Developing the ability to recognize, analyze and scientifically

describe energetic transformation systems and to economically and

technically evaluate the effectiveness and feasibility of energy

transformation.

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Basics of theoretical energy transformation systems, processes and concepts of energy transformation and energy structures with and without refeeding; physical-mathematical development and basics of balances of performance, energy determination, efficiency chains; analysis and synthesis of energy processes, process effort, process design, applied process control along with the verification of response times, process start-up and starting procedures; energy distribution systems, storage systems and net system technology; electrical, gaseous, and fluid transport structures; physical and chemical energy transformations, electrical generator systems; heat exchanger energy transformations, safety technology in energy management, energy reserve management; exemplary variations: fossil carbon energy sources; thermal heat power plants with heat exchangers, nuclear power plants (nuclear fission); heat technology, heat pumps, hot water technology, heat, air, and air-conditioning technology, steam power, thermal turbo-machines, organic Rankine cycle; inner and outer combustion motors, Stirling process, Rankine, Joules Thomson, structural-physical basics, operational energy management, communal concepts; energy consuming processes in manufacturing, heat transfer, process heat; electric power trains; measurement and control technology; efficiency chains; electricity compensation, special energy converters, consumer behavior; intermodal usages.

Die Energiefrage, Heinloth, 1997

VDI-Lexikon Energietechnik, Schaefer (Hg.), 1994

Physik unserer Umwelt, Roedel, 1994

Die Physik. Materie, Atome, Energien, Ardley, 1984

Physikalische Chemie, Barrow, 1971

Skripten der TU Berlin

Francis Vanek, Louis Albright: Energy Systems Engineering:

Evaluation and Implementation, McGraw-Hill, 2008

Ghosh, Tushar K., Prelas, M.A: Energy Resources and Systems

Volume 1: Fundamentals and Non-Renewable Resources, Springer,

2009

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Final exam