolated type dust gauze, the side edge of the embedded isolated type dust gauze is connected with an air filter, the air filter is connected with a temperature-humidity sensor, the temperature-humidity sensor is connected with the motor, the motor is connected with the fan, the fan is connected with an air outletport, the last two components of the temperature sensor and rechargeable USB interface are connected, the method is simple and feasible and operated easily.

Description

technical field [0001] The invention relates to a solar energy-saving ventilated glass curtain wall, which belongs to the technical field of solar energy energy conservation. Background technique [0002] As an important part of the building's outer structure, the glass curtain wall plays an irreplaceable role in building energy conservation. The solar energy-saving and ventilated glass curtain wall not only realizes the integration of walls, doors and windows in the building's outer envelope, but also integrates the building The use function and decoration function of the enclosure structure are skillfully integrated to make the building more artistic and modern. However, while the large-area glass curtain wall provides good lighting, it also brings high energy consumption for heating and cooling. Hidden danger, this is a weak link of building energy consumption. The current hot aisle glass curtain wall is technically realized through double-layer glass curtain wall, but th...

AI Technical Summary

Problems solved by technology

[0002] As an important part of the building's outer structure, the glass curtain wall plays an irreplaceable role in building energy conservation. The solar energy-saving and ventilated glass curtain wall not only realizes the integration of walls, doors and windows in the building's outer envelope, but also integrates the building The use function and decoration function of the enclosure structure are skillfully integrated to make the building more artistic and modern. However, while the large-area glass curtain wall provides good lighting, it also brings high energy consumption for heating and cooling. Hidden danger, this is a weak link of building energy consumption. The current hot aisle glass curtain wall is technically realized through double-layer glass curtain wall, but there are also certain technical defects. The one-time construction investment of solar energy-saving and ventilated glass curtain wall itself is relatively large Large, but on the one hand, it can reduce building energy consumption and protect the ecological environment. It can automatically adjust its functions according to changes in external natural conditions and use energy efficiently. Moreover, as the concept of green and energy saving continues to gain popularity, developers, architects, etc. They all provide reference and reference for the new design of solar energy-saving ventilated glass curtain wall and the selection of glass curtain wall. The general glass curtain wall does not have the functions of ventilation, temperature and humidity adjustment, and its fixation is poor. Therefore, further improvement is needed. The ventilation, temperature and humidity adjustment functions of the glass curtain wall, therefore, need to be further improved

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