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Press Release

Get Space

A' Design Award 2025 Gold Winner in Architectural Lighting

25 April 2025

Get Space by Xinxing Wu and Xianping Zeng
Get Space by Xinxing Wu and Xianping Zeng
Get Space by Xinxing Wu and Xianping Zeng
Get Space by Xinxing Wu and Xianping Zeng
Get Space by Xinxing Wu and Xianping Zeng

Xinxing Wu and Xianping Zeng · CLIENT: GDD Holding Group

Get Space is an architectural lighting design for a commercial complex in Huangpu Science City, Guangzhou, China. The scheme uses LED luminaires and narrow-beam spotlights with dynamic controls, so each zone receives illumination suited to its function. Embedded spotlights, linear accents and vertical lighting follow the stacked box facade. A colour temperature of 4000K is used for the exteriors and 3000K for pedestrian areas. Motion sensors and dimming reduce energy use by up to 30 percent during off-peak hours. Anti-glare shields limit light spill toward nearby homes.

Press Kit

Unique Properties
By harmonizing light with architectural forms, Get Space fosters a welcoming environment that inspires interaction, creativity, and cultural appreciation. Advanced LED technology and dynamic controls deliver tailored illumination across functional areas, ensuring energy efficiency and adherence to environmental regulations. The design minimizes light pollution, protects nearby communities, and redefines how lighting enhances urban living and creates a sense of belonging.
Dimensions & Packaging
Get Space, the flagship youth-oriented commercial street project in Huangpu Science City, Guangzhou, China, seamlessly connects to the Metro Station. Spanning an impressive 154,800 square meters, the complex integrates Premium Retail, Smart Offices, Sky Pavilion Suites, and Multifunctional Spaces, setting a new benchmark for urban commercial development in East Guangzhou.
Tags
Get Space, Architectural Lighting, Drean Design, Xinxing Wu, Xianping Zeng
Production Technology
The lighting system combines advanced LED luminaires and narrow-beam spotlights with dynamic controls, allowing precise illumination tailored to each zone's function and atmosphere. The implementation of motion sensors and dimming controls reduces energy consumption by up to 30% during off-peak hours, aligning with sustainable practices. Additionally, the design adheres to stringent local environmental regulations, featuring anti-glare shields and targeted lighting angles to minimize light spills into adjacent residential areas, preserving the nighttime sky and improving the urban experience.
Design Challenge
Despite a budget under 20 million RMB, the project stands out as an exemplary case of cost-efficient design, achieving impressive results.
The seamless integration of sustainable systems and energy-efficient lighting methods ensures both environmental responsibility and operational efficiency.
Project Duration
The project finished in October 2023 in Guangzhou and was put into operation in January 2024.
Operation Flow
The facade's minimalist design uses stacked box structures and terraced platforms, creating a rhythmic yet modern urban aesthetic. Advanced LED technology enhances the interplay of light and architecture, utilizing embedded spotlights, linear accents, and vertical lighting to highlight the building’s contours. The design carefully balances function and artistry with dynamic lighting tones, 4000K for building exteriors and 3000K for pedestrian spaces, ensuring a vibrant yet inviting atmosphere.
Research
Since its launch, Get Space has attracted widespread media attention and numerous accolades, with over 130,000 visitors within its first three days of operation. This innovative commercial complex combines retail, dining, entertainment, culture, and art into an immersive, interactive community hub. It redefines urban spaces by blending cutting-edge technology with a human-centered approach, catering to families, friends, and professionals alike.
Inspiration
Drawing inspiration from the Pearl River and Huangpu's maritime legacy, the lighting concept reflects the imagery of rippling waters and stacked cargo boxes, evoking a sense of movement and connection. Warm gradients and dynamic light transitions bring the architectural layers to life, seamlessly blending cultural symbolism with contemporary aesthetics.
Image Credits
Image #1: Drean Design, 2023.
Image #2: Drean Design, 2023.
Image #3: Drean Design, 2023.
Image #4: Drean Design, 2023.
Image #5: Drean Design, 2023.

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