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Automated Robotic Parking 101: Implementation the Right Way, 2024
- Slide 1
- Slide 2: Automated Robotic Parking 101: Implementation the Right Way
- Slide 3
- Slide 4
- Slide 5
- Slide 6: How to Use This Online Learning Course
- Slide 7: Purpose and Learning Objectives
- Slide 8: Contents
- Slide 9: Types of Parking Systems
- Slide 10: Types of Parking Systems
- Slide 11: Parking Stackers
- Slide 12: Mechanical Parking Systems
- Slide 13: Mechanical Parking Systems
- Slide 14: History and Transformation to Automated Parking
- Slide 15: History and Transformation to Automated Parking
- Slide 16: Introduction to Fully Automated Parking
- Slide 17: Introduction to Fully Automated Parking
- Slide 18: Introduction to Fully Automated Parking
- Slide 19: Introduction to Fully Automated Parking: The Step-by-Step Process
- Slide 20: What Is Fully Automated Parking?
- Slide 21: Fully Automated Parking Systems
- Slide 22: Fully Automated Parking Systems
- Slide 23: Fully Automated Parking Systems
- Slide 24: Fully Automated Parking Systems
- Slide 25: Key Components of Fully Automated Parking
- Slide 26: Key Components of Fully Automated Parking
- Slide 27: Terminals
- Slide 28: Terminals Compatible with ADA Requirements
- Slide 29: Kiosks, Lobbies, and User Interface Systems
- Slide 30: Types of Fully Automated Parking Systems
- Slide 31: Pallet Systems
- Slide 32: Pallet Systems
- Slide 33: Non-pallet Systems
- Slide 34: Non-pallet Systems
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- Slide 37: Fully Automated System Robots/Transportation Machinery
- Slide 38: Fully Automated System Robots/Transportation Machinery
- Slide 39: Fully Automated System Robots/Transportation Machinery
- Slide 40: Fully Automated System Robots/Transportation Machinery
- Slide 41: Management Software
- Slide 42: Management Software
- Slide 43: Control Room, Communications, and Computer Hardware Systems
- Slide 44: Communications and Computer Hardware Systems
- Slide 45: Communications
- Slide 46: Support Structure
- Slide 47: Add-ons: Automatic Electric Charging Systems
- Slide 48: Add-ons: Car Wash Systems
- Slide 49: Add-ons: Storage Containers
- Slide 50: Add-ons: Storage Containers
- Slide 51: Add-ons: Emerging Technologies and Smart City Concepts
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- Slide 54: Changing the Dynamics of Land Use
- Slide 55: Changing the Dynamics of Land Use
- Slide 56: Changing the Dynamics of Land Use
- Slide 57: Automated Parking Can Help Reduce Congestion
- Slide 58: Automated Parking Can Help Reduce Congestion
- Slide 59: Permits and Zoning
- Slide 60: More Green Space, Less Cost, and Increased Revenues
- Slide 61: More Green Space, Less Cost, Increased Revenues
- Slide 62: ROI and Fully Automated Parking
- Slide 63: ROI and Fully Automated Parking
- Slide 64: ROI and Fully Automated Parking
- Slide 65: ROI and Fully Automated Parking
- Slide 66: ROI and Fully Automated Parking
- Slide 67: ROI and Fully Automated Parking
- Slide 68: Not All Systems Are Equal (Fully Automated vs Other)
- Slide 69: Not All Systems Are Equal (Fully Automated vs Other)
- Slide 70: Not All Systems Are Equal (Fully Automated vs Other)
- Slide 71: Not All Systems Are Equal (Fully Automated vs Other)
- Slide 72: Not All Systems Are Equal (Fully Automated vs Other)
- Slide 73: Safety and Security
- Slide 74: Safety and Security
- Slide 75: Reduce Liability
- Slide 76: Reduce Liability
- Slide 77: Reduce Pollution, Greenhouse Gases, and Carbon Footprint
- Slide 78: Reduce Pollution, Greenhouse Gases, and Carbon Footprint
- Slide 79: LEED®, Sustainability, and Automated Parking
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- Slide 82: Design Parameters: Critical Considerations
- Slide 83: Design Parameters
- Slide 84: Design Parameters: Fit for Purpose and Standard of Care
- Slide 85: Design Parameters: Peak Traffic
- Slide 86: Design Parameters: Peak Traffic
- Slide 87: Design Parameters: Dwell Time and Machine Time
- Slide 88: Design Parameters: Dwell Time and Machine Time
- Slide 89: Design Parameters: Vehicle Envelope
- Slide 90: Design Parameters: Redundancy and System Reliability
- Slide 91: Design Parameters: Reliability Metrics
- Slide 92: Design Parameters: Reliability Metrics
- Slide 93: Design Parameters: Codes and Code Compliance
- Slide 94: Design Parameters: Fire Codes
- Slide 95: Design Parameters: Parking Codes
- Slide 96: Design Parameters: User Experience, Street Access, Queuing, Turning Radius
- Slide 97: Design Parameters: User Experience, Street Access, Queuing, Turning Radius
- Slide 98: Design Parameters: Terminals and Safety Equipment
- Slide 99: Design Parameters: Adaptive Reuse
- Slide 100: Backup Generator
- Slide 101: Summary and Resources
- Slide 102: Course Summary
- Slide 103: Resources
- Slide 104: Resources
- Slide 105: Thank You [Go to Page]