Construction of automated mechanical parking systems
The construction phase of an automated parking system represents the moment when the project takes concrete shape. Once the characteristics of the system have been defined, the Elecon team takes care of the realization of the various components necessary for the operation of the car park, directly following the mechanical, electrical, electronic, and software aspects.
A process that stems from the experience gained over decades of activity in the sector and that makes it possible to develop automatic parking systems designed and built to meet the specific needs of each project.
How is an automated parking system built?
A mechanized automated parking system is a complex system in which structure, mechanics, electronics, and software must work in perfectly coordinated ways. For this reason, Elecon carefully follows every phase of the construction.
The mechanical work is carried out at specialist metalworking workshops, where the components necessary for the movement and parking of vehicles are manufactured using selected, top-quality materials.
At the same time, the electrical components and software are designed and assembled to integrate the mechanical handling with the systems necessary for the automated management of the system.
The result is a system in which every element is developed to interact with the others and respond to the characteristics defined during the design phase.
Mechanics, electronics, and software: a single integrated system
The quality of an automatic parking system depends on the capacity of its different technologies to function as a single integrated system.
For this reason, the construction of an Elecon automatic parking system involves different specialized skills.
The mechanical part allows the movement and positioning of vehicles within the facility; the electrical and electronic components manage its operation, while the software coordinates the various operations necessary for the storage and retrieval of vehicles.
The integration between these technologies allows for the creation of automated parking systems designed to manage the vehicle during all phases of handling, limiting the need for intervention by the user within the parking area.