Adaptive Traffic Control Systems (ATCS)
Detection of real-time traffic conditions is a critical input for efficient operations. The value of reduced economic productivity due to time lost in traffic congestions, wastage of fuel, and the effect of pollution is staggering. As a result, the demand for better traffic management solutions is more significant than ever before. Adaptive Traffic Control System (ATCS) is a solution that automatically adapts the timings of traffic lights based on real-time traffic conditions to optimize the flow of traffic.
EFKON’s Adaptive Traffic Control System (ATCS) enables traffic signals to work in adaptive (fully synchronized), vehicle actuated (local optimization), and fixed timing modes to maximize vehicular throughput and reduce congestion.
How the ATCS system works?
ATCS makes use of cameras and sensors for monitoring the traffic. These sensors collect data, which are evaluated to improve signal timings at a particular junction. The sensing network can adapt to the changing traffic density patterns and provide necessary signals to the traffic controller or the Command Center on a real-time basis. It allows signals to interact with each other and make adjustments to the signal timings to keep traffic flow congestion free.
Key Features
Operating Modes | Elements of ATCS | Operating Parameters | System USP |
---|---|---|---|
Fixed | Master Controller | 32 cycle plans (6 default(non changeable) and 26 configurable) | Hurry calls and forced calls – renewable after time-out |
Vehicle Actuated
|
Slave Controllers | Days Plan – 20 Week Plan - 04 |
Force flashed, Auto/Manual, Junction Off |
ATCS | Traffic Lamps (Red, Amber, Green Full, Green Arrow (Straight, Left and Full) Green U Turn, Pedestrian Red, Pedestrian Green, Count-down Timer, Pedestrian Timer, etc.) | Season Plan - 04 | GPS based time synchronization |
Combination of all different modes | Vehicle detectors | Special Days Plan - 20 |
Advantage of using EFKON’s ATCS system
Improve travel time reliability
Reduce congestion through smooth traffic flow
Increase efficacy of traffic signal timings
Real-time traffic information management
Reduced number of stops in corridor resulting in saving fuel cost