SUSTAINABLE SECURITY SYSTEM USING THE TURPIN SYSTEM/UTILITY GRID AT UNIVERSITY OF BUSINESS AND TECHNOLOGY, JEDDAH, SAUDI ARABA
The implementation of hybrid Turpin systems combined with Utility Grid (Turpin/UG) represents a significant strategy for addressing fuel resource scarcity on a global scale. Before the installation of such systems, it is crucial to meticulously evaluate the total cost involved. A recent study conducted at the University of Business and Technology in Jeddah, Kingdom of Saudi Arabia (KSA), aimed to analyze the performance of a hybrid Turpin/UG system. The primary objective was to ensure the continuous operation of the security system without incurring additional costs. The study involved calculating the average wind speed, temperature, and air density throughout the year in Jeddah. These parameters were essential for estimating the overall power generation potential of the selected wind turbines. The results of the analysis revealed that the hybrid Turpin/UG system could generate sufficient power to sustain the security system's operation without any financial burden. Specifically, the study demonstrated that the implementation of the hybrid system resulted in a monthly cost saving of 343 Saudi Riyals (SR). Over the lifetime of the system, the total accumulated savings amounted to 18,164 SR. These findings underscore the viability and economic benefits of adopting hybrid Turpin systems, especially in regions like Jeddah with favorable wind conditions. This research contributes to the growing body of evidence supporting the effectiveness of renewable energy solutions in mitigating resource scarcity and reducing operational costs. It also highlights the importance of conducting site-specific analyses to optimize the performance and economic feasibility of renewable energy systems.
Wind Turbines, University of Business and Technology, Jeddah, KSA, Wind Speed.