Trinity Capital Inc. announced an equipment financing commitment to LuxWall, a pioneer of Transparent Insulation.

LuxWall develops and manufactures Transparent Insulation scienced with vacuum insulation technology to improve building energy performance while delivering meaningful economic value to property owners. By reducing heating and cooling energy use, LuxWall can help lower operating expenses, increase net operating income (NOI) and increase property value. The ultra-slim profile of LuxWall Transparent Insulation allows it to be seamlessly integrated into many existing window frames, enabling property owners to significantly improve building energy efficiency and help reduce street noise and interior condensation. LuxWall products are designed for residential and commercial buildings, including offices, multifamily housing, university campuses, healthcare systems, retail locations and buildings in the public sector.

"We believe LuxWall is tackling a problem that hides in plain sight - turning windows from an energy liability into part of the solution," said Ryan Little, Senior Managing Director, Equipment Finance at Trinity Capital. "We have been impressed by both the LuxWall team and their technology, and we look forward to supporting them as they scale and bring their products to more of the market."

The financing will support LuxWall's continued manufacturing expansion, increasing production capacity to meet growing global demand for Transparent Insulation and accelerating its deployment across the built environment.

 "This financing marks another important step in scaling Transparent Insulation and making high-performance building efficiency more accessible," said Scott Thomsen, Founder & CEO of LuxWall. "Trinity Capital's support enables us to expand production and bring our technology to more buildings around the world. By transforming one of the largest sources of energy loss in buildings into an opportunity for greater efficiency and stronger building economics, we're advancing our mission to deliver energy efficiency for all."