South Korea’s Hyundai Steel has initiated a joint project to develop next-generation building-integrated photovoltaic (BIPV) modules. The collaboration brings together Hanwha Solutions, Lotte Construction, Samhwa Paints, Epscore, and Korea University. Organizers aim to create high-performance solar panels that integrate seamlessly into building architecture while supporting South Korea’s carbon neutrality goals. The project aligns with the national roadmap for Zero Energy Buildings, which will expand from public projects to all new constructions. Experts see this collaboration as a major step in advancing sustainable construction technologies in the country.
Traditionally, glass has served as the primary material for solar modules, but Hyundai Steel is using steel to improve durability and heat conductivity. The new approach enhances energy generation efficiency and extends module lifespan, making it ideal for both public and private construction projects. Hyundai Steel stressed that this innovation could accelerate adoption across the building sector. By using steel, the panels also offer structural advantages that support more complex architectural designs. Partners will work closely to optimize integration and performance from initial materials to final installation.
Each participant plays a critical role in the project. Hyundai Steel and Samhwa Paints will focus on material development, while Epscore leads BIPV manufacturing. Hanwha Solutions provides renewable energy expertise, and Lotte Construction contributes building systems knowledge. Korea University offers academic validation and technical advisory support to ensure scientific accuracy. By connecting all stages of the value chain, the partners aim to streamline commercialization and create solutions that meet market demands efficiently.
The collaboration bridges research and practical application, demonstrating how industry and academia can accelerate innovation. Hyundai Steel expects the project to support global market entry and offer scalable solutions for carbon-neutral buildings. Experts note that integrating solar modules into architecture can reduce maintenance costs, enhance sustainability, and improve overall energy efficiency. This initiative illustrates how strategic partnerships drive breakthroughs and set benchmarks for next-generation construction technologies.
South Korea’s commitment to sustainable building solutions continues to grow, with this BIPV project highlighting innovation and collaboration. Industry leaders emphasized the potential for steel-based solar panels to transform high-performance buildings nationwide. By leveraging each partner’s expertise, the project accelerates adoption while creating environmentally responsible solutions. The initiative sets a standard for future energy-efficient construction and showcases the country’s leadership in propelling green technology forward.
