Rüzgâr Enerji Santrali Projelerinde Topografik Yersel Ölçme ve Gözlemlerden Kaynaklanan Risklerinin İncelenmesi

Abstract

In our days, in order to increase the social prosperity of the nations and gaining competitive advantage against the other nations, the share of the energy is prominent. Nowadays the increase of populations in the nations and as a result of this situation; the increase of urbanization, industrialization and defence needs, are increasing the energy demand. Again, the human is being forwarded to the alternative energy sources, due to increase of fossil fuel damages into environment, depletion of fossil fuels in a speedy manner and increase of the cost of the fossil fuels, etc. Especially, in the production of sustainable electrical energy, that has an important share among the other energy types; preferring wind energy instead of fossil fuels is consisting of the leading alternative energy sources. In design, implementation and operation of the electrical power plants projects that utilize wind energy, the conformity of the concerned field with the project becoming an important factor. In order to realize this conformity, the engineering measurements that are made in the relevant field are also becoming important. In this study, the failure factors that occurred during the engineering measurements for the establishment of these power plants were examined in the FMEA systematic called Failure Mode Effects Analysis. However, the order of importance of these identified risks is indicated in the Pareto analysis. Beside the preventions that can be taken against these risks are examined by taking into consideration the expert opinions.