Prize(s) Winners in Public Building Lighting Design
Lighting Design/Product Company Zhejiang Province Institute of Architectural Design and Research Co.,Ltd
Lead Designers Weikai Zhu
Other Designer's names Peng Zhou, Hongliang Wang, Qi Lu, Linyue Shen?Jia Chen, Xin Liu, Jian Yang
Architecture Company Zhejiang Province Institute of Architectural Design and Research Co.,Ltd
Client Hangzhou Yuhang Urban Construction Group Co., Ltd
Project Location Linping District, Hangzhou City, Zhejiang Province
Entry DescriptionThe lighting design adopts the interactive design technique of "Light Belt Silk Road", starting from the volleyball training hall as the Silk Road, connecting the three major buildings of football field, volleyball competition hall, and media center. In the specific design, designers focus on sustainable development of lighting in the context of global climate change and environmental degradation, and achieve efficient energy utilization through carbon reduction ideas. By calculating the reflectivity of building materials to light and the natural brightness of the surrounding environment, lower power lighting products are selected to achieve the desired effect. By using scientific intelligent control to achieve the application of various lighting scenarios, the energy consumption expenditure is reduced by 60% compared to traditional lighting systems.
Sustainability ApproachOn the premise of meeting the technical requirements of lighting design, this project selects full cut-off lamps and suitable light source spectra to avoid affecting the nighttime activities of birds, mammals, and insects. At the same time, the number and power of lighting fixtures should be strictly controlled, and high luminous efficiency LED light sources should be used. Products that meet carbon footprint data through third-party audits should be used to reduce carbon emissions during the operation of lighting systems. The project sets up an intelligent remote control system to carry out different time series control for different regions. The operating power in holiday mode is about 290kw, the operating power in normal mode is about 200kw, and the operating power in energy-saving mode is only 15kw, which reduces energy consumption by 60% compared to traditional lighting systems.
