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Enea Group for educating future staff in the energy sector

Enea and the Poznan University of Technology seek to join forces and cooperate in the area of educating future staff for the energy industry. The signed letter of intent outlines plans for joint projects, specifically in the areas of educating specialists in nuclear energy, developing energy storage technologies, utilizing hydrogen, biomethane, and ammonia for energy, achieving energy independence, and promoting community energy.

Effective management of generated and distributed energy, the use of innovative digital technologies in the energy sector, and smart and clean mobility are just some of the challenges currently facing the energy sector. Their implementation requires qualified staff with high competencies and knowledge, hence the idea to combine the activities of practitioners from Enea Group companies with the experience of scientists from the Poznan University of Technology.

- The modern energy industry, based on innovative and intelligent solutions, needs the staff of the future. Together with the Poznan University of Technology, we see the potential for cooperation in the education of future specialists, thanks to whom the energy transformation will be implemented efficiently, and innovations and modern technologies will be developed in the Enea Group by well-educated experts. Together with the Poznan University of Technology, we are developing competencies that are of key importance for the future of the Polish energy industry - emphasized Lech Żak, vice-president of Enea for strategy and development.

The Poznan University of Technology, as a leading centre for the development of young scientific and technical staff, will ensure the highest quality of education for future staff in the power industry. The signatories of the letter declared their will to cooperate, among others: in the field of educating specialists in the field of nuclear energy, popularizing community energy and promoting energy independence, development of energy storage technologies, energy use of hydrogen, biomethane and ammonia.

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