Vishva Gondalia – författare

Essay from the year 2024 in the subject Engineering - Power Engineering, , language: English, abstract: Considering industrialization on increasing pace and an increasing number of automobiles, proper management of parking has become an urgent issue. Traditional parking arrangements frequently cause traffic jams, wasted time as well as increased pollution. In response, smart technology integration has been recognized as a promising approach for optimizing parking space use and improving overall user convenience. This study introduces a revolutionary method to smart parking systems that incorporates solar charging capabilities, increasing sustainability, and minimizing reliance on electricity. The need for parking lots in urban centers has significantly increased in recent years due to the combination of rapidly increasing urbanization and exponential expansion in the popularity of automobiles. Conventional parking management systems frequently fail to make the most use of the space that is available, which causes traffic jams, higher emissions, and general annoyance for both vehicles and city residents. The incorporation of advanced technology into parking lots has surfaced as a viable approach to tackle these difficulties, providing improved user experience, real-time monitoring, and optimization. Solar power integration is one creative way to improve the sustainability and usability of smart parking systems. The use of solar energy has grown as a sustainable and green substitute for conventional grid electricity. It can power different parking infrastructure components and lessen the need for non-renewable energy sources. By utilizing vacant area for producing electricity, solar panel integration into parking buildings offers a chance to improve the sustainability and overall efficiency of urban surroundings. This research study looks at the consequences, advantages, difficulties, and new developments around the incorporation of solar electricity into smart parking systems. This review aims to provide information about the state-of-the-art breakthroughs in powered by sunlight automated parking systems and their ability to alter urban transportation and sustainability by integrating current investigations, case studies, and technology advancements.