PGE MASS TRANSIT SYSTEMS
MASS TRANSIT SYSTEMS
Platform Screen Doors (PSD) & Automatic Platform Gates (APGs)
Protecting Over a Quarter of a Million Passenger Journeys, Every Single Day.
Pak German Engineers delivers advanced platform edge safety solutions, engineering high-reliability transit security and automated crowd control systems for modern smart cities globally.
PGE MASS TRANSIT METRICS
Protecting Over a Quarter of a Million Passenger Journeys, Every Single Day
Daily Passenger Journeys Protected
0
+
First PSD Installation in Pakistan
1990
Flagship Project Value
USD
0
M+
Years Continuous PSD Operations
0
+
Stations Fully Equipped & Operational
0
Lahore Daily Ridership Secured
0
+
Multan Daily Ridership Safeguarded
0
Engineering Heritage
0
+ Years
PIONEERING PASSENGER SAFETY
Pakistan's Pioneer in Mass Transit Passenger Safety Infrastructure
Deploying world-class architectural engineering to protect hundreds of thousands of daily commuters nationwide.
Since launching Pakistan’s benchmark transit safety initiatives with the Lahore Metrobus network in 2013, PGE has engineered high-intensity passenger protection systems that define modern metropolitan transit. Our consecutive success across Multan’s transport corridors solidified our repute for uncompromising infrastructure performance.
Currently, we manage a premier USD 6.5M flagship upgrade contract, integrating automated platform screen doors, automated access barriers, and complex software synchronizations to guarantee high reliability for 180k+ daily transit riders.
Daily Protected Commuters
0
K+
Flagship Project Scope
$
0
.5M
End-to-End Delivery Lifecycle
Our structured, 9-stage engineering architecture assures bulletproof systems integration.
PHASE 01: ORIGIN
- Design & Prototyping
- Global Technical Import
- Precision Manufacturing
PHASE 02: DEPLOYMENT
- Supply & Logistics
- On-Site Installation
- Systems Integration
PHASE 03: OPERATIONS
- Rigorous Testing
- Active Commissioning
- Continuous O&M Support
MASS TRANSIT ENGINEERING STANDARD
Choosing the Right Platform Safety Solution
Platform edge safety is not an option, it is a necessity for any modern transit system.
Passenger Safety
Eliminate accidental falls, track intrusions, and platform-to-train gaps with structural high-durability barriers designed for active heavy-rail environments.
Crowd Management
Regulate passenger flow during peak transit periods. Securely align passenger queues with train doors while safely isolating active tracks.
Reduced Dwell Time
Accelerate train boarding and offloading cycles. Automated synchronized door systems provide clear, fast, and optimized pedestrian movement.
Climate Control
Maximize HVAC efficiency. Physical platform barriers isolate underground tunnel acoustics and high thermal drafts from passenger waiting zones.
Fare Integrity
Establish absolute perimeter control. Prevent physical fare evasion and bypass attempts while securing high-traffic platform pathways.
Noise & Dust Reduction
Shield commuters from mechanical brake squeal and airborne particulate matter. Significantly improve overall terminal air quality.
HIGH-CAPACITY METRO INFRASTRUCTURE
FULL-HEIGHT PLATFORM SCREEN DOORS
Fully-sealed, floor-to-ceiling automated physical barriers engineered for heavy-rail and high-velocity mass transit. Maximizes climate control, optimizes platform safety, and enables GoA4 unattended train operations.
ENGINEERED ENCLOSURE SYSTEMS
Our full-height platform screen doors represent the absolute pinnacle of transit safety and environmental engineering. By completely sealing off track voids from station platforms, they prevent accidental falls, unauthorized track entry, and manage pressure differentials caused by high-speed bypass trains.
In addition, they optimize HVAC performance by maintaining micro-climate separation, slashing operational carbon footprints, and lowering station cooling requirements by up to 35%.
SYSTEM COMPARISON MATRIX
Compare critical parameters between high-containment Full-Height PSDs and lower-profile Half-Height Automatic Platform Gates (APG).
PARAMETER
FULL-HEIGHT PSD (SPEC)
HALF-HEIGHT APG
Height Profile
2.2m to 3.0m (Complete floor-to-ceiling barrier)
1.2m to 1.5m (Lower platform gate limit)
Glass Composition
12mm to 15mm Laminated Tempered Safety Glass
10mm to 12mm Monolithic Tempered Glass
Temperature Range
-25°C to +60°C (All weather thermal sealing)
-10°C to +50°C (Non-insulated panels)
HVAC Air Isolation
Complete hermetic sealing; keeps conditioned air inside
Open air; standard drafts bypass freely
PARAMETER
FULL-HEIGHT PSD (SPEC)
HALF-HEIGHT APG
Opening Speed
1.2 m/s to 1.8 m/s (Adjustable dynamic profiling)
0.8 m/s to 1.4 m/s
Acoustic Noise
≤ 50 dB (Acoustically isolated high-density frames)
≤ 60 dB (Open to track acoustic echo)
Life Cycle (MTBF)
10,000,000 continuous operation cycles
5,000,000 operational cycles
Drive Motor Type
PMSM (Permanent Magnet Synchronous Drive)
BLDC (Brushless Direct Current Drive)
PARAMETER
FULL-HEIGHT PSD (SPEC)
HALF-HEIGHT APG
Power Supply
3-Phase 380V/230V AC Redundant Feeds
Single-Phase 220V AC Standard Feed
Emergency UPS Backup
60 mins continuous active operation
Manual fail-open unlock lever only
Comm Protocols
MVB, CANopen, Redundant Ethernet (TRDP)
RS485 / Digital Hardwired Interface
Signaling Integration
Fully-integrated ATO/CBTC interface safety loop
Local driver-synchronized commands
SAFETY INTEGRITY LEVELS
Designed with complete fail-safe architecture to guarantee the highest hazard prevention standard across GoA2-GoA4 lines.
- SIL 4 Certified Drive Controls & Lock Systems
- SIL 3 Redundant Obstacle Detection (3D Lidar & Optical)
- SIL 2 Automated Passenger Presence Monitoring
COMPLIANCE & STANDARDS
Fully certified by globally recognized institutions for alignment with rigorous international safety and engineering protocols.
- EN 14752: Mass Transit Passenger Guarding & Platform Safety
- EN 50126 / EN 50128 / EN 50129: Functional Safety RAMS
- NFPA 130: Fire Protection Standard for Transit Systems
PGE MASS TRANSIT INFRASTRUCTURE
AUTOMATIC PLATFORM GATES
Engineered for high-volume public transit systems, PGE half-height automatic sliding gates balance flawless passenger safety with rapid transit flow. Designed with industrial robustness and intelligent sensors to withstand punishing modern environments.
TECHNICAL SPECS
- Brand: PGE Transit Systems
- Height: 1200mm - 1500mm
- Material: Heavy-Duty 304 SS
- Enclosure Rating: IP65 Waterproof
- Reliability: MCBF 10M+ Cycles
KEY BENEFITS
- Zero-Risk Fail-Safe Systems
- Millisecond Response Timing
- Rugged Anti-Vandal Construction
- Rapid Synchronized Operation
- Anti-Pinch Safety Sensor Array
APPLICATIONS
- Heavy-Rail Metro & Subway Platform
- Bus Rapid Transit (BRT) Corridors
- International Airport People Movers
- Commercial & High-Security Hubs
WORLD-CLASS TRANSIT INFRASTRUCTURE
PGE'S LANDMARK PSD PROJECTS
LAHORE METROBUS PSD
A historic milestone in Pakistan’s urban mass transit. PGE successfully engineered, integrated, and deployed high-performance platform screen doors utilizing next-gen digital microprocessor control technology.
- 664 Platform Screen Doors Deployed
- USD 6.5M+ Total Project Value
- First Microprocessor System in Pakistan
MULTAN METROBUS PSD
Synchronized safety systems tailored for high-frequency city-wide transit. PGE engineered advanced automation linkages ensuring absolute commuter safety and exceptional structural longevity.
- 250+ Heavy-Duty Automated Doors
- Fully Synchronized Rail-Gate Operations
- Advanced Real-Time Automation Linkages
SYSTEM LIFE-CYCLE ACCOUNTABILITY
WE INSTALLED IT. WE MAINTAIN IT. WE ARE ACCOUNTABLE FOR IT.
Our specialized operations team guarantees continuous operation across national transit lines. Leveraging industrial-grade components and immediate localized interventions, we keep public networks moving seamlessly.
Years Continuous Presence at Lahore Metrobus
0
+
Uptime Maintained Across All Platforms
0
%
- German-trained specialized system engineers on-site
- Locally stocked OEM spares for immediate rapid-response replacement
- 24/7 centralized diagnostics and performance reporting
Daily — Sensor & Optics Cleaning
Removal of environmental dust and debris from platform screen door safety sensors to prevent signal interference and false obstruction triggers.
Weekly — Motor & Mechanical Lubrication
Lubricating heavy-duty drive belts and structural hinges. Calibration of motor tension prevents premature wear and reduces operational noise.
Monthly — Diagnostic & Safety Interlock Run
Deep controller log analysis on high-frequency PLC boards. Emergency manual override circuits are fully activated and tested under simulated grid failure conditions.
Quarterly — Systems Integration Overhaul
Full synchronization validation with the main signaling train control room. Wear components are inspected and preemptively swapped from local stock.
ENGINEERING LIFECYCLE
END-TO-END MASS TRANSIT SOLUTIONS
PGE delivers a fully integrated, lifecycle-managed approach to modern transit networks. From complex civil alignment studies to long-term predictive maintenance pipelines, our rigorous engineering standards ensure maximum safety and operational availability.
01 / SURVEY & FEASIBILITY
Deep site analysis, structural load evaluation, passenger flow simulation, and complete gauge constraint profiling to ensure safe deployment.
02 / DESIGN & ENGINEERING
Custom 3D BIM modeling, finite element structural calculations, and complex electrical control architectures designed for high-density networks.
03 / MANUFACTURING & SUPPLY
Precision component fabrication using marine-grade stainless steel, laminated safety glass, and strict automated assembly line quality controls.
04 / INSTALLATION & COMMISSIONING
Rapid trackside deployment executed during non-operational engineering hours. Millimeter-accurate alignment leveling and structural anchoring.
05 / INTEGRATION
Full synchronization with signaling systems (CBTC, ATO/ATP), SCADA management panels, platform screen door control systems, and central telemetry.
06 / TESTING & HANDOVER
Multi-million cycle testing, safety performance certifications, passenger stress scenarios, and detailed operator training for physical handoff.
07 / OPERATIONS & MAINTENANCE
Lifecycle diagnostic support, proactive component wear updates, rapid localized spare-parts deployment, and around-the-clock maintenance pipelines.
MASS TRANSIT ENGINEERING EXCELLENCE
WHY CHOOSE PAK GERMAN ENGINEERS?
01. TRAFFIC EXPERTISE
Decades of deep engineering insight in high-throughput urban transit flow management and high-volume station deployments.
02. CERTIFIED SAFETY FEATURES
Fully integrated SIL-3 certified automatic gate mechanisms preventing platform-to-track passenger hazards.
03. 10 MILLION CYCLES GUARANTEED
Extensively fatigue-tested heavy-duty drive systems built for constant, uninterrupted operation over decades.
04. LOCAL ROUND-THE-CLOCK SUPPORT
Our certified engineering team is based on-ground in Pakistan, ensuring immediate SLA response and part replacements.
05. GERMAN ENGINEERING DNA
Collaborative designs incorporating strict German DIN and EN industrial standards for unrivaled technical perfection.
06. INDUSTRIAL-GRADE MATERIALS
Utilizing marine-grade stainless steel and robust safety glass built specifically to withstand vandalism and heavy impacts.
07. SCADA & SIGNALING INTEGRATION
Fully custom-programmable controllers that interface seamlessly with major ATP, ATO, and SCADA central systems.
08. REAL-TIME DIAGNOSTICS
Intelligent IoT telemetry units enabling preventative maintenance and continuous operational diagnostic reporting.
09. LOW TOTAL LIFECYCLE COST
Advanced energy-efficient brushless motors and low-wear mechanics drastically reduce long-term operational costs.
10. NATIONWIDE PROVEN PEDIGREE
The trusted technology partner delivering major safety infrastructure for Pakistan’s most critical high-speed transit networks.