Optimise operations and resources to improve competitiveness and increase asset availability
Real-time monitoring enables faster communications and operational scheduling
PREDICT & PREVENT
Reduce unplanned maintenance using optimum detection capability for the earliest detection of events
Well maintained rolling stock and track running on time contributes to a rise in passenger satisfaction
SmartVision™ is a flexible solution to create actionable information, which enables the operator to exploit the data collected from the rolling stock and tracks to optimise maintenance procedures.
The SmartVision™ architecture balances the benefits and capabilities of edge and cloud processing for effective data management both on-board the train and for wireless communication to the cloud.
Start with data you already have.
SmartVision™ can be tailored to interface to a variety of data sources.
CONNECT TO EXISTING
SmartVision™ is capable of connecting to existing systems and integrating with pre-existing data, potentially removing the need for additional sensors and edge processing components.
SmartVision™ will give early
warnings of the development of
faults, reducing unplanned maintenance and optimising maintenance schedules.
SmartVision™ alerts the user
to appropriate maintenance
actions in advance of the fault developing to reduce service
SmartVision ™ incorporates:
SmartVision ™ Applications
SmartVision™ comprehensively monitors and analyses many elements of the rolling stock and rail infrastructure: bogies, wheel bearings, track, door, HVAC, engines etc, with the objective of generating diagnostic and remaining useful life forecasts based on asset health.
Track Condition Monitoring
SmartVision™ provides a unique solution to use sensor data from in-service rolling stock to capture both the response of the vehicle as felt by driver/passengers and the direct vehicle/track interaction. Measurement data is collected both from the wheels with a hard contact to the track, and from the movements of the car body, which is isolated from the track by suspension, enabling a comprehensive understanding of how the track condition affects the moving vehicle.
The system contains a hierarchical track topology model of the rail network, which when correlated with SmartVision™ on-vehicle GPS information, enables the location of track related events to be pin-pointed.