Guler Kocak

SPACELIS Space Technologies tackles the challenges of traditional solar cells by engineering ultra-lightweight, flexible solar cells designed for space and defense applications. We leverage advanced nanofabrication techniques and cutting-edge materials to develop solar cells that are not only efficient but also foldable and rollable. This unique design ensures our cells can endure high radiation, extreme temperatures, and mechanical stresses, making them perfectly suited for the rigorous conditions of space and the specific requirements of defense systems. Our approach focuses on achieving superior performance through the integration of advanced nanomaterials, resulting in high power conversion efficiencies. The flexibility of our solar cells allows them to be easily integrated into a variety of structures, including small satellites and defense equipment, without sacrificing efficiency or durability. This versatility is crucial for modern space missions and defense applications, where space and weight limitations are critical factors. Eco-friendly and cost-effective production methods are central to our solution. We use non-toxic materials and scalable fabrication techniques to minimize environmental impact and reduce costs. Technologies such as thin-film coating, slot-die coating, and vacuum deposition are employed to produce solar cells that are both efficient and durable, while maintaining environmental responsibility.