1. SWISS PARKING
SYSTEMS
Innovation Leads To Future

2. Automated
Parking System
Innovation Leads to Future 11 / 12

3. 3
4 5
21
PCY
Platform-lift Parking System
Drive into a transfer cabin. Confirm parking request to start
storage process.
The VRP moves vertically and the
conveyor moves horizontally
simultaneously to a vacant place.
The conveyor transfers the vehicle to the
parking space and returns to the VRP to
complete the storage procedure.
A conveyor transfers the vehicle onto a
vertical reciprocating platform (VRP).

4. Conveyor and VRP work simultaneously in
horizontal and vertical direction.
Short storage/retrieval time, average retrieval
time = 90 seconds.
6-14 spaces on each parking level.
Up to 16 parking levels per system.
Small average footprint, 1.2m²/parking space.
Cost-effective.
Low energy consumption, 0.5 kW for each
process.
23002300230023002300
60006000 5800
Entry/ExitEntry/Exit
GF PLAN
23002300230023002300
58005800 6000
2F-10F PLAN
SECTION
1950195019501950195019502350235023502800
5800 6000 5800
Specifications and features:
Parking levels
Optimal parking capacity
Compatible vehicle dimensions (mm)
Laden weight (kg)
Average retrieval period
Footprint
Conveyance system
Conveyors per system
Power consumption for
vertical movements
Power consumption for
transverse movements
Vertical movement speed
Transverse movement speed
Identification element
Power supply
≤16levels
100 parking spaces/system
L:5,200*W:1,950*H:1,550~1,950
≤ 2,800
90s
120m² ~ 340m²
Comb-exchange
1 per VRP
22 kW
2.2 kW
90m/min
60m/min
IC card/QR code/PIN/mobile APP
Model PCY
3-Phase
AC380V/50Hz

5. PPY
Shuttle-lift Parking System
2
3 4 5
1
Drive into a transfer cabin. Confirm
parking request to start storage
process.
A vertical reciprocating conveyor
(VRC) transfers the vehicle from the
transfer cabin to parking levels.
A conveyor transfers the vehicle on
to a sliding shuttle dedicated for
each parking level.
The shuttle travels to a vacant space
and the conveyor transfers the
vehicle to the parking space
The conveyor returns to the shuttle to
complete the storage procedure.

6. SECTION A
58006000
2500230023003050
950
2200
600
SECTION B
58005800 6000
2300
300
23003050
950
GF PLAN
12
63007100710071007100710071006300
6100 6500 5600
上下
Control room
B1-B3 PLAN
12
23002300
6000 58005800
上下
High speed shuttle accelerates to a
maximum speed of 120 meters per
minute.
Single or multiple shuttles for each
parking level.
Optimal solution for projects with long
and narrow footprint.
Short storage/retrieval time.
Up to 12 parking levels.
High efficiency, suitable for large
inbound/outbound flow conditions.
Low energy consumption, 0.5 kW for
each process.
Specifications and
features:
Parking levels
Optimal parking capacity
Compatible vehicle dimensions (mm)
Laden weight (kg)
Average retrieval time
Footprint
Conveyance system
Conveyors and shuttle per system
VRC per system
Power consumption for
vertical movements
Power consumption for
transverse movements
Vertical movement speed
Transverse movement speed
Identification element
Power supply
≤12levels
50 parking space/VRC
L:5,200*W:1,950*H:1,550~1,950
≤ 2,800
90s
Width 19m, length may vary
Comb-exchange
1 set per parking level
1 per parking level
9.2 kW /15 kW / 22 kW
1.5 kW
30-90m/min
80-120m/min
IC card/QR code/PIN/mobile APP
Model PPY
3-Phase
AC380V/50Hz

7. PXD
Stacker-Cranes Parking System
3
4 5
21
Drive into a transfer cabin.
The stacker-crane travels transversely
and lifts the conveyor vertically to a
specific parking level.
The conveyor transfers the vehicle to a
vacant parking place, then the conveyor
returns to the stacker-cranes to complete
the storage procedure.
Confirm parking request to start
storage process.
A conveyor transfers the vehicle from the
transfer cabin onto a travelling
stacker-crane.

8. High speed stacker-crane, up to 75 meters
per minute.
Up to 7 parking levels.
High speed VRC to assist stacker-crane for
underground parking arrangements.
Vehicles can be transported in x-y direction.
Optimal solution for carpark planned on
short and narrow footprint.
Short storage/retrieval period.
Cost-effective
Low energy consumption, 0.5kw for each
process.
580058006000
PARKING LAYER PLAN2300 2300 2300
600058005800
2300 2300 2300
ENTRY PLAN
58005800 600058005800 6000
225019501950
2200800
1950
16600
195023503000
SECTION A SECTION B
2250195019501950
16600
195023503000
Parking levels
Optimized parking capacity
Compatible vehicle dimensions (mm)
Laden weight (kg)
Average retrieval time
Footprint
Conveyance system
Conveyors and stacker-cranes per system
VRC per system
Power consumption for vertical movements
Power consumption for transverse movements
Vertical movement speed
Transverse movement speed
Identification element
Power supply
≤7 levels
100 parking space/conveyor
L:5,200*W:1,950*H:1,550~1,950
≤ 2,800
90s
Width 19m, length may vary
Comb-exchange
Optimal 1 set per 100 parking spaces
Optimal 1 per 50 parking spaces for
underground solution
11 kW
4 kW
35m/min
75m/min
IC card/QR code/PIN/mobile APP
Model PXD
3-Phase
AC380V/50Hz
Specifications and features:

9. PCS
Tower Parking System
3 4
1
2
Drive into a transfer cabin.
Confirm parking order to start
the storing process.
A VRC lifts the vehicle vertically
from the transfer cabin to a specific
parking level.
A conveyor transfers the vehicle from the
VRC to the parking space, the VRC returns
to the transfer cabin, ready for next user.

10. Parking levels
Optimized parking capacity
Park-compatible dimensions (mm)
Laden weight (kg)
Average retrieval time
Footprint
Conveyance system
VRC per system
Power consumption for
vertical movements
Power consumption for
transverse movements
Vertical movement speed
Transverse movement speed
Identification element
Power supply
≤29 levels
50 parking space/tower
L:5,200*W:1,950*H:1,550~1,950
≤ 2,800
75s
50m²
Comb-exchange
1 per tower
30kW
0.2kW
90m/min
25m/min
IC card/QR code/PIN/mobile APP
Model PCS
3-Phase
AC380V/50Hz Entry/Exit
SECTION
-1.850
5.000
3F
7.300
4F
9.600
5F
11.350
6F
13.100
7F
14.850
8F
16.600
9F
10F
18.350
11F
20.100
12F
21.850
26F
46.350
48.760
50.760
2.700
2F
±0.000
1F
13F
23.600
14F
25.350
15F
27.100
16F
28.850
17F
30.600
18F
32.350
19F
34.100
20F
35.850
21F
37.600
22F
39.350
23F
41.100
24F
42.850
25F
44.600
1670
Entry/Exit
6400
7600
7600
7050
830
2000241017501750175017501750175017501750175017501750175017501750175017501750175017501750175023002300230027001850
Specifications
2 parking spaces on each parking level.
Very short storage/retrieval time, only 75 seconds
per vehicle.
Up to 29 parking levels.
Very small footprint, only 50m2, average foot
print per vehicle as low as 1m2 per space.
Cost-effective
Low energy consumption, 0.5kW for each
process.

11. Semi-automated
Parking Systems

12. Parking levels
Optimized parking capacity
Compatible vehicle dimensions (mm)
Laden weight (kg)
Mechanical components
Power consumption
for vertical movements
Power consumption
for transverse movements
Vertical movement speed
Transverse movement speed
Identification element
Power supply
≤ 8 levels
5 vehicles/set on 2 parking levels.
5,200*1,900*1,550/1950
≤ 2,500
Motors and chains
2.2kW
0.2kW
7m/min
4m/min
IC card / Key switch
Model PSH
3-Phase
AC380V/50Hz
PSH
Lifts with sliding pallets
parking system
A PSH system comprises two mechanical
sub-systems responsible for vertical and
horizontal movements separately. For a 2-level
PSH system, a parking lift moves parking pallets
vertically up and down to transfer vehicles from
entry level to upper level. Parking pallets move
transversely at the entry level to provide a
vacant place for parking lift to move parking
pallets down to the entry level. For a PSH system
with more than 2 parking levels, parking pallets
slide transversely to form a vacant shaft for
parking lifts to operate.
Equipment Dimensions (L*W*H): 7460*5650*3600
Specifications and features

13. Parking levels
Optimized parking capacity
Compatible vehicle
dimensions (mm)
Laden weight (kg)
Mechanical components
Power consumption
for vertical movements
Vertical movement speed
Identification element
Power supply
≤ 7 levels
10 vehicles/set on 6 parking levels
5,150*1,850*1,550
≤ 2,000
Motors and chains
7.5kW
4m/min
Key switch
3-Phase
AC380V / 50Hz
Model PCX
Parking levels
Optimal configuration
of parking spaces
Compatible vehicle
dimensions (mm)
Laden weight (kg)
Mechanical components
Power consumption
for vertical movements
Vertical movement speed
Identification element
Power supply
≤ 4 levels
2 parking spaces per set
5,200*1,850*1,550
≤ 2,000
Motors and chains
2.2kW
2.9m/min
Key switch
3-Phase
AC380V / 50Hz
Model PJS
PJS
Parking lift system
PCX
Vertical paternoster parking system
Specifications and features
A Parking lift is a simple mechanical parking
system with parking pallets only perform
vertical movements. Vehicle parks onto a
vacant parking pallet at ground level,
engaging the switch on a control panel to lift
the vehicle and create a vacant parking
space below for the next user. To retrieve the
vehicle above, the vehicle below must be
removed to provide an empty space to lower
the parking pallet down.
Specifications and features
Vertical paternoster parking system is also
known as circulating parking system. The
advantage of a PCX system is the minimum
requirement of building footprint, only 36m2
for up to 12 parking spaces. But the
disadvantage is that to retrieve one vehicle,
the system must move all 12 parking spaces
simultaneously. This may cause queuing
issue during high flow periods.
Dimensions (L*W*H): 5,500*2,660*3,600 Dimensions (L*W*H): 6,300*5,900*11,900
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