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McDonald´s Restaurant Canopy incorporating Crystalline Silicon Photovoltaic Technology Glass by Onyx Solar

McDONALD´S RESTAURANT · ORLANDO, UNITED STATES

NEW CONSTRUCTION

McDonald’s unveiled its groundbreaking Global Flagship on the west side of Disney’s Theme Park in Florida, marking the establishment as McDonald’s first Net Zero-Energy Building in the country. Onyx Solar played an important role in achieving sustainability goals with photovoltaic glass units installed on the outdoor dining patio canopy. The photovoltaic glass canopy over the dining patio is particularly important in this context; it provides critical shade, reducing direct solar heat gain and creating a cooler environment underneath. This feature is vital in a place like Florida, where intense sunlight can significantly increase temperatures. At the same time, the photovoltaic glass generates energy, contributing to the building's zero-energy goal and creating a sustainable, comfortable space for visitors.

EXPLORE THE INNOVATIVE FEATURES OF THIS SUSTAINABLE ENERGY PROJECT

The selection of photovoltaic glass panels for the McDonald’s restaurant in Orlando aligns perfectly with the project’s specific needs and client specifications. With a Visible Light Transmission (VLT) of 39%, the glass allows ample natural light to filter through, creating an inviting atmosphere while ensuring that glare is minimized for diners. The solar factor of 42% effectively reduces solar heat gain, ensuring a comfortable interior temperature even during peak sunlight hours. This carefully balanced design not only enhances guest comfort but also supports the restaurant’s commitment to sustainability.

Furthermore, the photovoltaic glass can reach a nominal power of 118 Wp per square meter, demonstrating its efficiency in converting sunlight into usable energy. This output is instrumental in supporting the restaurant's energy needs, significantly contributing to the overall zero-energy goal. The integration of such advanced photovoltaic technology not only reinforces McDonald’s commitment to environmental stewardship but also showcases innovation in the fast-food industry.

By incorporating photovoltaic glass panels into the outdoor canopy, McDonald’s is setting a precedent for future developments in sustainable architecture. This project exemplifies how photovoltaic solutions can be seamlessly integrated into commercial spaces, creating environments that prioritize both customer experience and ecological responsibility. The McDonald’s Global Flagship in Orlando is not just a restaurant; it represents a forward-thinking approach to design that prioritizes sustainability and community engagement, making it a model for future endeavors.

Crystalline silicon technology photovoltaic glass by Onyx Solar
Interior view of McDonald´s building incorporating Crystalline Silicon Photovoltaic Technology Glass by Onyx Solar
Overview of McDonald´s canopy incorporating Crystalline Silicon Photovoltaic Technology Glass by Onyx Solar
Interior view of McDonald´s building incorporating Crystalline Silicon Photovoltaic Technology Glass by Onyx Solar
Exterior view of McDonald´s canopy incorporating Crystalline Silicon Photovoltaic Technology Glass by Onyx Solar
Technical Data of McDonald´s Restaurant project
ABOUT RB ARC

rb arc is an architecture and design firm known for its focus on creating spaces that combine functionality with sustainability. With a modern approach to design, rb arc emphasizes the integration of eco-friendly materials and energy-efficient solutions to reduce environmental impact while enhancing the usability of spaces.

ABOUT MCDONALD'S

McDonald’s, one of the world’s largest fast-food chains, is increasingly focused on sustainability and environmental responsibility. As part of its global strategy to reduce its carbon footprint, McDonald’s has incorporated renewable energy and sustainable building materials into many of its restaurants. By partnering with Onyx Solar, McDonald’s is enhancing its sustainability initiatives, integrating solar power solutions into its infrastructure to meet energy efficiency goals and contribute to a more sustainable future.

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