Cost risk modeling for hybrid power generation from geothermal, biomass resources and csp in Turkey - southeastern anatolia and eastern anatolia region

Abstract

Crust formed by the heat existing in various depths, hot water containing chemicals, vapors and gases. These resources they contain high amounts of heat energy generated by the formation. To detect thermal energy sources is an issue requiring expertise; geological, geochemical, mineralogical, geological, geophysical surveys are carried out evaluation applied together. Usually hot springs spa and evaluation of district heating Southeastern Anatolia and Eastern Anatolia between 45 ° C and 125 ° C, less dense the population is not economically in the region. Uncertainties are taken into account by adding a contingency factor. This approach is simple and it is advantageous to be close to the real data. However, variable and uncertain application of parametric variables feet makes possible reliable risk analysis. This research has examined various risk models for energy production. The most appropriate model is determined by comparison. Drilling wells reports data were analyzed as a probability function were the main data source for this task but also gives equipment are used. Fed with data obtained by comparing the model results and the actual date has been confirmed. The overall objective of the geothermal energy is the presence of a geothermal system can be produced economically. Geothermal energy was started exploration in the vast area to be searched, amended as a result of the research data, the field is narrowed down to investigate to direct heating of regional area. At the same time studies in the cost-benefit criterion it has been considered, and thus became the economic research work.