Solar intelligent window system with ventilation purification function

Abstract

The invention relates to a solar intelligent window system with ventilation purification function, which structurally comprises an intelligent window, an intelligent curtain, a controller, a heat exchanger and a memorizer; double glazing is arranged in the aluminum alloy window edge; the aluminum alloy window edge is provided with an outdoor air inlet air grid facing outdoors; an indoor air inletair grid and an indoor air outlet air grid are arranged facing indoors, and the inner side of the outdoor air inlet air grid is provided with a multifunctional efficient filter screen; the surface ofthe intelligent curtain absorbs sunlight; a pipeline is arranged in the intelligent curtain; the pipeline is internally provided with water or antifreezing solution, and the pipeline in the intelligent curtain is connected with the heat exchanger and the memorizer. According to the intelligent window, outdoor fresh air can be introduced when the air is purified, thereby avoiding the defect that the window cannot be opened in the using process of traditional air purification equipment. According to the intelligent curtain, a method and device for converting additional solar energy passing through a window into heat energy can be provided, and the flow and the storage of the solar energy can be controlled actively, thereby saving a great deal of energy for lighting, heating and air conditioning.

Description

technical field [0001] The invention belongs to the technical field of intelligent doors and windows, and in particular relates to a solar energy intelligent window system capable of ventilation and purification. Background technique [0002] As we all know, environmental protection and energy saving technology is one of the most concerned topics in today's international society. The shortage of some difficult-to-renewable energy sources is also a problem that most countries in the world have or will face. In the United States and other industrialized countries, 23.5% of total energy is used for lighting, heating and air conditioning. And about 50% of the energy is lost through the window, which is equivalent to the current US$40 billion national electricity bill in the United States. Therefore, if these lost energies can be well utilized, a large amount of precious resources can be saved, and energy expenditure can also be greatly reduced. [0003] There is a low e windo...

AI Technical Summary

Problems solved by technology

However, the cost of this kind of low-e windows is high, and although this kind of windows can save energy in summer, they need more energy in winter, so the cost performance is not high.

There is also an electrochromic window in the prior art, which can block sunlight in summer and allow sunlight to heat in winter, but this kind of window cannot control lighting and heating at the same time, and the price is expensive, and the price is lower than that of traditional windows. 3 times

Moreover, this kind of window has a short service life and needs to be replaced according to the life of the building; in addition, smart windows have a standard factory size, and it is difficult to retrofit existing buildings

In addition to the above two kinds of windows, there is a photovoltaic building integrated structure in the prior art, which will install solar panels on the windows and walls to achieve the purpose of energy saving, but the installation space of this device is limited, and it affects the appearance of the building. The cost per watt is higher than that of the roof system, the efficiency is low, the cost is high, and it is not economical and practical

[0004] In addition, the windows of buildings in the prior art generally only have two states of opening and closing. In order to purify the air, it is often necessary to use air purification equipment in the state of the windows being closed. get cloudy

There are also ventilation and purification devices installed on windows in the prior art, but such devices are cumbersome to install and need to change the original window frame structure, resulting in high replacement costs

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