MLCP

1. He-Man Auto
Robopark Pvt Ltd

2. Diagonal
movement
to nearest
slot
Parking
Tower
Entry
Room
Access
Room
Smart Card
identification
Slot
identification
Restrict
Human
entry
Access
by
Robotic
unit
Vehicle
on
Robotic
Unit
Vehicle
Parked
Robotic
Unit
back to
initial
position
METHODOLOGY FOR OPERATION (PARKING):

3. Exit Door
Access
Room
Vehicle
Identified
Robotic Unit
access the car
Vehicle on
Robotic
Unit
Car dropped
at exit door
Human access
area
Vehicle is taken
out
Payment
done
METHODOLOGY FOR OPERATION (RETRIEVAL):

4. DETAILED METHODOLOGY FOR CONSTRUCTION AT SITE:
1. Soil Testing
2. Foundation and Structural
Drawing Preparation
3. Test Piling
4. Piling & Foundation
5. Retaining wall construction
6. Erection of Columns & Platforms
7. Erection of Robotic Units
8. Roofing & Cladding Works
9. Installation of Fire Fighting
System & MEP works
10. Completion of other civil
works
11. Testing of the Robotic System
12. Commissioning.

5. ADVANCED ENERGY EFFICIENCY:
• All the major motors are IE3 Premium class.
• Variable frequency drives (VFD) using advanced energy efficiency modes.
• System uses power Regeneration for better Energy efficiency.
• Counter weight system is used to increase efficiency.
• Power consumption is 0.4 units parking and retrieval considered together.
• Standby mode is activated for energy efficiency whenever the system is idle for more than
10 minutes.
• No manpower needed for parking operation as the system is fully automated.
• Compact space utilization for parking resulting in more green area.

6. • CONTINGENCY PLAN:
• All the lifting steel ropes are backed-up with lifting chain.
• All the major gear motors are backed-up with another motor.
• All the major drives are backed-up with another drive.
• All the sensors come with built-in Triple modular redundancy.
• In case of any emergency situations, all cars could be evacuated
under 2 Hours.