ST ANDREW'S CATHEDRAL · SYDNEY, AUSTRALIA

The photovoltaic glass chosen for St Andrew's Cathedral offers an ideal solution for a structure that needs to balance aesthetics with functionality. With a solar factor of 32% and a VLT of 16%, this roof skylight allows for natural light to softly illuminate the interior while effectively controlling heat gain, which is crucial in the Sydney climate. The photovoltaic glass also blocks harmful UV rays, which helps preserve the historic materials inside the cathedral. Reaching a nominal power of 34 Wp per square meter, the photovoltaic glass generates clean energy, contributing to the cathedral's energy efficiency while staying true to the architectural heritage. The use of this advanced technology underscores how historical landmarks can embrace modern solutions, enhancing sustainability without compromising their timeless appeal.

St. Andrew’s Cathedral, located in the heart of New Zealand, is a prominent place of worship and a symbol of spiritual and cultural heritage. Known for its stunning architecture and community significance, the cathedral plays an important role in the local religious life. In keeping with modern sustainability practices, St. Andrew’s Cathedral is embracing renewable energy solutions. By choosing Onyx Solar's photovoltaic technology, the cathedral is committed to reducing its environmental impact while maintaining the beauty and integrity of its historic structure, ensuring a more sustainable future for generations to come.