Performance Evaluation of Renewable Energy Systems: Photovoltaic, Wind
To evaluate the performance of the hydrogen storage system, a sensitivity analysis was conducted, focusing on variables such as wind speed and the cost of the hydrogen
Based on the optimization computational results, it can be stated that the combination of system components, including solar photovoltaic, wind turbine, and diesel generator, is a good fit for the application region and might be used for rural and island electrification in the future.
The research investigates various DOD values and their impact on system performance. Through analysis, the study identifies that the optimal DOD value for the investigated solar PV system is found to be 70 %. At this DOD value, the system achieves a low levelized loss of power (LLP) of 0 % and a competitive cost of energy of 0.20594 USD/kWh.
Hlal et al. focuses on determining the optimum BT depth of discharge (DOD) for an off-grid solar PV-BT system. The research investigates various DOD values and their impact on system performance. Through analysis, the study identifies that the optimal DOD value for the investigated solar PV system is found to be 70 %.
Wang and Zhang developed a biological-inspired optimization algorithm to achieve the optimal design of an off-grid wind power generator incorporating a hydrogen energy storage system. The simulation results demonstrated that at load loss values of 0% and 20%, the COE was approximately 0.6907 $/kWh and 0.3771 $/kWh, respectively.
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