UL 3741 at Harvard University – Setting the Stage for Sustainability

At Harvard University in Cambridge, MA, a shining example of sustainability and innovation is taking center stage. The Loeb Drama Center is a 556-seat theater that showcases the Harvard-Radcliffe Dramatic Club productions among other campus engagements.

The 155 Fawcett Solar Power Plant: A Step Toward Harvard’s Green Future

As a renowned institution with a commitment to reducing its environmental footprint, Harvard University has embarked on a sustainable journey, which includes the incorporation of solar projects to help reduce electricity costs and drive down emissions. The 155 Fawcett Harvard University Solar Power Plant isn’t just a step toward Harvard’s green future—it’s a model for other institutions seeking to maximize their energy efficiency and sustainability.

Solar Energy Powers the Loeb Drama Center’s Creative Productions

This installation stands out not only for its impact but also for the unique use of the energy it produces. The theater’s creative efforts are now powered in part by the sun, bringing a new level of purpose to every production. With solar energy fueling the lights on stage and behind the scenes, the connection between the arts and environmental responsibility is clearer than ever.

Advanced Solar Technology and Leadership: John Fitzgerald Weaver and Commercial Solar Guy

Managed under the experienced leadership of General Manager John Fitzgerald Weaver, of Commercial Solar Guy, the project boasts impressive specifications that underline both its power and efficiency. The system features high-efficiency 490-watt Hanwha QCells, which provide maximum power generation capability. The installation also leverages SMA technology, with four Sunny Tripower CORE1 50kW inverters and one Sunny Tripower X 25kW inverter. Together, these SMA inverters help ensure a reliable and consistent energy flow from solar to operational use, meeting the demands of Harvard’s energy consumption while providing considerable savings.

Exceeding Expectations: The Solar Plant’s 140% Energy Offset

This solar plant achieves an estimated annual output of 348,096 kWh, translating to a remarkable 140% offset of the facility’s electricity needs. By generating more energy than is used, the plant enables Harvard to further reduce its reliance on non-renewable sources, creating an environmental ripple effect that extends far beyond that of the project site. (Excess electricity will be applied to another electricity account held by the university.)

UL 3741 Compliance: Ensuring Safety in Solar Installations

An important aspect of this project is its compliance with UL 3741, a high standard in safety certification. This compliance ensures that the installation adheres to rigorous safety protocols, a priority for SMA, Harvard, and Commercial Solar Guy alike.

SMA Sunny Tripower line of Inverters: Innovation and Reliability for Harvard’s Solar Plant

“The choice to work with SMA solutions on this project reflects a commitment to quality and innovation, ensuring that Harvard’s solar plant operates not only efficiently but also safely,” said John Fitzgerald Weaver, General Manager of Commercial Solar Guy. “The SMA Sunny Tripower CORE1 inverters are known for their robustness and adaptability in commercial solar applications, qualities that made them the perfect fit for Harvard’s ambitious energy goals.”

Harvard’s Solar Project: A Model for Global Sustainability in Higher Education

As institutions across the world consider their role in combating climate change, Harvard University’s 155 Fawcett solar project sets a powerful example. With thoughtful design, advanced technology, and a clear commitment to sustainability, the project is a reminder that significant change can come from strategic, well-planned decisions. This solar power plant isn’t just reducing costs or emissions—it’s shaping a future where institutions are leaders in sustainability, demonstrating that environmental responsibility is as vital in higher education.