High Density Parking systems help create more open urban spaces including parks, recreation centers, and public plazas. In larger mixed-use projects, these areas can be extensions of lobbies, link other common areas of buildings, or present retail or commercial leasing opportunities. Depending on the location, Automated and Stacked Parking systems can be effectively integrated into…
High-Density Parking systems provide significant environmental benefits, resulting in a reduced carbon footprint. Automated and Stacked parking systems use less construction materials and incorporate more sustainable resources, complementing the following significant environmentally positive benefits: Reduced fuel and energy consumption: By minimizing parking search time and vehicle operation, high-density parking systems reduce fuel consumption. Vehicles are…
Parking is one of the single-largest land uses in urban areas in the United States, and this greatly affects the industry’s efforts to become more sustainable. Parking facilities need to become smaller and more space-efficient structures that are safer, more convenient, sustainable, and capable of efficient vehicle retrieval. Automated and Mechanical high-density parking systems offer…
As the retrofit installation of the world’s tallest and largest AGV Automated Parking System progresses at Brickell House in Miami, ParkPlus has successfully completed significant project milestones. Well positioned in the heart of Miami’s Financial District, Brickell House is a certified-green 46-story condominium building, developed by Newgard Development Group and designed by award-winning architecture firm…
LEED, Parksmart, and several other ratings systems and regulatory green requirements guide sustainable parking system design. LEED Certification The LEED rating system was created by the U.S. Green Building Council (USGBC). LEED is the most widely used certification system for sustainable building design. LEED awards points for meeting standards in the categories of sustainable site…
Fully Automated Parking Systems Automated vehicle storage and retrieval systems (AVSRS), also known as Automated Parking Systems (APS) or Automated Parking Garages (APGs) use robotic storage/retrieval devices that are controlled by integrated software technology to park and return vehicles from centralized loading bays. Vehicles are stored in compact storage vaults where public access is not…
Semi-Automated parking systems are self-parking applications providing stacked parking without the need for an attendant. These systems are hybrid vehicle stackers that provide direct access to any vehicles from grade level and are controlled by programmable logic control (PLC) software that is typically activated by a keypad or remote control. Semi-Automated Lift-Slide Puzzle Parking The…
Automated Parking Shows Growth ParkPlus has shown resilience during another year of global turmoil, supply chain issues and economic challenges, with fully automated systems showing the strongest growth in the high-density parking system sector. Automated parking systems maximize a development’s return on investment with a reduced parking footprint and better building flow, for more revenue…
Mechanical parking systems, also known as vehicle stackers or car lifts, are typically designed for attended parking applications and consist of simple mechanical lift devices that stack two, three, or four vehicles in an area normally occupied by a single vehicle. Layout options include standalone units, multiple adjoining units, tandem positioning, and/or back-to-back units. Mechanical…
Parking is a vital part of urban design. The parking facilities we are most familiar with consist of paved or unpaved open spaces where land is readily available, or multilevel garages where urban space is more constricted. The typical ways to design traditional parking facilities are being challenged by the densifying of urban areas, our…