Climacy offers an innovative solar roofing solution that merges aesthetics with high efficiency. Designed to maximize energy production, Climacy’s system is perfect for various architectural styles, making it a sustainable choice for modern buildings. With features like bifacial solar panels and improved insulation, it transforms roofs into smart energy investments while contributing to sustainable development goals.
NOBATEK is a private research center focused on the energy and environmental transition of buildings. Founded in 2004, it aims to develop and implement innovative solutions for sustainable construction. With a commitment to enhancing energy efficiency and environmental quality, NOBATEK collaborates across various scales to drive impactful change in the construction sector.
Cartesian specializes in compact thermal energy storage systems that enhance energy efficiency and sustainability in various applications. Their technology utilizes phase change materials to store and release thermal energy, optimizing energy management for commercial buildings and urban infrastructures. Proven success stories highlight the positive impact on energy consumption and emissions reduction, aligning with global sustainability goals.
The Rematter Ceiling Element project offers a sustainable ceiling system crafted from locally sourced wood and earth. This innovative approach not only enhances building performance but also supports environmental goals by storing CO₂ and minimizing emissions. With automated manufacturing ensuring quality and efficiency, Rematter is setting a new standard in eco-friendly construction. Discover how this project aligns with sustainable development goals and benefits communities.
Woodstock Robotics specializes in precision-cut prefabricated building kits that enhance construction efficiency while minimizing waste. Their innovative approach supports sustainable building practices and aligns with various Sustainable Development Goals (SDGs). By delivering ready-to-assemble kits, they streamline the construction process, reduce environmental impact, and improve working conditions for contractors. This project exemplifies how modern building techniques can contribute to a greener future.
Batipac specializes in eco-responsible cardboard construction materials, primarily the IPAC®, which promotes sustainability and social inclusion. Their innovative approach combines recycled materials with a commitment to reducing environmental impact while providing job opportunities for vulnerable populations. Batipac’s products are designed to meet modern construction needs while adhering to strict ecological standards.
![I[n]solation: A Dynamic System for Energy-Efficient Windows and Facades](https://keysfortomorrow.com/wp-content/uploads/2025/10/insolation-dynamic-system-windows-facades-768x376.png)
I[n]solation is a dynamic system that combines thermal insulation and solar energy utilization for windows and facades. This innovative approach enhances energy efficiency, reduces heating costs, and supports sustainable development. The system adapts to weather conditions, making it ideal for various building types, including retrofits. With solutions like the Plus Energy Window and Plus Energy Wall, I[n]solation transforms buildings into energy-efficient structures that contribute to a greener future.