Cost modeling for thermal energy storage in hybrid power generation from csp and biomass resources in Turkey - southeastern anatolia and eastern anatolia region

Abstract

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. there is a great need for storage of excess energy which is cleaner than the energy produced from the fossil fuel power plants. This storage has facilitated the increasing penetration of storage technologies and primarily from renewable energy sources (RES). The efficienrt use of excess energy sources in today’s electricity networks may minimize the threat of global warming and climate change. However, the cost of power output and storage of these energy sources should be considerable and easy to adjust to changing demand cycles as the current and future energy storage technologies used for energy. Model data trends observed in the average of approaches were examined and evaluated as a very well-parametric analysis of costs. It has been expanded by recent model costs. This risk analysis and plant construction, investors can provide insurance companies for risk assessment and decision-makers geothermal wells. Thus, the risk analysis will help in calculating the correct budgeting and insurance premiums. The overall objective of hybrid the parabolic dish CSP solar panels and geothermal energy is the presence of a hybrid geothermal system can be produced economically. Geothermal energy was started 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.