Wall window type solar air conditioner

Abstract

Disclosed is a wall window type solar air conditioner. A light-transmitting wall is arranged between an upper bearing crossbeam and a lower bearing crossbeam between floors of the sunny side of a frame type building and comprises an outer light-transmitting vertical plate and an inner light-transmitting vertical plate which are arranged at intervals. A window formed by two light-transmitting plates at intervals is installed in the middle of the light-transmitting wall. The interval of the window communicates with the interval of the light-transmitting wall. Longitudinal hollow thermal insulating walls are arranged at the two ends of the light-transmitting wall. Radiators, heaters and temperature sensors are arranged in the thermal insulating walls. Exhaust pipes are installed on the upper portions of the thermal insulating walls. Pressure relief valves and exhaust valves are connected to the upper portions of the radiators. Water input and output switch valves are connected to the lower portions of the radiators. The interval of the window in a lower layer room and the interval of the light-transmitting wall communicate with the radiator of an upper layer room connected with the lower layer room through a pipe fluid generator. An inlet and an outlet of a water storage tank of an absorbing type air conditioner system arranged in the lower layer room communicate with the upper portion and the lower portion of the hollow thermal insulating wall of the upper layer room connected with the lower layer room correspondingly. A curtain capable of shielding the wall and the window is arranged on the indoor face of the light-transmitting wall and is provided with a movable window.

Description

Technical field [0001] The invention relates to solar energy utilization technology, in particular to a wall and window type solar air conditioner. Background technique [0002] The thermal insulation walls of existing buildings are either double-layered or solid thermal insulation. Both types of walls have the function of thermal insulation, that is, it can block external heat from entering the building in summer and block the internal heat from radiating outside in winter. But neither of these two types of insulation walls use solar energy. Of course, solar cells can be attached to the outer surface of the thermal insulation wall to use solar energy to generate electricity, but solar cells are costly, low in efficiency, and have a short lifespan. In addition, in the process of manufacturing solar cells, more harmful substances are emitted. Therefore, very few solar cells are attached to the exterior of the building wall. [0003] The thermal insulation windows of the existing ...

AI Technical Summary

Problems solved by technology

The former can collect sunlight for heating and heat preservation in winter, but cannot prevent sunlight from entering the room in summer and does not use solar energy; Due to the poor light transmission of the coated glass, the indoor light is dim

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