NOVARTIS CAMPUS · NEW JERSEY, UNITED STATES
NEW CONSTRUCTION
Novartis' 2,500 m2 (26,900 SqFt) photovoltaic skylight was installed as a second skin at the new headquarters of the Novartis Pharmaceutical Company in New Jersey, USA. The project comprises 820 photovoltaic glass units. The photovoltaic glass was manufactured using perforated crystalline silicon solar cells, which allow natural light to enter the building. This skylight is designed to open and close for maintenance purposes. The total system size is 295 kWp, and it produces about 273,000 kWh per year. This output is sufficient to power over 600 homes annually and helps prevent the emission of nearly 185 tons of CO2 into the atmosphere.
The photovoltaic glass selected for the Novartis Campus roof skylight was specifically designed to meet the building’s needs for energy generation, daylight control, and thermal comfort. With a nominal power that can reach 95 Wp per square meter, the photovoltaic glass significantly contributes to the building’s energy efficiency, reducing reliance on external power sources. The visible light transmission (VLT) of 20% allows sufficient natural light to illuminate the interior without overwhelming the space with glare, creating a comfortable and productive environment for the employees. Additionally, the g-value of 34% ensures effective solar control, minimizing heat gain and reducing the building’s cooling demands.
This innovative integration of photovoltaic technology into the architectural design aligns with Novartis' commitment to sustainability and forward-thinking solutions. By combining energy efficiency with modern aesthetics, the photovoltaic skylight serves as both a functional and visually appealing feature. It demonstrates how photovoltaic glass can meet the specific requirements of large-scale corporate projects, enhancing the overall sustainability and comfort of the building while also making a significant contribution to reducing the company’s carbon footprint.
Viñoly Architects is a globally renowned architectural firm celebrated for its visionary approach to design and urban planning. Known for creating iconic and sustainable buildings, the firm blends aesthetics with advanced engineering to craft structures that are both functional and environmentally conscious.
