The Samuel Riggs IV Alumni Center at the University of Maryland recently completed a major ballroom lighting renovation, upgrading more than 200 fixtures to an advanced LED lighting system from HiLumz. Represented by Northern California manufacturer’s representative L an D Sustainability, the project demonstrates how modern LED technology and wireless controls can transform large event spaces while improving energy efficiency, flexibility, and visual comfort.
Modernizing the Samuel Riggs IV Alumni Center with LED Lighting
As one of the University of Maryland’s premier venues for alumni events, conferences, banquets, and special gatherings, the Samuel Riggs IV Alumni Center requires lighting that is both functional and visually appealing. To meet these demands, the university selected the HiLumz Trove lighting system, retrofitting the ballroom with more than 200 high-performance 50-watt LED fixtures featuring a new trim kit and integrated Bluetooth mesh controls.
The upgrade replaced aging lighting technology with a solution designed to deliver exceptional illumination, simplified operation, and long-term energy savings.
HiLumz Trove Fixtures Deliver Warm, High-Quality Light
The new HiLumz Trove fixtures provide beautiful 3000K lighting with a high Color Rendering Index (CRI), creating a warm and inviting atmosphere throughout the ballroom. High-CRI lighting is especially important in event spaces, where accurate color representation enhances everything from presentations and ceremonies to photography and dining experiences.
By upgrading to modern LED technology, the University of Maryland now benefits from:
- Improved energy efficiency
- Reduced maintenance costs
- Enhanced occupant comfort
- Superior light quality
- Longer fixture lifespan
- Consistent performance across the ballroom
Smart Bluetooth Mesh Lighting Controls Improve Flexibility
In addition to the LED retrofit, the project incorporated integrated Bluetooth mesh controls, giving facility managers effortless dim-to-off capability and greater flexibility for different events and room configurations.
Wireless lighting controls offer several advantages for universities and large venues, including:
- Simple lighting adjustments without additional wiring
- Scalable control for future renovations
- Energy savings through customized lighting schedules
- Improved user experience for staff and event coordinators
- Streamlined maintenance and system management
The intelligent control system allows the ballroom to quickly adapt to everything from formal presentations and lectures to weddings, alumni functions, and community events.
HiLumz and L an D Sustainability Deliver Innovative Lighting Solutions
The University of Maryland ballroom renovation highlights the value of partnering with experienced lighting manufacturers and representatives. HiLumz continues to provide innovative LED lighting solutions that combine performance, aesthetics, and advanced controls, while L an D Sustainability serves as the trusted manufacturer representative, helping customers identify and implement the right lighting systems for their projects.
Through expertise in LED lighting, controls, retrofits, and energy-efficient technologies, L an D Sustainability works alongside contractors, distributors, and facility managers to deliver lighting solutions tailored to each application.
Bringing Smart LED Lighting to Higher Education
As colleges and universities continue investing in energy-efficient infrastructure, projects like the Samuel Riggs IV Alumni Center demonstrate the impact that modern lighting can have on campus facilities. By upgrading to HiLumz Trove LED fixtures with integrated Bluetooth mesh controls, the University of Maryland has created a more flexible, efficient, and visually stunning event space that will serve students, alumni, and visitors for years to come.
For organizations considering a lighting retrofit, combining high-performance LED fixtures with intelligent controls offers a proven path toward lower operating costs, improved sustainability, and a better experience for everyone who uses the space.