LING NAN ZHEN YUE

Poly · LING NAN ZHEN YUE is situated in the New Urban Area of Beijiao Town, Shunde District, Foshan. Adjacent to urban ecological green spaces and a scarce children's park, it lies at the heart of Lingnan culture. Guided by the core concept of "Treasure Lingnan's Essence, Embrace Oriental Elegance," the project integrates regional cultural context, ecological wisdom, and contemporary residential needs to construct a people-oriented, low-carbon, and symbiotic sustainable community.
At the master planning level, the project adopts a multi-garden cluster layout strategy, classifying products based on the site's ecological sensitivity and landscape resources. Connected by continuous slow traffic systems and ecological corridors, each cluster forms a complex community network with a clear structure and unobstructed green veins. The L-shaped buildings enclose three private gardens, ensuring every household enjoys landscape views while enhancing microclimate regulation and biodiversity support—embodying the "sponge community" concept. Rain gardens, permeable pavement, and sunken green spaces work synergistically to improve site resilience.
With "private elevator access" as the basic unit logic, the building monomers guarantee privacy and a ritual sense of homecoming. Flexible layouts such as integrated LDK (Living, Dining, Kitchen) spaces, dual balconies, and multi-functional rooms not only optimize space utilization efficiency but also guide residents to practice a low-carbon lifestyle. All buildings feature elevated floors integrated with composite functions including children's play areas, a ladies' lounge, and a community library, activating the social value of gray spaces and promoting neighborhood interaction and community vitality.
Drawing inspiration from the "book scroll" motif, the facade design softens the visual oppression of high-rise buildings through volume segmentation, lightweight structures, and refined roof treatments, creating a rhythmic skyline. Preferring local environmentally friendly building materials, the design combines sun-shading components and natural ventilation strategies to reduce building operational energy consumption.