Telescopic window type solar power generating system

Abstract

A telescopic window type solar power generating system comprises a support, supporting rods, a thin film solar cell panel, a controller, a storage battery, an inverter, a control energy storage box, a connecting line and the like. The thin film solar cell panel is arranged on an inner slide of the support in the mode that shutters can be folded and drawn, the support is fixed by the left supporting rod and the right supporting rod, and the stability and the wind and pressure resisting capacity of the support are guaranteed. When sunlight is sufficient, the thin film solar cell panel is opened to convert solar energy into direct-current electric energy, the controller can control the process that the solar cell panel charges the storage battery and the storage batter supplies power to loads, the direct-current electric energy is converted into alternating-current electric energy through the inverter link, and the electric energy can be directly supplied to the household loads for use. When the sunlight is sufficient and no power needs to be generated, the thin film solar cell panel is folded, and home lighting, ventilation and other living needs are not influenced. The telescopic window type solar power generating system is reasonable in overall design and compact in structure, the integral mode of a previous solar building is changed, and the telescopic window type solar power generating system is safer, more scientific and wider in application and has great popularization value.

Description

technical field [0001] The invention relates to the technical field of photovoltaic power generation, in particular to a retractable window solar power generation system. Background technique [0002] At present, the integration of solar power generation technology and buildings is more and more widely used, and its main advantages are as follows: 1. Effective use of building peripheral surfaces (roofs and walls), saving support structure costs and land resources; 2. In-situ power generation 3. Avoid excessive wall temperature and roof temperature, improve indoor environment, and reduce air-conditioning load. At the same time, BIPV improves the industrialization of construction engineering, making construction engineering a highly mechanized and automated high-efficiency manufacturing industry. However, a series of problems need to be solved when building integrated photovoltaics is widely applied, including: 1. Meteorological requirements. As a building component, photovol...

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Problems solved by technology

The above three points have greatly restricted the wide application of photovoltaic curtain walls

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