Enerji depolama kullanımı ile yenilenebilir enerji kaynaklarında kararlılık analizi

Renewable energy has gained renewed attention due to recent developments in the energy sector, particularly as a potential solution to global warming and for reducing dependence on imported energy sources. This study focuses on the firm capacity that hybrid systems can provide to support the transition from thermal to renewable energy systems. The aim is to determine the required size of an energy storage system, such as a battery, to replace a 1 MW diesel generator or any other thermal system. A linear programming model was developed to minimize the size of the energy storage system required and lower the capital investment costs. Then the results of the mathematical model are used as inputs for another system called the Metric Calculator. The results obtained by the sensitivity analyses applied to the developed model such as different locations and different renewable energy technologies are analyzed and presented as case studies in this study. Case studies were presented to illustrate the results of the analyses. The findings indicate that it is possible to transition to renewable energy while maintaining firmness at its maximum by utilizing an energy storage system like a battery.