ChromoGenics has secured an order for approximately 4,000 square metres of its ConverLight® dynamic glass for Central Yards, a major mixed-use development rising on Hong Kong’s New Central Harbourfront. The project is being developed by Henderson Land, one of Asia’s leading property developers with a strong presence across Hong Kong and mainland China.

Spanning approximately 1.6 million square feet, Central Yards is designed as a next-generation urban destination that integrates premium office space, experiential retail, cultural attractions and extensive public green areas. Described as a people-centric “ground-scraper,” the development aims to strengthen the connection between the city and Victoria Harbour while creating vibrant spaces for work, leisure and community engagement. Phase 1 of the project is scheduled to open in 2027.

A defining architectural feature of Central Yards is its expansive harbour-facing façades, designed to maximise panoramic views of Victoria Harbour. To support this vision, ConverLight® dynamic glass will be installed across large glazed areas, enabling high levels of transparency while actively managing solar heat gain and glare. The technology automatically adjusts tint levels in response to changing daylight conditions, helping maintain indoor comfort without compromising views.

The dynamic glazing system is also expected to improve the building’s environmental performance by reducing cooling demand and lowering energy consumption, particularly important in Hong Kong’s hot and humid subtropical climate. These benefits align with Central Yards’ ambitious sustainability strategy. The development has secured or registered for nine internationally recognised green and smart building certifications, including BEAM Plus, LEED, WELL, SITES, SmartScore and WiredScore.

According to ChromoGenics CEO Fredrik Fränding, the project demonstrates how dynamic glass can help developers balance architectural ambition, occupant comfort and energy efficiency. The selection of ConverLight® further highlights the growing role of advanced façade technologies in creating high-performance, sustainable urban developments.