Robotic Parking Systems, Inc. represents a technological leap in urban parking solutions, merging automation with efficiency. As cities grapple with space constraints, these automated parking systems offer a glimpse into the future. However, to truly assess the potential of automated parking solutions, it’s crucial to consider the reliability of both the systems themselves and the company behind them, Robotic Parking Systems, Inc.
Company Profile: Robotic Parking Systems, Inc.
Robotic Parking Systems Inc., based in the United States, is a key player in the market for automated parking solutions. Robotic Parking Systems Inc. was established in 1994 and has been at the forefront of developing and deploying robotic parking technologies ever since. In fact, the company’s founder coined the term “robotic parking” to describe this new parking technology and adopted that name for the company. Decades later the term “robotic parking” is now used industry-wide to represent any automated parking system.
Assessing the reliability of Robotic Parking Systems, Inc. involves evaluating the company’s technological innovations, market presence, and track record. In Part 1 of this two-part series, the focus is on Robotic Parking Systems’ technology.
Technological Innovations
Robotic Parking Systems consistently invested in research and development to advance its technology. Innovations in Robotic Parking Systems Inc.’s offerings include:
- Patented pallet technology which safeguards vehicles by ensuring that no machinery ever touches cars as is the case with other automated parking technologies.
- Patent pending FireBox™ technology ensures that car fires are immediately contained and do not spread within the parking structure.
- Integration with emerging technologies: the systems are fully equipped for electronic vehicle charging and interfacing with driverless vehicles.
Components of a Reliable Parking System
Robotic Parking Systems rely on a combination of advanced robotics, software, and mechanical components to automate the parking process. The core function of the system involves vehicles being driven into an Entry/Exit Terminal where automated mechanisms handle the parking task. The systems use precision robotics and sensors to maneuver vehicles into tight spaces, and sophisticated algorithms manage the coordination and operation of these tasks. The system is designed to optimize space usage and eliminate human error.
Technological Robustness
The reliability of robotic parking systems hinges on several factors, including mechanical design, software algorithms, and maintenance protocols. Robotic Parking Systems are engineered with redundancy and reliability in mind so that any maintenance task of an individual machine and/or robot will not interrupt operation.
- Every machine has redundant major drive components inherent in itself. Additionally, at least two machines of each kind are installed that can perform the same tasks in an area.
- Redundant computer servers with failover in microseconds. If one server fails, the redundant server automatically takes over and contains the exact same data as the primary server in real time. (hot swappable).
- A back-up emergency power generator takes over in case of a power outage with a minimum capacity of 50% of the total connected electrical load.
Software and Controls
The software controlling a system like this must be both robust and adaptable. Robotic Parking System software uses the proven automation engine Cimplicity ® (from GE Digital) which has been in use in automobile assembly lines and large container harbors around the world for more than 20 years. This software is highly reliable. Many systems also feature real-time, remote monitoring and diagnostics, which allow for early detection of issues and prompt maintenance.
Maintenance and Support
Reliability is also influenced by the maintenance and support structure in place. High-performance requires routine maintenance to ensure that all components, from mechanical parts to sensors, function optimally. Robotic Parking Systems, Inc. provides comprehensive support services, including regular inspections, emergency repairs, and system upgrades. The overall reliability of an automated parking system is significantly affected by the quality and frequency of its maintenance.
In Part 2 of this series, customer service, market presence and reputation will be discussed as they relate to Robotic Parking Systems’ overall reliability.
Developers and architects can learn more about how this system can benefit their commercial developments. To speak to the experts of Robotic Parking Systems, Inc. and receive an initial set of drawings for a parking project, click on the link below. Provide the specifications and receive drawings at no cost or obligation.