Origami Solar, a company based in Oregon, is introducing its second-generation steel module frame, boasting improved structural performance and a lighter design compared to its initial prototype. The company aims to disrupt the solar industry's reliance on imported aluminum by utilizing regional steel resources, thereby challenging Asian supply chains.
By sourcing domestic steel frames, Origami Solar can take advantage of the domestic content incentives provided by the Inflation Reduction Act. This approach aligns with their strategy to reduce dependence on imported materials and promote the use of local resources.
According to Gregg Patterson, the CEO of Origami Solar, these frames are well-suited to support the entry of large-format modules into the market. To produce the steel frames, Origami has partnered with Welser Profile, a reputable manufacturer specializing in roll-formed steel products.
In their commitment to sustainability, Origami plans to employ recycled or “green” steel, potentially resulting in a remarkable reduction of up to 93% in production-related greenhouse gas emissions. The company also invites module makers and other partners to evaluate and test their frames for compatibility and performance.
Origami Solar's pursuit of technological advancement has yielded promising results. Their product received favorable test outcomes from TECSI Solar, an esteemed testing laboratory, in various areas such as toe clamping, downforce, up force, laminate rigidity, and installation compatibility. Furthermore, the company secured financial support from the Energy Department's American-Made Solar Prize competition, receiving $500,000 in cash and an additional $75,000 in voucher support, enabling them to advance their technology towards commercialization.
With the launch of their second-generation steel module frame and their dedication to sustainability and domestic sourcing, Origami Solar is poised to make a significant impact in the solar industry. Their innovative approach and strategic partnerships position them as a noteworthy player in the market, providing a promising alternative to traditional aluminum-based solutions.
