Hangzhou Kerry Centre is a premier mixed-use development located in the heart of Hangzhou, China. The project integrates high-end commercial, office, and hospitality spaces, serving a diverse group of users, including business professionals, residents, shoppers, and visitors. As a flagship development, it exemplifies sustainable urban design and innovative facility management. The successful attainment of Parksmart Pioneer certification underscores its commitment to green mobility and efficient parking solutions, enhancing the overall user experience while contributing to the city’s sustainable development goals. By implementing cutting-edge energy-saving measures, smart parking technology, and eco-friendly operational strategies, Hangzhou Kerry Centre sets a new benchmark for sustainable parking facilities in China.
Smart Parking Management System
The project incorporates an advanced smart parking system that optimizes space utilization, reduces idle vehicle circulation, and enhances user convenience. Real-time monitoring and guidance systems help minimize congestion and emissions, improving overall operational efficiency.
Energy-Efficient Lighting and Ventilation
The parking facility is equipped with LED lighting and motion sensor controls, significantly reducing energy consumption. Additionally, a demand-based ventilation system adjusts airflow based on real-time occupancy and air quality, ensuring energy efficiency while maintaining a comfortable environment.
EV Charging Infrastructure and Low-Emission Vehicle Parking
Dedicated parking spaces for electric vehicles (EVs) and low-emission vehicles encourage the adoption of sustainable transportation. The facility is equipped with multiple EV charging stations, supporting the city’s transition toward cleaner mobility solutions.
Stormwater Management and Water Efficiency
The project employs an advanced stormwater management system that captures and filters runoff, reducing the impact on local drainage infrastructure. Water-efficient fixtures and reuse strategies further contribute to resource conservation.