Solar photoelectric and photo-thermal aluminum alloy energy-saving window

Abstract

The invention relates to a solar photoelectric and photo-thermal aluminum alloy energy-saving window. In the window, a retractable photoelectric and photo-thermal collector is additionally arranged on an upper window frame of a common window frame and combined with the upper window frame by an interlocking mechanism; a protective cover is mounted on a thermal collecting surface of a solar thermalcollecting plate; and a solar battery set is mounted in the protective cover. In the invention, sufficient utilization of limited sunshine area and utilization of photoelectric and photo-thermal energy advantages in building an external window are sufficiently combined; a program-controlled thermal collecting plate can be controlled to open and close according to weather conditions; the thermal collecting plate extends from inside to outside and reaches an ideal illuminated angle position after turned over; meanwhile, the upper protective cover of the thermal collecting plate also synchronously finishes extending and upturning; and electric quantities required for water recycling, expanding, retracting, displaying and the like are satisfied by using electricity generated by the solar battery to increase the comprehensive utilization rate of solar resources and reduce inconvenience during indoor circuit mounting, thereby realizing the green and energy-saving purposes of the solar photoelectric and photo-thermal aluminum alloy energy-saving window.

Description

technical field [0001] The present invention is related to building doors and windows, in particular to a solar photoelectric and photothermal aluminum alloy energy-saving window, which adds a retractable photoelectric and photothermal collector to the upper window frame of the ordinary window frame, and uses a linkage device to connect the two combined together. Background technique [0002] The development and popularization of solar thermal windows will undoubtedly bring about an innovation in the history of doors and windows, improve the function of doors and windows, improve people's living conditions, and get closer to the distance between man and nature. However, in the actual use of photothermal windows, considering the improvement of water circulation pressure and heat collection efficiency, water circulation pumps and electronic display devices are used, which requires an external auxiliary power supply, which brings inconvenience to line laying and daily use. The...

AI Technical Summary

Problems solved by technology

However, in the actual use of photothermal windows, considering the improvement of water circulation pressure and heat collection efficiency, water circulation pumps and electronic display devices are used, which requires an external auxiliary power supply, which brings inconvenience to line laying and daily use. The auxiliary power supply provided by the solar collector is an energy-saving and environmentally friendly idea. However, how to effectively combine the solar panel and the solar collector in a limited space can not only ensure the reasonable use of solar energy but also ensure the normal use of windows, and The beauty of windows is the subject of current research

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