Client: String Theory Charter School
Facility: Main Academic Campus
| Annual Energy Savings | Annual Cost Savings* | Fixtures Commissioned | Improved Lighting Levels |
| 151,718 kWh/Yr | $11,151+ | 372 | 74% |
| *Estimated based on kWh reduction and average regional energy rates. |
Founded in 2011, String Theory Charter School is known for integrating academics with the performing and visual arts. The school’s mission focuses on nurturing creativity, innovation, and intellectual growth through programs in arts, sciences, and technology. With campuses serving diverse student needs, the institution continues to advance its infrastructure to ensure learning environments support focus, comfort, and sustained engagement.
As part of its commitment to modernizing educational spaces, the school identified the need to upgrade its existing lighting systems. The legacy fluorescent fixtures were causing glare, uneven brightness, and higher maintenance demands, which negatively affected classroom ambience and operational efficiency. Consequently, the school's upgrade included classrooms, administrative offices, hallways, and support areas, with performance-driven lighting layouts designed to improve visibility, optimize energy use, and align with educational lighting standards.
The complete lighting retrofit ensured uninterrupted operations and delivered consistent, high-precision performance across the facility. The strategy was designed to deliver measurable improvements in ambience, efficiency, and reliability.
1. Enhanced Learning Environments
High-CRI, glare-free flat panels replaced fluorescent troffers, providing uniform illumination that improved focus and reduced visual fatigue. The result was a calm, well-lit atmosphere ideal for academic and creative activities.
2. Smart Corridor & Utility Lighting
Motion-controlled strip lights were installed in hallways and utility zones, ensuring illumination only when occupied. This reduced idle energy use and improved safety during low-traffic hours
3. Precision-Engineered Performance
All fixtures were designed with consistent lumen output and color uniformity, ensuring stable brightness levels throughout the day without glare or color shift.
4. Long-Term Reliability & Maintenance Reduction
Durable, high-performance fixtures replaced aging systems, significantly extending service life while reducing maintenance frequency and downtime.
|
Zone |
PREVIOUS CONDITION |
LIGHTING UPGRADE |
RESULTING BENEFIT |
|
COURTROOMS |
Uneven brightness; limited control |
Retrofit Troffers with adaptive operation via IQ-Sense |
Clear, consistent lighting for better visual comfort during proceedings |
|
ADMINISTRATIVE AREAS |
Flicker and poor color quality |
Recessed LED panels with uniform color distribution |
Stable, comfortable lighting suited for computer-based work |
|
CORRIDORS |
Constant illumination, energy wastage |
Precision downlights with improved color rendering and low-glare optics |
Efficient energy use and improved lighting only when spaces are active |
|
STAIRWELLS |
Always-on lighting, high consumption |
Wall-mounted LED fixtures with occupancy response |
Reliable, safe illumination and lower power costs |
|
PUBLIC AREAS |
Inconsistent tone and glare |
High-CRI retrofits with broad diffusion |
Balanced lighting and improved visual appeal for visitors |
“Upgrading our lighting was essential for modernizing our campus. The change has been incredible; the new high-quality lighting reduces eye fatigue and improves visibility for everyone. Just as important, we've eliminated the constant hassle of maintenance and significantly reduced our energy demand. We now have a truly reliable, future-ready infrastructure that serves our community for the long term and aligns with our sustainability goals.”
— Director of Facilities, String Theory Charter School
IKIO’s integrated approach transformed the String Theory Charter School campus into a model of modern lighting design. Through precision planning and execution, the retrofit achieved brighter, safer, and energy-efficient spaces, strengthening the school’s dedication to innovation, sustainability, and academic well-being. The project established a benchmark lighting framework that will continue to serve students and educators for years ahead.
