What Is The Working Of The Tower Parking System?

· robotic car parking,tower parking system
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Multilevel parking has become the best option available today to meet the space requirements of India's major cities. Let us check out the details of modern parking systems of various kinds, including stack, jigsaw, and tower parking, and tower parking system cost, are being extensively used by residential and commercial buildings of all kinds.

Automated Parking System

The tower lifter is responsible for methodically lifting and stacking automobiles into available spaces. At the push of a button, the system raises and parks the automobile in an open space or on a pallet after the driver carefully positions it on the lifter. The automobile retrieval procedure follows the same sequence in reverse.

An automatic parking car may sometimes resemble a vending machine. To adjust the vehicle's orientation, the tower lifter will rotate clockwise and counterclockwise, moving up and down along the y-axis. The pallet may go to the opposing parking spot and around the circle of the tower. The Tower parking system offers choices ranging from 10 to 35 storeys, sometimes much higher.

Pallet-empty detection sensors are installed on each level of the tower. Together, these sensors enable the system to properly determine how to move, manage, and position the cars to optimise parking spots. The tower parking system is equipped with sophisticated sensors that sense when a vehicle enters the lift, locate a suitable open place, raise the car to that location, move the car sideways in the direction of the spot, and release the vehicle.

 

'Automated Car Parking System' Facts

  • An automobile is often only driven for two to three hours daily, with the remaining time spent parked. Therefore, proper maintenance is necessary.
  • Different materials, including steel and concrete, are utilised to build the system.
  • Just 3 KW of power are needed each hour to park and retrieve an automobile.
  • It should be included in the building's design and maybe custom-tailored for any structure.

Conclusion

Because of its great degree of autonomy, the system seldom or never needs human interaction. Drivers must park their cars on the platform; the machine will handle everything else, including locating and retrieving a secure space. Because of the way it is built, the system takes up less space than more extensively integrated parking solution systems. Because of this, it is very flexible and practical for smaller-scale commercial public parking areas.