About Us

OdinPSD is an innovative engineering company that manufactures modern, safe Platform Screen Door systems. We develop solutions that enhance safety and comfort in public transport.

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Macun Mah., 187. Cad., No. 65
Yenimahalle / Ankara / Türkiye

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Macun Mah., 187. Cad., No. 65, Yenimahalle / Ankara / Turkey
OdinPSD – Metro Platform Systems

Platform Doors: Safety and Efficiency Perspective

Platform Screen Doors (PSD) create a secure barrier between passengers and the tracks, dramatically reducing accidents and unauthorized access. Beyond safety, PSDs optimize station climate control and streamline passenger flow—improving timetable adherence and reducing operational disruptions during peak hours.

Integrated with train signaling and station SCADA, PSDs open only when trains stop correctly, synchronizing with train doors. This controlled operation supports suicide prevention, shortens dwell times, decreases platform cleaning needs, and contributes to significant HVAC energy savings in enclosed stations.

PSD About
Focus
Safety & Operational Efficiency
System Type
Platform Screen Doors (Full/Half Height)
Updated
25 August 2025
Website
odinpsd.com
Platform Doors and Passenger Safety
PSD Synchronization and Safety Features

Safety and Efficiency Approach

Our PSD approach blends multi-layered safety (sensors, interlocks, emergency releases) with operational efficiency (orderly boarding, reduced dwell time, stable platform climate).

  • Barrier Against Track Access
  • Synchronized Train-Door Control
  • Energy-Efficient HVAC Operation
  • Optimized Passenger Flow

Measured Outcomes

Deployments consistently show reduced incidents, improved headway stability, and lower station energy consumption—while enhancing passenger experience and cleanliness.

Accident Risk Down

Physical separation virtually eliminates platform-fall and trespass incidents.

Energy Savings

Controlled air exchange reduces HVAC loads in underground stations.

Platform Doors: A Safety and Efficiency Perspective

1. Safety Foundations

PSDs prevent access to tracks and synchronize with trains via interlocks and position detection. Obstacle detection and edge sensors stop door motion to protect passengers, while emergency releases enable controlled evacuation.

The result is a safer, calmer platform with clear visual cues and reduced crowd pressure near the platform edge.

2. Efficiency & Energy Benefits

By limiting air exchange, PSDs reduce cooling and heating losses. Orderly boarding reduces dwell time variance and improves schedule adherence—supporting higher throughput without compromising safety.

Key Gains Include:

  • Reduced HVAC energy consumption in enclosed platforms
  • Shorter, more consistent dwell times
  • Cleaner platforms and improved air quality
  • Clear passenger guidance with door alignments

3. Operational Impact

PSDs interface with train control to enable safe, predictable stops and fast door cycles. Platform staff focus shifts from crowd control to exception handling, improving overall station operations.

Standard operating procedures and regular calibration maintain safety integrity and availability.

4. Technology & Future

Next-gen PSDs integrate with IoT sensors, analytics, and predictive maintenance. Real-time diagnostics and event logs support rapid troubleshooting and higher uptime.

IoT Integration
AI Analytics
Big Data

5. Standards & Compliance

PSDs are engineered to relevant international standards for RAMS and fire safety. Proper documentation and periodic audits help ensure sustained compliance throughout lifecycle.

RAMS Standards

EN 50126/28/29, IEC 62267, ISO 31000

Fire & Evacuation

NFPA 130 compliance and emergency egress