Empowering Architecture | The Civil Air Defense Science Museum Project of Fuyang City Disaster Prevention and Shelter Park (Qiyuhe Park) successfully passed the completion acceptance
The Civil Air Defense Science Museum project of Fuyang City Disaster Prevention and Evacuation Park (Qiyuhe Park) is located west of Nanjing Road, north of Doupenggou, and east of Qiyuhe River in Fuyang City. The total planned construction area of the project is 20,066.25 square meters, with three floors above ground and two floors underground, and a building height of 18.2 meters. The three floors above ground are the Civil Air Defense Science Museum, with a construction area of 6,520.32 square meters, and the two floors underground are the Civil Air Defense Basement, with a construction area of 13,545.93 square meters.
From a distance, the gray glass curtain wall and the yellow and brown vertical fence decoration complement each other, giving the entire building a calm and majestic temperament. It is worth mentioning that this gray glass curtain wall not only has a beautiful appearance, but also contains the power of green and environmentally friendly technology. The gray glass curtain wall uses Mingyang Thin Film's new generation BIPV classic series products, together with the roof photovoltaic power generation device, which is connected to the museum's power distribution system for supplementary power supply to create a green building.
The mandatory standard "General Standard for Building Energy Conservation and Renewable Energy Utilization" GB55015, which was officially implemented by the state on April 1, 2022, stipulates that new buildings must install solar energy systems. As the first disaster prevention and evacuation park in the city, Fuyang Municipal Disaster Prevention and Refuge Park (Qiyuhe Park) actively responded to the construction of the science museum and installed a solar photovoltaic power generation system. The Mingyang new generation BIPV cadmium telluride thin film photovoltaic glass used on the facades of both sides of the building of this project has a low dependence on the inclination angle. It can not only be harmoniously unified with the building, but also has considerable power generation performance.
After the project is completed, it will be combined with civil air defense, national defense mobilization, disaster prevention and mitigation, etc. for publicity and display, including basic knowledge education, real objects and model displays of air defense weapons, etc., to build it into the city’s first distinctive national defense and civil air defense publicity and education base.
Guangdong Mingyang Thin Film Technology Co., Ltd. Guangdong Mingyang Thin Film Technology Co., Ltd. (hereinafter referred to as "Thin Film Technology") is committed to the research and development and application of energy-saving and environmentally friendly green building materials and building photovoltaic integrated products. The company has advanced thin-film photovoltaic technology, and the conversion efficiency of its cadmium telluride thin-film batteries certified by a third party has reached an advanced level. Current products include standard photovoltaic modules, BIPV photovoltaic glass, customizable light-transmitting, colored, glazed, hollow photovoltaic glass, etc. The products have been successfully applied to smart cities, urban landscapes, rural revitalization, low-carbon transportation, integrated light storage and other fields, which not only meet the requirements of building safety and beauty, but also provide economical and practical green energy. At the same time, Thin Film Technology has a first-class perovskite technology research and development team, and has invested heavily in the development of the next generation of thin-film photovoltaic and stacked power generation technology with great potential. The company has built a high-efficiency perovskite solar cell experimental center, with a complete equipment system for battery and module preparation and testing, and the conversion efficiency of the trans-structured perovskite thin-film battery certified by a third party has reached 25.11%. At present, it is accelerating the promotion of new high-efficiency goals and industrialization layout, and it is expected to achieve technology implementation in 2024-2025. ![]() |