L'imprenditorialità al servizio dell'emergenza climatica

Grawindy Wind Energy Innovation

Ricevuto : Sono tutte innovazioni proposte a Team for the Planet attraverso il modulo di presentazione delle innovazioni

Description of Your Project Imagine if wind energy could be harvested in a completely different way. Grawindy is developing a patented next-generation wind energy technology that challenges the conventional approach to electricity generation from wind. Instead of relying on large rotating blades, our system uses an innovative oscillation-based, gravity-assisted mechanism to convert wind into electricity through a fundamentally different engineering principle. Our goal is not to replace existing renewable energy technologies, but to complement them. We envision Grawindy operating alongside conventional wind turbines and solar power plants, helping increase clean energy production from the same land while making renewable energy systems more efficient and versatile. After years of research, engineering development, and prototype testing, the technology has reached Technology Readiness Level (TRL) 6 and is protected by patents in Türkiye and 23 European countries. Developing a breakthrough energy technology is a long journey, especially with limited resources. Yet every milestone has strengthened our belief that we are building more than a new product—we are opening the door to a new approach to wind energy. Our vision is simple: to contribute to a future where renewable energy is more accessible, more adaptable, and more efficient, helping accelerate the global transition to a cleaner and more sustainable world.

Data di presentazione 21 luglio 2026 Luogo di sviluppo Ankara, Turchia

Il progetto in dettaglio

NB: questo modulo deve essere compilato completamente dalle persone che propongono l'innovazione.

Qual è il problema risolto?

The global transition to renewable energy is accelerating, yet conventional wind power still faces significant technical and practical limitations. Large wind turbines require extensive spacing due to wake effects, occupy valuable land, involve high installation and maintenance costs, and cannot fully utilize existing renewable energy sites. At the same time, the growing demand for clean electricity requires solutions that can increase renewable energy generation without proportionally increasing land use or infrastructure investment. Grawindy addresses this challenge by enabling additional renewable electricity generation through a fundamentally different wind energy approach. Its primary market focuses on complementing existing wind farms and solar power plants, helping maximize the productivity of renewable energy assets while supporting a more efficient, flexible, and sustainable energy transition.

Come si risolve?

Grawindy has developed a patented, oscillation-based and gravity-assisted wind energy technology that converts wind into electricity through a fundamentally different engineering principle than conventional wind turbines. Rather than replacing existing renewable energy infrastructure, Grawindy is designed to work alongside it. The technology can be integrated into hybrid renewable energy systems, particularly beneath conventional wind turbines and within solar power plants, increasing overall energy production from the same land while improving infrastructure utilization. Its modular architecture, scalable design, and strong intellectual property portfolio position Grawindy as a next-generation renewable energy platform capable of supporting cleaner, more resilient, and more efficient electricity generation.

In che modo questa soluzione è diversa?

Key Differentiators Grawindy stands apart through its patented oscillation-based and gravity-assisted wind energy technology, which introduces a fundamentally different approach to harvesting wind energy. Instead of competing directly with conventional wind turbines, Grawindy is designed to complement existing wind farms and solar power plants, enabling hybrid renewable energy systems that increase electricity generation from the same site. Key differentiators include: Patented core technology protected in Türkiye and 23 European countries. Innovative oscillation-based, gravity-assisted energy conversion mechanism. Designed to complement existing wind and solar infrastructure rather than replace it. Modular and scalable architecture adaptable to different applications. Compact footprint suitable for hybrid renewable energy projects. Approximately 99% recyclable material composition. Strong long-term intellectual property strategy with additional patent developments underway. Technology validated at TRL 6, providing a solid foundation for commercialization.