Abstract
In recent years, many challenges have emerged globally, such as climate change, energy supply security, and air pollution. The biggest reason for these problems is increased energy demand and the dependence on fossil fuels for energy. Increasing concerns about the adverse effects of fossil fuels have led to increased investments in renewable energy sources for electricity generation. While the transition to 100% renewable energy systems continues, there are also concerns about sustainability, cost and storage areas. In this study, energy planning for 2030 for the province of Isparta was carried out using the EnergyPLAN program. In the energy scenario of 2030, biomass was used to ensure sustainability by accepting the energy balance. A methodology for technical and economic modeling of 100% renewable energy systems in 2030 was presented. The results showed that the CO2 emission amount, 0.231 Mt in 2020, decreased to 0.096 Mt by 2030 year. It has been seen that the adverse effects of fossil fuels can be eliminated with the increase in the use of renewable energy systems. As a result of the study, it has been shown that the transition to 100% renewable energy systems for the year 2030 in Isparta province can be realized theoretically.
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