Energetické zásobování off-grid objektu

Abstract

Present Master thesis focuses on possibility to power supply a remote inhabited object by using the energy of alternative energy sources. The main purpose is to design the most technically efficient autonomous power supply system operating in the conditions of the limited energy potential of the Tomsk region and perform economic calculations. In the introduction I justified the relevance of the problem and in subsequent chapters I proceeded directly to the solution of the question. The theoretical part is related to the analysis of problems related to the design and operation of remote systems and its components, where their functions in the system are described. The practical part is focused on load characteristics, production and optimal design of the power plant, which will be used to supply power to the house. In conclusion, I recommend the most economical configuration of the power plant.

Present Master thesis focuses on possibility to power supply a remote inhabited object by using the energy of alternative energy sources. The main purpose is to design the most technically efficient autonomous power supply system operating in the conditions of the limited energy potential of the Tomsk region and perform economic calculations. In the introduction I justified the relevance of the problem and in subsequent chapters I proceeded directly to the solution of the question. The theoretical part is related to the analysis of problems related to the design and operation of remote systems and its components, where their functions in the system are described. The practical part is focused on load characteristics, production and optimal design of the power plant, which will be used to supply power to the house. In conclusion, I recommend the most economical configuration of the power plant.