Embraer's Eve and EDP sign MOU for the development of eVTOL infrastructure
Embraer´s Eve Urban Air Mobility Solutions (Eve) signed a Memorandum of Understanding (MoU) with the Brazilian operation of EDP to collaborate on Urban Air Mobility (UAM). Both companies will cooperate on the research of operational models for charging infrastructure solutions needed for electric vertical takeoff and landing (eVTOL) aircraft to begin operations.
Some of the subjects covered in the collaborative research will be the evolution of battery technology and charging systems, management of charging points, and payment systems. Together, the companies will evaluate the development of a viable UAM energy infrastructure following the analysis results.
“Innovation is part of the EDP pillars and is a topic that gets our constant attention. We believe that a low-carbon future necessarily involves developing electric mobility, be it by land or air. That's why we signed this memorandum with Eve to study possible ways of participating and contributing to this visionary future of eVTOLs. Our business is ideally suited for this UAM future with our energy solutions and charging Infrastructure,” highlights Andrea Salinas, director of innovation and ventures at EDP, Brazil.
"Our collaboration with EDP is an important building block for Eve as we work to bring our zero-emission eVTOL to market. Energy analysis and infrastructure solutions are incredibly important in contributing to carbon reduction and ensuring we are meeting industry goals. For us at Eve, this is the next step in preparing the UAM ecosystem for the future of urban flight," said Andre Stein, president and CEO of Eve.
This partnership will be developed through Eve and EDP's Innovation team in conjunction with its venture capital investment unit in Brazil, EDP Ventures Brazil. The solutions to be studied include the technology and equipment for charging eVTOLs at vertiports, requirements, and availability of energy, infrastructure at charging stations, cargo management, and business models, energy management and supply, operation logistics, and integration with the flight management and control system.