Hybrid power plant for power supply of autonomous objects

Abstract

The aim of this thesis is economic evaluation of integration result renewable energy sources in autonomous gas-oil objects. Most of such objects in Russia are not connected to the central network system and have expensive power supplied by diesel generators. These objects, as a rule, serve the transportation of oil and gas. These areas, for example, the Nefteyuganskiy rayon, Khanty-Mansiyskiy avtonomnyy okrug have renewable energy potential. So, integration of renewable energy sources with diesel power system may decrease energy cost. In this thesis, I analyzed the possible variants for combination a hybrid power plant for decentralized power supply of gas-oil objects by economic side. In the introduction I justified the relevance of the problem and in subsequent chapters I proceeded directly to the solution of the question. This paper contains the following structure: initially, the diploma contains information about the object under study, its technical characteristics, as well as climatic conditions. Initial data for economic analysis: location, configurations of power plant, required number of equipment (wind generators, batteries, diesel generators) is made. According technical part, this analysis includes Economic evaluation of investment decision and comparison combination of structure hybrid power plant, and after that determination of optimal solution for this object.

The aim of this thesis is economic evaluation of integration result renewable energy sources in autonomous gas-oil objects. Most of such objects in Russia are not connected to the central network system and have expensive power supplied by diesel generators. These objects, as a rule, serve the transportation of oil and gas. These areas, for example, the Nefteyuganskiy rayon, Khanty-Mansiyskiy avtonomnyy okrug have renewable energy potential. So, integration of renewable energy sources with diesel power system may decrease energy cost. In this thesis, I analyzed the possible variants for combination a hybrid power plant for decentralized power supply of gas-oil objects by economic side. In the introduction I justified the relevance of the problem and in subsequent chapters I proceeded directly to the solution of the question. This paper contains the following structure: initially, the diploma contains information about the object under study, its technical characteristics, as well as climatic conditions. Initial data for economic analysis: location, configurations of power plant, required number of equipment (wind generators, batteries, diesel generators) is made. According technical part, this analysis includes Economic evaluation of investment decision and comparison combination of structure hybrid power plant, and after that determination of optimal solution for this object.