The Energy Advancement and Innovation Center (EAIC) is a 64,000 sq ft university research facility supporting the development of next-generation smart energy systems, renewable energy, and green mobility. Designed as an experiential and collaborative environment, the Center brings together flexible, networked spaces that encourage the exchange of ideas across disciplines.

Energy efficiency was central to the client’s vision, requiring the building envelope to directly support the program’s research goals. The facade is a tightly integrated system of interlocking translucent cellular polycarbonate panels spanning 42 ft, a butt-glazed curtain wall system, and custom prefabricated facade panels. Together, these systems balance transparency, translucency, and opacity to align with interior program needs while forming a high-performance, tightly detailed enclosure. The prefabricated panels serve as the primary opaque wall system — playing a critical role in improving thermal performance and supporting the project’s energy targets. Backed with spray-foam insulation and carefully coordinated at joints and embeds, the prefabricated panels contributed to a tight building envelope and helped the project exceed its Energy Use Intensity goal, achieving an EUI of 48.