By combining Global OTEC’s floating platform innovations with COPPE/UFRJ’s expertise in marine renewable energy research, this collaboration strengthens Brazil’s position in the global renewable energy landscape. The partnership also aligns with Global OTEC’s commitment to the Brazilian market, demonstrated by its recent showcase of the OTEC Power Module at a Petrobras geothermal workshop.
At the core of this initiative is PLOTEC, Global OTEC’s storm-resistant floating platform designed for efficient ocean thermal energy production. The OTEC Power Module enhances the feasibility of offshore renewable energy, offering a reliable 24/7 sustainable power solution.
COPPE/UFRJ’s Waves and Currents Laboratory, recognized for its expertise in sustainable engineering research, will provide an advanced testing ground for optimizing this technology. The collaboration enables both organizations to address key challenges in OTEC plant deployment, ensuring scalability and efficiency for Brazil’s renewable energy sector.
With nearly six decades of cutting-edge research, COPPE/UFRJ brings unparalleled experience to the development of clean energy infrastructure. This partnership not only fosters academic-industry collaboration but also positions Brazil as a frontrunner in tropical ocean energy solutions.
By leveraging the ocean thermal gradient, floating OTEC technology can deliver sustainable power generation for coastal and island communities, reinforcing Brazil’s commitment to renewable energy innovation. As marine renewable energy gains momentum, this partnership paves the way for a cleaner, more resilient global energy future.
This strategic alliance marks a significant step toward a sustainable energy future, harnessing Brazil’s vast ocean resources for reliable and efficient clean energy production.