Lyres high imitation red brick photovoltaic curtain wall BIPV successfully completed

Apr 30,2022

Lyres high imitation red brick photovoltaic curtain wall BIPV successfully completed





Walking into the world-renowned world cultural heritage and national 5A tourist attraction "Xiamen Gulangyu", a new scene comes into view: rows of board arrays are applied to the red brick exterior wall of a building. When you look closer, this is not an ordinary board, but a photovoltaic panel with solar power generation function. This is the site of the photovoltaic curtain wall BIPV project tailored by Lyst (Xiamen) Co., Ltd. through the new brick wall power generation technology.

The "Lylster photovoltaic curtain wall BIPV" model adopted by the project fully considers the appearance of the building, sunlight resources and other factors, combines the exterior wall of the building with photovoltaic power generation, and uses small red brick power generation glass instead of traditional red brick to form BIPV photovoltaic array, which not only promotes the dual use of one wall, but also improves the economic benefits of the exterior decoration of the building, and realizes the conservation and intensive use of land resources.





A few days ago, the project has been installed and debugged by the BIPV construction team of Laister photovoltaic curtain wall and successfully connected to the grid. It is different from the form in which the photovoltaic system is directly attached to the building, but the photovoltaic power generation system is closely combined with the building. While meeting the power generation function, it can also meet the requirements of building form, sensory and other use functions. The project fills the gap of Gulangyu in the application field of new energy photovoltaic building integrated BIPV, and has a milestone and far-reaching significance for building a sustainable development model of green energy.

As the editor-in-chief of the "Photovoltaic Curtain Wall Application Guide" standard, Liao Zhinan, chairman of Lyerstad, said: "After many iterations and upgrades, the building photovoltaic glass is becoming more and more diversified. Whether it is size, shape or material, it can be specially designed according to the power generation demand, which can not only meet the construction demand of ordinary photovoltaic power stations, but also meet the power consumption demand of special buildings (BIPV). The small red brick power generation glass used this time can be perfectly integrated with the architectural appearance, which can not only meet the performance requirements of BIPV products, but also meet the individual needs of architectural curtain walls."

At the National Two Sessions in 2021, carbon peaks and carbon neutrality were included in the government work report for the first time. From the detailed to specific data in various fields, my country's building carbon emissions accounted for more than 1/3 of the total carbon emissions. Solving building carbon emission reduction is an important way to achieve carbon neutrality.

As one of the effective ways to solve the problem of building carbon emission, Lyster photovoltaic curtain wall BIPV can not only realize the perfect integration with the building and supply the generated electric energy to the building, but also truly realize the common development of green building and circular economy, which plays an important role and significance in helping the "3060" carbon peak and carbon neutral target.