The Shenzhen Science & Technology Museum, crafted by Zaha Hadid Architects, has officially opened in China’s Guangming District, marking a significant addition to the city’s cultural and technological landscape. This futuristic architecture marvel, often likened to a “starship,” seamlessly integrates sustainable design with advanced technology, embodying a new era of eco-friendly architecture.
Spanning approximately 128,276 square meters, the museum houses a diverse array of facilities, including permanent and temporary exhibition halls, immersive theaters, research laboratories, and an innovation center. The central atrium, a hallmark of Zaha Hadid’s design, features galleries that emerge from the floor and walls, creating an engaging and intuitive visitor experience.
The building’s energy-efficient design is tailored to Shenzhen’s subtropical climate. Utilizing advanced computer simulations and wind tunnel testing, the structure minimizes solar heat gain, ensuring a stable internal temperature. The facade incorporates a ventilated cavity system with stainless-steel panels, reducing direct exposure to solar radiation. Additionally, the roof is equipped with photovoltaic panels for on-site energy generation.
In line with green building standards, the museum targets China’s top three-star rating. Sustainable features include a grey-water recycling system, rainwater collection infrastructure, and the use of approximately 389,000 tonnes of recyclable materials during construction. The design also employs a digital twin process, integrating BIM and 3D scanning to manage complex geometries with precision.
The museum’s exterior showcases the first large-scale application of dual-colored INCO technology in China, featuring a gradient from deep blue to gray. This not only enhances the building’s aesthetic appeal but also contributes to its durability and self-cleaning capabilities.
As a new landmark in Shenzhen, the Shenzhen Science & Technology Museum exemplifies the fusion of innovative design, sustainability, and technological advancement, setting a benchmark for future developments in modern architecture.
