English EnglishViews: 0 Author: Site Editor Publish Time: 2025-07-03 Origin: Site
TERLI welcomed a modern architect from Canada for an in-depth visit focused on exploring the company's CdTe thin-film solar glass. The guest represents a Canadian firm specializing in solar-integrated building design, with a strong emphasis on integrating renewable energy into architectural facades. Beyond façade applications, the architect also showed strong interest in the versatility of CdTe glass for skylights, sunrooms, shading systems, and transparent envelope structures. TERLI's team provided a comprehensive introduction to how the product can be flexibly applied across various architectural elements—offering a unique balance of aesthetics, natural lighting, and clean energy generation to support sustainable and visually compelling building designs.
Having worked with monocrystalline silicon solar glass in past projects, the client expressed interest in upgrading to more aesthetically pleasing, integrated, and lightweight solar solutions. TERLI's proprietary CdTe solar glass stood out for its outstanding performance and architectural adaptability. It features a high power conversion efficiency and excellent low-light performance, ensuring stable energy output even on cloudy days or shaded surfaces. Its flexible design allows seamless integration with a wide range of building shapes and structures, while fully customizable specifications—such as size, color, and transparency—enable tailored applications for each project. In addition, the glass is certified with a Class A fire rating for maximum safety, built for long-term durability, and is 100% recyclable, supporting a closed-loop, environmentally responsible approach to sustainable architecture.
During the visit, TERLI organized a technical presentation and live product demo, led by its in-house R&D team. The session covered the working principles of CdTe thin-film solar cells, structural advantages, and practical applications in curtain walls, skylights, and semi-transparent facades. The client toured the advanced production facility and personally evaluated various product samples with differing transparency and power output specifications.
This visit enhanced the client's understanding of CdTe solar glass and opened new opportunities for its future architectural projects. After gaining comprehensive insights into the product's technical strengths and architectural potential, the client expressed strong interest in incorporating TERLI's CdTe glass into upcoming modern construction projects—especially in urban public buildings and commercial developments that require both sustainability and design innovation. The client also shared the intention to promote this innovative solar building material within Canada, enabling more architects, developers, and end-users to discover the benefits of CdTe BIPV technology. TERLI looks forward to collaborating with more global pioneers in green architecture to drive the adoption of BIPV solutions across international markets and accelerate the transition to low-carbon building practices worldwide.
Interested in becoming a distributor or learning more about our CdTe solar glass? Get in touch with us today!
