The Evolution of Parking

How automated systems are changing the future of parking with lowered emissions, space savings, user safety, and ROI
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Sponsored by Westfalia Technologies, Inc.
By Kathy Price-Robinson

Environmental and Other Benefits of Automated Parking Systems

Photo courtesy of Westfalia Logistics Solutions Europe

The on-grade space above a below-grade parking garage can be used for other purposes, such as this park over an underground automated parking system in Copenhagen.

Environmental Benefits

Noise and air pollution are on the rise due to congestion. Automated parking systems help mitigate these problems. Since vehicles are not turned on within an automated garage, both air and noise pollution are significantly reduced when compared to a conventional parking garage.

Automated parking systems can decrease emissions 20 to 30 percent compared to a conventional parking garage. These automated parking systems reduce carbon dioxide, nitrogen dioxide, carbon monoxide, volatile organic compounds, and fuel use, making them a sustainable, environmentally friendly car parking option.3

Due to the nature of these high-density automated systems, less building space is needed to fit two to three times the amount of cars. With less space needed for the garage structure itself, there is increased potential for green areas. This is especially important in densely populated urban areas.

Space Savings

Conventional parking garages are constructed to allow cars enough room to safely move in both directions and back out of parking spaces and people to walk to and from their vehicles. Walkways, stairwells, and lifts are needed.

Photo courtesy of Westfalia Logistics Solutions Europe

With urban congestion and high land prices, the space-saving benefits of automated parking becomes more desirable to designers, owners, and operators.

But an automated garage only has to accommodate the equipment operating within the garage. Therefore, it can better utilize the space that would normally be used for cars and people to move around and store more vehicles in that space using single-deep or double-deep storage configurations. This is especially beneficial for projects with a limited construction area. In fact, according to studies, automated parking garages generally require 60 percent less building volume and 40 percent less land than traditional garages. Thus, companies can use the extra real estate for more profitable spaces like retail stores or additional apartments, increasing the project’s ROI.

Additional space savings are possible by using a palletless automated parking system. Since palletless garages do not require pallets or storage racks, developers can capitalize on those height savings per storage level, creating even more vehicle storage or saving more space.


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Originally published in Architectural Record