The newly constructed station—located in Taguatinga, within the Federal District—will be powered by a dedicated solar photovoltaic plant, generating renewable electricity used in the electrolysis process to produce green hydrogen. Designed to operate at two pressure levels, the facility will be capable of servicing vehicles ranging from passenger cars to heavy-duty trucks and buses, reflecting a versatile approach to meeting diverse transport needs.
Central to the project is the practical testing and validation of Honda’s CR-V e:FCEV, a plug-in hybrid SUV equipped with hydrogen fuel cell technology. Over a six-month trial period, the vehicle will undergo rigorous assessments evaluating its autonomy, performance, safety, and operational integration. The CR-V e:FCEV boasts a rapid refueling time of three to five minutes and a driving range of up to 434 kilometers, with approximately 47 kilometers achievable on battery power alone when fully charged.
This collaboration is embedded within the framework of Brazil’s Agência Nacional de Energia Elétrica (ANEEL) Research, Development, and Innovation Program (PDI), signaling strong regulatory support and alignment with national technological advancement goals. Neoenergia and Honda’s partnership seeks not only to foster innovation in vehicle refueling infrastructure but also to explore broader applications of green hydrogen in industrial contexts, positioning the venture as a multifaceted laboratory for the country’s energy transition.
Neoenergia, a subsidiary of the Spanish multinational Iberdrola, leverages extensive global experience in green hydrogen, operating similar projects in Europe that integrate renewable energy-powered electrolysis plants with large-scale hydrogen fueling stations. The company is positioning Brazil as an emerging reference in clean energy technologies, capitalizing on the country’s already renewable-dominant electricity matrix and favorable regulatory environment.
From Honda’s perspective, the initiative builds on over 30 years of expertise in hydrogen-based technologies and aligns with its global commitment to carbon neutrality by 2050. Beyond passenger vehicles, the Japanese automaker develops hydrogen fuel solutions for stationary generators and construction machinery, reinforcing its stake in sustainable industrial applications. The use of fuel cell technology converts hydrogen into electricity efficiently and cleanly, with zero harmful emissions, releasing only water vapor as exhaust.
Executive leadership from both companies emphasizes the strategic and innovative nature of the partnership. This alliance intends to expand business opportunities, stimulate technological research, and accelerate the electrification and decarbonization processes of Brazil’s economy. By demonstrating green hydrogen’s viability in real-world scenarios, the project aims to complement battery electric solutions and address sectors where direct electrification remains challenging, especially for heavy transport and long-distance logistics.
The station’s inauguration will mark a significant milestone for Brazil’s green hydrogen landscape, creating a knowledge hub for ongoing experimentation and scaling of clean energy mobility solutions. As global climate goals tighten and the demand for sustainable transport alternatives grows, projects like this are critical to achieving a carbon-neutral future while fostering technological innovation and economic development within emerging markets.
This article was curated and published as part of our South American energy market coverage.
