Shanghai Lingang Astronaut Kindergarten project aims to create an early childhood education environment integrating scientific enlightenment, healthy growth and future exploration. The project not only cultivates children's curiosity and desire to explore the universe, but also aims to provide children with a comfortable, healthy and environmentally friendly learning and living space through ultra-low energy consumption building technology.

Case site

The architectural features and design concept:
This project adopts a unique circular window and arc shape to maintain the structural design, aiming to break through the traditional architectural image, reflect the mystery and sense of science and technology of "aerospace space", and inject more fun and imagination into the kindergarten. The rounded lines not only make the appearance of the building more soft and vivid, but also effectively guide the entry of natural light and improve the indoor lighting effect. At the same time, this design also enhances the overall aesthetic and visual impact of the building, making children feel like they are in a space world full of fairy tales.

Ultra-low energy building technology:
This project uses advanced ultra-low energy building technology. In particular, the exterior door and window system that meets the energy-saving design standards of ultra-low energy buildings is adopted. The arc door and window system of WG75Light aluminum alloy and polyurethane composite ultra-low energy consumption has a heat transfer coefficient of less than 1.4W/(m2.K) for the whole window, and the three-glass, two-cavity and double-low-E insulating glass is configured with warm edge and argon filling process, and the glass shading coefficient is less than 0.6. The shading effect can be dynamically adjusted throughout the year by means of the shading measure of the middle louver. With energy-efficient air conditioning and lighting systems, the project achieves efficient use and conservation of energy. In addition, the project also focuses on the comfort and health of the indoor environment, through scientific ventilation and humidity control, to provide children with a fresh and pleasant study and living space.

Core/polyurethane

Aluminum alloy polyurethane composite ultra-low energy consumption system, through the efficient polyurethane injection foam process, can achieve special modeling design optimization, such as arc modeling can achieve very high-precision forming butt process, while ensuring the realization of extremely high insulation, watertight, airtight and wind pressure resistance and other basic performance needs.
Shanghai Lingang Little Astronaut Kindergarten Project is an early childhood education project integrating scientific enlightenment, healthy growth and future exploration. Through unique architectural design, advanced energy-saving technology and rich featured courses, the project provides children with a learning space full of fun and imagination, allowing them to grow in exploration and learn in joy. We hope that every child can find their own dream and direction here, and become a pillar of the future society.