What if you could save time on your daily commute by circling the block looking for a parking spot? Imagine what you could do with all that extra time! Common urban problems such as traffic congestion, air pollution, and overcrowded public transportation could be eliminated or reduced if we could store our cars in underground garages until we need them. That’s where an automated parking system (APS) comes into play. APS can provide higher utilization of existing parking structures and reduce space requirements by up to 75 percent — freeing valuable real estate for other uses and leaving room to expand downtown living and working areas.
Now, imagine this: You enter an underground garage beneath a bustling city center and take an express elevator to the floor. The doors open, revealing a wide aisle lined with compartments, each big enough to hold a car. You pull into the nearest open spot and tap a few buttons on your smartphone. The compartment door closes behind you and in front of you rises a wall that will open when you’re ready to drive out. Meanwhile, a robot within the compartment cleans your windshield and chases away any potential parking lot paparazzi. When you enter your PIN number on the keypad at the elevator entrance, up comes your car, which takes you back to street level, where it awaits your call for pick-up…
This is just one example of how an APS could revolutionize our commutes by removing cars from crowded streets and allowing us to store them electronically until we need them again. As our world globalizes more every day, it becomes increasingly important to find innovative solutions with optimum use of resources for problems like traffic congestion and environmental waste.
An automated parking system is all about utilizing space more efficiently. It would allow drivers to gain more time while they are away by storing their cars in multi-story underground garages, allowing them to pick up their car when they need it again.
This reduces the number of cars on the road and allows us to recycle valuable parking spaces that can be used for housing or business purposes. The source of energy for an APS is also an important factor in making these systems green. Beyond the environmental impact, another significant benefit is the potential reduction in traffic congestion; an estimated 30% increase in capacity could result from having functional APS within a city.
In conclusion, an automated parking system has several benefits, such as reducing traffic congestion and pollution, increasing the capacity of a parking lot, and saving people time.