Roman Korzynietz

"Dealing with the challenges of climate change requires the appropriate innovations and technologies, international cooperation as well as the necessary commitment."

Focus of work

  • Renewable energies
  • Digitisation
  • Energy storage Technology
  • Integrated energy
  • Electromobility
  • Sustainability

Curriculum vitae

Roman Korzynietz is a graduate engineer for Mechanical Engineering -Renewable Energies. He is working as a project manager and scientific consultant for the Institute for Innovation and Technology (iit) at VDI/VDE-IT since 2017. His professional work focuses in particular on the research and development of innovative energy systems,technical and economic analysis, expert assessment and international benchmarking. His tasks within the company include the participation in accompanying research programs and project management in the field of energy system transformation, sustainability, digitisation and e-mobility such as ELEKTRO POWER II and Erneuerbar Mobil. Previously, Mr. Korzynietz spent more than ten years in Spain, being responsible for the international commercial development and R&D of solar thermal power plants.

Publications

^
Volker Wittpahl (Hrsg.); Sebastian Abel; Bechberger, Mischa; Bertini, Anastasia; Bösche, Eyk; Evertz, Marco; Frederking, Angelika; Gieschen, Jan-Hinrich; Globisch, Sabine; Jordan, Max Michael; Kerbusch, Jochen; Kleemann, Janine; Korzynietz, Roman; Lindner, Maximilian; Martens, Martin; Michelmann, Jakob; Neumann, Kirsten; Randhahn, Annette; Richter, Doreen; Richter, Martin; Ritzmann, Susanne; Rohleder, Lukas; Sartori, Oliver; Schaller, Florian; Seifert, Inessa; Thiele, Yannik; Thiem, Carolin; Thomsen, Maren; Wilsch, Benjamin; Wolf, Stefan; Zachäus, Carolin; Zehm, Antje (2020): Klima. Politik & Green Deal – Technologie & Digitalisierung – Gesellschaft & Wirtschaft
^
Ebert, Miriam; Benitez, Daniel; Röger, Marc; Korzynietz, Roman; Brioso, José Antonio (2016): Efficiency Determination of Tubular Solar Receivers in Central Receiver Systems. In: Solar Energy. Vol. 139, S. 179-189.
^
Korzynietz, Roman; Brioso, José Antonio; Del Río, A.; Quero, Manuel; Gallas, Manuel; Uhlig, Ralf; Ebert, Miriam; Buck, Reiner; Teraji, David G. (2016): Solugas - Comprehensive analysis of the solar hybrid Brayton plant. In: Solar Energy. Vol. 135. S. 578-589.