FAQ

It is an automated parking phenomenon that utilizes different electro-mechanical processes, complemented with Artificial intelligence enabling it to park and retrieve a car without the help of a human attendant. Instead of a human attendant, an artificially intelligent system controller is commanded through the touch-tone of a mobile phone. In other words, a missed call would be sufficient to initiate the intelligent system controller to park a car or to retrieve the car and drive away.

If compared to the conventional car parking systems then, it is without a doubt, a much faster system which requires very less hassle. However in all cases, the time required to either, Park or Retrieve a car has been carefully studied and focused on to ensure the economical values the system has to offer. We can safely say between 15 seconds to approximately 104 seconds to park or retrieve a vehicle. Nevertheless it all depends on the client’s requirements and the systems configuration.

At E&W Robotics, cost is also part of the economical value the systems offers. Therefore, we compare it to the conventional type which is less by a considerable margin. However, the actual cost varies when considering the following: number of cars, location, space, desired speed, architectural design, etc. Regardless, the cost is very competitive and economical.

Their calls will be logged in queue so that their cars are retrieved or stored in the respective sequence. Each Robotized car parking system is customized to meet specific requirements for instance, the number of its entrance and exit bays, the number of lifting devices, the garage size, etc. These are all factors taken into consideration to ensure optimum car parking system and as a result it provides a faster retrieval and easier parking procedure.

Our Robotized Car Parking systems are equipped with backup components; based on the safety philosophy of "one out of two failure" This means that with each ROBOT PARK systems, there is at least two of every major component installed on site. Each parking space can be reached simultaneously at all times by two independent units, offering minimum off time. In addition, in the case of power outage, the systems are equipped with UPS (uninterrupted power supply) units for the computer systems and emergency generator/s for the remainder of the systems.

A robotized parking system can be built on a lot as small as 5.5m x5.6m or 30.8m2.

Yes, it can be built underground, and above ground.

Each system is custom designed in accordance to the need. This includes the number of floors, entrances/exits.