BAYAGUANA BASILICA · BAYAGUANA, DOMINICAN REPUBLIC
NEW CONSTRUCTION
This construction features a photovoltaic skylight made of amorphous silicon photovoltaic glass, uniquely shaped like a Holy Cross. It aids the church in reducing its operation and maintenance costs by generating energy and allowing natural light to enter. Covering an area of 617 m2, the skylight is composed of amorphous silicon glass panels. The installed photovoltaic glass enables the generation of clean energy, thereby preventing the release of nearly 21 tons of CO2 into the atmosphere annually and also allows the entrance of natural light. It camouflages itself perfectly, appearing as normal glass, maintaining the aesthetic integrity of the building while producing energy. This integration of renewable energy technology is a subtle yet powerful enhancement, aligning with environmental sustainability without compromising the building's appearance.
The photovoltaic glass chosen for Bayaguana Basilica is an exceptional choice due to its ability to meet the specific design and functional requirements of this religious landmark. Its ability to generate clean energy on-site significantly reduces the basilica’s reliance on external power sources, which helps lower operational costs in the long term. The high efficiency of amorphous silicon photovoltaic glass ensures optimal energy production even in varied sunlight conditions typical of the Caribbean. Furthermore, the glass allows natural light to filter into the interior, creating a serene, well - lit atmosphere that enhances the spiritual ambiance for worshipers. The seamless integration of photovoltaic glass into the skylight’s design demonstrates how sustainability can be incorporated into traditional architecture without altering its visual appeal. This project showcases a modern approach to energy-conscious design, aligning with the basilica’s commitment to preserving the environment while respecting the sanctity of the building’s aesthetic.
