Simulating a futuristic idea for the implementation of an innovative, efficient and economic sanitization-based parking system is the fulcrum of this paper. This paper depicts the simulation results of the previous chapter, “Sanitized Vehicle Parking System”, designed to solve parking problems and ensure customers' safety. Proteus 8 is the simulating software that has the ability to depict all the components used and their functionality in real-time. Arduino IDE is the coding platform incorporated with the Proteus 8 software. Arduino IDE has a lot of advantages over other platforms; one of them is extremely simple and flexible. This model will visualize the simulation results in detail which have been achieved and can be implemented in all the parking compartments with an upper hand over other parking systems by being completely automatic. Sanitization is the most crucial aspect responsible for the design of this system, as this parking system will sanitize all the automobiles entering the parking lot. This model has been divided into three compartments. The 1st section is responsible for sanitizing the vehicles entering the parking area. The 2nd section operates as the entry point of the parking area, automated through infrared sensors. Simultaneously the count gets incremented by 1, which gets displayed on the LCD Screen. The 3rd section operates as the exit point of the parking area. Each vehicle exiting from the parking area decrements the count by 1. Water- Level sensors are also employed to detect and measure the sanitizing fluid left in the vessel at different stages. The detailed simulation results for the sanitizing dispenser system are displayed on the LCD screen, indicating the next course of action in case of emptying the sanitizing liquid. The infrared sensors entirely handle the entry and exit points.
Keywords: Arduino IDE, Automatic, Automobiles, Economical, Efficient, LCD Screen, Parking Entry, Parking Exit, Sanitization, Sensors, Simulation.
