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The core advantage of this product lies in the green design of photovoltaic integration. Unlike traditional electric sunshades, it can convert solar energy into electric energy, realizing a self-sufficient operation mode, no need for external grid power supply, reducing use costs and carbon emissions. The thin-film solar cell fabric has a high photoelectric conversion efficiency of up to 15%, and can generate a certain amount of power even in low-light environments. It can charge the built-in lithium battery even on cloudy days. The built-in 18650 lithium battery has overcharge and over-discharge protection functions, which can ensure the safe and stable operation of the system. At the same time, it supports dual power supply modes of solar energy and external power supply, which can be powered by external power supply during continuous rainy weather. It supports remote control and light sensor automatic adjustment functions, which can automatically adjust the opening and closing degree of the sunshade according to the light intensity, realizing intelligent sunshade management. In addition, the service life can reach more than 10 years, which is far longer than that of ordinary electric sunshades. The lightweight fabric design will not increase the additional load of the building, adapting to the needs of high-end building scenes such as green buildings and photovoltaic roofs, solving the pain point of separation of traditional photovoltaic equipment and sunshade facilities.

The core technical parameters of this BIPV integrated electric sunshade include: the fabric uses flexible thin-film solar cells, with a photoelectric conversion efficiency of 15%, a power generation of 50W per square meter, a fabric thickness of 0.2mm, an IPX6 waterproof rating, a shading rate of 85%. The maximum customizable width of a single幅 is 350cm, and the height can be customized from 100-300cm. The built-in solar charging panel has an efficiency of 18% and a charging power of 30W. It has a built-in 18650 lithium battery pack with a capacity of 2000mAh, which has overcharge and over-discharge protection functions, and the battery life can reach 72 hours. The motor uses a solar-powered DC brushless motor with a rated power of 15W, operating noise ≤35dB, and a service life of more than 10 years. The control method supports RF remote control and light sensor automatic adjustment, with a remote control distance of up to 15m. The installation method is roof or wall installation, and the matching installation brackets are made of aluminum alloy, which has corrosion resistance. The net weight of the whole machine is 7.2kg per set, and the packaging size is 200*40*30cm. The fabric has anti-aging and anti-corrosion properties, and will not have performance attenuation after 10 years of outdoor use, meeting the environmental protection requirements of green buildings.

This product is mainly suitable for high-end scenes such as green buildings, photovoltaic roofs, low-carbon office areas and villa courtyards, especially suitable for construction projects pursuing low-carbon environmental protection. In the green building scene, it can realize the integrated design of sunshade and power generation, providing sunshade for the interior of the building while generating renewable energy, reducing the air conditioning load and power consumption of the building, and helping the building obtain green building certification. In the villa courtyard scene, it can not only be used as an outdoor sunshade facility, but also provide power for outdoor intelligent equipment such as outdoor speakers and monitoring cameras, realizing self-sufficient energy supply. In the photovoltaic roof scene, it can be linked with the building's photovoltaic system to realize unified energy management and sunshade control, improving the overall energy efficiency of the building. In addition, the product can also be adapted to the external wall sunshade scenes of commercial buildings, improving the aesthetics and energy use efficiency of the building and helping to achieve the carbon neutrality goal.