Urban Spaces Are Evolving, And So Must Our Approach To Parking
The Automated Parking Company
We provide high level designs utilizing Automated Parking Systems that remedy challenging parking demands
Urban spaces are evolving, and so must our approach to parking?
The demand for parking in a high dense urban metro area is ever increasing and so is the scarcity and the price of the land.
There are between three and six car parking spaces per car in the US, numbering up to 2 billion in total, according to some estimates.?
In much of the US, more space is devoted to parking than housing—in Jackson, Wyoming, for example, parking spaces outnumber homes 27 to 1, research has found.
It is long overdue for city planners and urban developers and architects to look for modern and innovative ways to build more parking spaces using less land that may not even be available in downtown areas of major cities around the world.? One of the solutions that automated parking companies such as TAPCO offer is the ability to build up or down like skyscrapers are designed and built.
The Automated Parking Company designs, manufactures, builds and installs on-site innovative parking systems that are considered equipment, depreciating faster in 5 years than the average 29 years and also maintains parking systems at often a lower cost than traditional Park structures.
The parking convenience and parking experience that property owners provide their users can enhance property values, increase foot traffic to the business and provide end users with secure and safe modern parking experience using their smartphones and or smart kiosks on-site.
There are thousands of parking lot business owners that can upgrade their valet parking business with modern robotic parking systems that enhance your property and business experience for your end-users and also Maximizes your Parking space capacity.
TheAutomatedParkingCompany.com offers innovative custom parking systems solutions that optimize vehicle storage, maximizing capacity while minimizing or even freeing valuable land. By integrating our innovative custom parking systems, urban planners and architects can reclaim expensive real estate space, transforming it into vibrant community spaces or build additional amenities, enhancing both functionality and sustainability of properties and urban development in the area.
The Benefits of Transitioning from Traditional Parking Lots to Automated Parking Systems
In the urban landscape, parking has long been a challenge, consuming valuable space and contributing to city congestion. Traditional parking lots and garages require significant square footage, resulting in an inefficient use of land, particularly in densely populated areas. However, the emergence of automated parking systems (APS), where cars are stacked vertically using mechanical systems, offers a promising solution.?
This technology not only addresses the spatial limitations of conventional parking, but also unlocks new potential for urban development. The benefits of switching from regular parking lots to automated parking systems are manifold, ranging from land conservation and real estate value increases to environmental sustainability and enhanced user convenience.
Space Efficiency and Urban Development
One of the primary advantages of automated parking is its efficient use of space. Traditional parking lots are horizontally extensive, often requiring multiple levels and sprawling across significant areas of valuable urban land. In contrast, automated parking systems use a vertical stacking method, which dramatically reduces the footprint needed for the same number of cars. Estimates suggest that APS can accommodate the same number of vehicles in as little as 60-70% less space than conventional parking garages. This spatial efficiency opens up significant opportunities for land repurposing.
By freeing millions of square feet previously dedicated to parking, cities can turn that land into valuable real estate. For instance, areas previously occupied by vast surface parking lots can be transformed into commercial, residential, or recreational spaces. This would not only boost the local economy through new developments but also improve the quality of life for residents. Green spaces, parks, affordable housing, and mixed-use developments could take the place of parking lots, contributing to urban revitalization and sustainability.
Economic Benefits of Land Reallocation
The financial implications of freeing up parking land are considerable. Parking lots in prime urban areas represent underutilized real estate with high potential value. Converting these spaces into income-generating developments such as office buildings, retail centers, or housing can significantly boost property values and tax revenues. Additionally, the commercial viability of an area can increase due to enhanced accessibility and more attractive urban environments.
In some cities, the scarcity of developable land has resulted in skyrocketing property prices, limiting economic growth. By transitioning to APS, cities can make better use of their land resources, addressing the demand for new developments without having to expand horizontally into less accessible or environmentally sensitive areas. For property owners and developers, automated parking systems offer a way to maximize the utility of existing land, increasing their return on investment by turning previously unprofitable parking areas into high-demand urban projects.
Environmental Sustainability
Beyond economic and spatial efficiency, automated parking systems contribute to environmental sustainability. Conventional parking lots and garages consume large amounts of concrete, steel, and other materials, generating significant amounts of embodied carbon. The smaller footprint and vertical orientation of APS reduce the need for such materials, thereby lowering the carbon emissions associated with construction. Moreover, automated parking systems minimize the need for lighting, ventilation, and heating compared to traditional garages, further reducing their energy consumption and environmental impact.
Automated systems also streamline the parking process, reducing the time vehicles spend idling as they search for spaces. Studies show that in many urban areas, up to 30% of traffic congestion can be attributed to drivers searching for parking. APS eliminates this issue by automating the parking process, leading to fewer emissions from idling cars. Additionally, because cars are parked and retrieved automatically, there is less need for wide driveways, ramps, and aisles, further reducing the overall footprint and energy usage of the parking structure.
Increased Safety and Convenience
Another significant benefit of APS is the improvement in safety and user experience. Automated parking eliminates the need for drivers to navigate narrow spaces, ramps, and multi-story garages. Once the car is dropped off at a designated entry point, the system takes over, parking the vehicle in a secure, monitored location. This reduces the risk of accidents, theft, and vandalism. It also offers a significant convenience factor, as drivers no longer have to spend time searching for a spot or navigating tight parking structures.
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In addition, APS can improve the accessibility of parking for disabled individuals. Traditional parking structures often require long walks or the use of elevators and stairs to access parked cars. Automated parking brings vehicles directly to users, offering a more accessible and user-friendly experience. This could help cities comply with accessibility regulations while providing a smoother experience for all drivers.
Technological and Urban Future
As urban populations continue to grow, the need for innovative solutions to space and mobility challenges will only increase. Automated parking systems are part of a broader trend toward "smart cities," where technology is used to create more efficient, sustainable, and livable urban environments. The data generated by APS can also contribute to broader urban planning efforts, allowing cities to better understand traffic flows, parking demand, and land use patterns.?
Moreover, as electric vehicles (EVs) become more widespread, APS can be integrated with EV charging infrastructure. This would streamline the charging process, allowing vehicles to be charged while they are stored, contributing to the transition toward cleaner energy and transportation systems.
The slower adoption of automated parking in the United States compared to Europe and Asia can be attributed to several factors:
Regulatory Environment: The U.S. has a complex regulatory landscape, with different standards and requirements at federal, state, and local levels. This can slow down the approval and implementation of new technologies.
Space Constraints: Europe and Asia are more space constrained than the US which lead to their 25-year head start with automated parking. Certain urban downtown areas in the US are more likely candidates for automated parking such as San Francisco, Boston, Los Angeles, and Washington, DC and this is expanding from the coasts to the Midwest.
Market Demand: In some regions, there may be less perceived need for automated parking solutions. Urban areas with a high density of parking spaces and lower land costs may not see the urgency to adopt these technologies.
Cultural Attitudes: There may be differing attitudes toward technology adoption. In some European and Asian countries, there’s a greater openness to innovative solutions in urban planning and transportation.
Investment and Innovation: Countries like Japan and Germany have been at the forefront of robotics and automation, fostering an environment that supports innovation in automated parking technologies.
Public Awareness and Acceptance: Public understanding and trust in automated systems can vary, affecting adoption rates. Efforts to educate the public on the benefits of automated parking may be more robust in other regions.
These factors combined contribute to a more gradual acceptance of automated parking in the U.S. compared to other parts of the world.
Conclusion
Switching from traditional parking lots to automated parking systems presents a multitude of benefits for cities, developers, and residents alike. The space-saving nature of APS can free up valuable urban land, opening the door for real estate development, economic growth, and improved public spaces. Automated parking also offers environmental benefits by reducing the carbon footprint of parking structures and cutting down on idling vehicles. Additionally, it enhances user safety and convenience, creating a better overall experience for drivers. As cities continue to evolve, automated parking systems represent a crucial step toward more sustainable, efficient, and livable urban environments. By embracing this technology, urban centers can make better use of their resources, reduce environmental impact, and create a more connected, vibrant future.
How TheAutomatedParkingCompany.com can help urban planners, architects and property owners efficiently maximize parking and vehicle storage capacity while reducing or freeing expensive land with our Innovative custom parking systems solutions?
Take a tour of the TAPCOs 125,000 Sq. Ft. manufacturing facility and meet the team in the newly released company video.
TheAutomatedParkingCompany.com can maximize Parking And Vehicle Storage Capacity Using innovative custom parking designs of our automated, semi- automated and mechanical parking and storage systems.
TAPCO, a US-based vertically integrated company that provides quality parking systems to maximize your space's parking capacity.
As a turnkey provider, we perform our own designing, engineering, manufacturing, installation and post construction follow-up services.??
That means when you work with TAPCO, you receive seamless Parking Solutions along with unrivaled customer service in our 125,000 square ft manufacturing facility you'll find state-of-the-art presses, plasma cutters, and other fabrication equipment, which ensure our systems meet strict quality control standards.
Contact Our Parking Design Engineers at 661-430-3244
See Our Past Clients Parking Solutions in the Case Studies Video Reels.
Meet Your Parking Count With TAPCO’S Cost & Space Saving Custom Parking Designs
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For many years, local governments have required the construction of parking lots as part of any development. These measures, along with expansive highways that cut through predominantly minority neighborhoods and endless suburban sprawl, have cemented cars as the default transportation option for most Americans but not anymore.??
TheAutomatedParkingCompany.com provides property owners and city planners an option to maximize parking and vehicle storage capacity using less land and space and can also free space for other development.?
Mandating the building of car parking can seem an innocuous, and even common-sense, way to accommodate the roughly 280 million cars driven around by Americans. Faced with a public used to navigating car-centric cities with ample parking at amenities from strip malls to concert halls, cities typically have zoning laws demanding at least one parking space per apartment built, one per 300 square feet of commercial development, and one per 100 square feet for restaurants.? All these parking spaces can be easily doubled, triples if not 4X, or 5X while freeing valuable land with TAPCOs innovative custom parking solutions.
There are between three and six car parking spaces per car in the US, numbering up to 2 billion in total, according to some estimates.?
In much of the US, more space is devoted to parking than housing—in Jackson, Wyoming, for example, parking spaces outnumber homes 27 to 1, research has found.? City planners and urban developers now have alternate innovative custom parking system solutions from The Automated Parking Company to revolutionize the design and building of future parking projects easier and more cost efficient.