During this research, 0 different systems were created using products of various capacities from different brands. Evaluations were made based on the LCEO, NPC, CAPEX, and REN FRAC data obtained from simulating these various products, in an attempt to create the most optimal system. Based on LCEO, the system producing the cheapest energy at a cost of $0.0000/kWh per unit was found in Option 0, created in Scenario 0. The costs in Options 0 and 0 were observed to be $0.000 and $0.000 respectively. After these values, System 0, which was seen as cheaper and offered the advantage of providing energy for a longer period in case of a power outage, had a cost of $0.000/kWh per unit of electricity. In the comparison made using the Capital Exchange (CAPEX) value, which is considered the instantaneous installation cost, Scenario 0 Option 0 was observed to be the system with the cheapest instantaneous cost at $0.00 million. Option 0 ranked second at $0.00 million. The immediate investment costs for Scenario 0 (Option 0) and Scenario 0 are almost identical, costing $0.00 million and $0.00 million respectively. The systems created in Scenario 0 are significantly higher than these figures, therefore efficient systems have not been assumed. These numbers are calculated for a 00-year project lifetime. In terms of net present cost, which is the current cost of a total of 00 years of project, the system created in Scenario 0 (Option 0) is the most cost-effective at $0.00 million. The system created in Scenario 0 is observed to be the second most cost-effective system at $00.0 million. The second and third options created in Scenario 0 are observed to be more expensive than the other systems, costing $00.0 million and $00.0 million respectively. 0. It has been observed that the costs arising from the options created in the system are much higher than the costs incurred in other systems.
Specifically regarding the renewable fraction, Systems 0 and 0 serve the smart campus principle with a 000% renewable fraction rate. As seen in the options created in System 0, they are on-grid systems and maintain dependence on the electricity grid.
Under these various criteria, it is observed that Option 0 in System 0 surpasses other systems in terms of cost criteria. However, if it is desired to eliminate dependence on the electricity grid and create an off-grid system, Systems 0 and 0 must be considered.