Wedoany.com Report-Feb 16, Hong Kong Disneyland Resort (HKDL) is leading the way in sustainability with an innovative car park solar canopy project featuring double-sided solar panels.
In a significant stride toward renewable energy adoption and environmental sustainability, HKDL has unveiled Hong Kong’s first and largest car park solar canopy at its cast members car park. The groundbreaking project, which integrates nearly 200 bi-facial solar panels in its first phase, provides shelter for 40 parking spaces while generating clean energy. This initiative solidifies HKDL’s position as a leader in sustainability and environmental innovation within Hong Kong.
The solar canopy, located at the Team Disney outdoor car park for cast members, is part of HKDL’s broader efforts to reduce its environmental impact and adopt renewable energy solutions. The resort celebrated the opening of the first phase with Mickey Mouse and key representatives, including senior vice president of operations at HKDL, Tim Sypko; director of facility services, CW Foo; and HKDL ambassador, Gisele Abejero.
“At HKDL, we are not only committed to creating magical experiences, but also to reducing our environmental impact,” said Sypko. “We are always looking for ways to innovate and incorporate sustainable practices into our operations. We are proud to be a leader in environmental sustainability in the community, and the completion of Hong Kong’s first and largest car park solar canopy project is a testament to that. These collective efforts are part of Disney Planet Possible – tangible actions Disney is taking to put possibility into practice and inspire optimism for a brighter, more sustainable future.”
A key feature of the project is HKDL’s first-ever use of bi-facial solar panels. Unlike traditional single-sided panels, these advanced bi-facial panels generate electricity from both sides. In addition to capturing sunlight on the front, the panels also absorb sunlight reflected from the ground. This innovative design increases energy generation by nearly 10%, making the system significantly more efficient.
The first phase of the project, now operational, includes close to 200 bi-facial solar panels. The second phase, which is set to begin construction soon, will expand the canopy to include nearly 400 bi-facial solar panels, covering a total of 80 parking spaces and generating over 200,000 kilowatt-hours (kWh) of electricity per year. Once completed, the solar canopy will have a capacity of 200 kilowatts (kW).
This project is part of a broader effort to enhance HKDL’s renewable energy infrastructure. By the end of 2025, the resort will have over 8,300 solar panels installed across 60 locations, generating enough energy to power approximately 1,200 three-person households for a year.
Supporting green transportation and sustainability
In addition to the solar canopy, HKDL has demonstrated a strong commitment to promoting sustainable transportation. Over 130 electric vehicle (EV) chargers are installed in the resort, encouraging the use of cleaner commuting options and aligns with HKDL’s broader environmental goals.
HKDL’s sustainability efforts extend beyond renewable energy and eco-friendly transportation. The resort is also actively involved in other environmental initiatives, including food donation programs, waste reduction, energy and water conservation, and community outreach.
Industry recognition and future plans
HKDL’s environmental leadership has not gone unnoticed. In 2023 and 2024, the resort received several prestigious accolades, including awards from the “Hong Kong Awards for Environmental Excellence,” the “Second KPMG ESG 50 Awards,” and the “Outstanding ESG Enterprises Recognition Scheme.” These honors highlight HKDL’s dedication to environmental, social, and governance (ESG) practices.
Looking ahead, HKDL plans to continue its efforts in conservation and sustainability, contributing to initiatives such as waste reduction, energy efficiency, and water conservation. The resort’s solar canopy project is a prime example of how it integrates innovative technology with real-world environmental impact.
