Overview
The University of Georgia Solar Infrastructure Project was officially launched in 2020 as part of the campus-wide commitment to renewable energy and climate action. This initiative focuses on integrating solar-powered technology throughout campus, creating accessible charging stations and smart outdoor spaces that harness clean energy. A cornerstone of this program is the installation of CampusXL solar tables manufactured by Sunbolt, which provide sustainable power solutions while serving as outdoor gathering and study spaces for the UGA community.
The Solar Infrastructure Project represents a critical component of UGA's Living Lab initiative, where the campus itself becomes a testbed for sustainability innovations. These solar installations not only reduce the university's carbon footprint but also serve as educational tools, demonstrating the practical applications of renewable energy technology to students, faculty, and visitors. Each installation is strategically placed to maximize solar exposure while enhancing the campus experience.
Key Features & Technology
High-Efficiency Solar Panels
Each CampusXL table features 800-watt monocrystalline solar panels that capture maximum energy even in partial shade conditions, ensuring consistent power generation throughout the day.
Multiple Charging Ports
Equipped with USB-A, USB-C, and wireless charging pads, accommodating all device types. The tables provide safe, weather-resistant charging accessible 24/7.
Integrated LED Lighting
Built-in LED lights powered by stored solar energy automatically illuminate the surrounding area at night, enhancing campus safety and extending usability into evening hours.
All-Weather Design
Constructed with marine-grade materials resistant to rain, snow, and extreme temperatures. The tables continue functioning year-round without maintenance interruptions.
Real-Time Monitoring
Connected to a cloud-based monitoring system that tracks energy production, usage patterns, and environmental impact, providing valuable data for research and education.
Sustainable Materials
Made from 100% recycled aluminum and steel, with recyclable components throughout. The manufacturing process prioritizes minimal environmental impact and longevity.
Outcomes & Impact
Since the installation of the first CampusXL solar table in 2020, the program has grown to include 15 strategically placed units across campus. The tables have become popular gathering spots, seamlessly blending functionality with sustainability education. Usage data shows an average of 350 device charges per table weekly, demonstrating high student engagement and practical value.
The environmental impact has been significant: collectively, the solar tables generate approximately 18,000 kWh annually, offsetting 3.2 tons of CO₂ emissions. This is equivalent to taking nearly one car off the road for an entire year or planting approximately 150 mature trees. Beyond the direct energy benefits, the tables serve as highly visible demonstrations of renewable energy technology, inspiring students and visitors to consider solar solutions in their own lives.
The project has also enhanced UGA's reputation as a leader in campus sustainability. Multiple academic departments now incorporate the solar tables into their curricula, with engineering courses using the real-time data for analysis projects and environmental science classes studying their ecological impact. The installations have attracted attention from other universities considering similar initiatives, positioning UGA as a model for sustainable infrastructure integration.
Next Steps
Building on the success of the initial installations, UGA plans to expand the Solar Infrastructure Project significantly over the next three years. The university has allocated funding for 25 additional solar tables, targeting high-traffic areas that currently lack charging infrastructure and sustainable gathering spaces.
Future developments include exploring larger-scale solar installations such as covered parking structures with integrated solar canopies and rooftop solar arrays on academic buildings. The Office of Sustainability is also investigating energy storage solutions that would allow excess solar energy to be stored and utilized during peak demand periods or during power outages.
An educational component is being developed to create interactive displays near each solar table, providing real-time energy generation data and educational information about solar technology. Additionally, a mobile app is in development that will allow students to locate available solar charging stations, check real-time availability, and track the cumulative environmental impact of the solar infrastructure program.
Additional Resources
The Solar Infrastructure project continuously collects data, develops educational materials, and fosters collaborations to engage, teach, and conduct research utilizing campus solar technology. The following resources provide additional information and opportunities for involvement.