Transforming Traffic Hubs into Garden Attractions: Sanxing Lighting Illuminates Hangzhou Linping South Station
A seven-character poem can hardly praise the graceful grace of West Lake’s weeping willows in Hangzhou; from the willows’ perspective, the city’s scenic beauty is simply boundless. Today, Hangzhou ranks among the first-tier national cities in economic development, cultural civilization, and ecological environment. It is also a core center and birthplace of China’s classical garden art.
As a vital component of urban development, transportation reflects a city’s level of external development and infrastructure. Hangzhou Linping South Station (formerly Yuhang Station, hereinafter the same) serves Hangzhou’s main urban area, Linping, Tangqi, as well as Haining and Tongxiang, making it a key transportation node and hub in the Hangzhou metropolitan area.
Seemingly unrelated, can garden art and transportation hubs intersect, integrate, and complement each other to form a new development concept?
The landscape courtyard lamp "Golden Branches & Jade Leaves" draws inspiration from willow leaves and adopts bionic design principles. With precise light distribution and an elegant, stylish appearance, it integrates modern minimalism into the scene while harmonizing with Jiangnan garden art, fully enhancing the natural scenery of Linping South Station.
Meanwhile, the auxiliary decorative light sources of this landscape courtyard lamp create a brilliant, flowing glow, turning Linping South Station into a new popular "internet-famous spot." It has become a favored photo destination for numerous tourists and citizens, boosting the dynamic development of the city’s tertiary industry.
Against the backdrop of China’s national dual carbon goals, building a more scientific lighting environment and experience while conserving energy has become the mainstream trend in outdoor lighting.
The landscape courtyard lamp "Golden Branches & Jade Leaves" adopts high-efficiency LEDs. Compared with traditional high-pressure sodium lamps, it features lower energy consumption, lower carbon emissions, longer service life and lower maintenance costs, contributing to the achievement of the "dual carbon" goals.
