SYNERGETIC PROPERTIES OF VEHICLE TO INFRASTRUCTURE IN URBAN DRIVING MODES
SYNERGETIC PROPERTIES OF VEHICLE TO INFRASTRUCTURE IN URBAN DRIVING MODES
Keywords:
intelligent transport system, intelligent start-stop system, infrastructure, traffic light, mode, synergetic, order and flexible parametersAbstract
This paper analyzed the synergistic properties of intelligent transportation systems in local conditions based on a Chevrolet Nexia. Vehicle to the infrastructure of the intelligent transport system has experimented on the example of the “Intelligent start-stop system” in urban traffic modes. We analyzed the vehicle's driving modes and opted for the idle mode to save fuel. The synergy of the vehicle with the traffic light depends on many factors and has been studied on the example of the information model of the “Intelligent start-stop system”. In urban conditions, a vehicle with an “intelligent start-stop system” was saved 8.25% of fuel during 100 km. In addition, emissions of harmful gases into the environment have been minimized. It was found that an average of 132 liters of fuel was saved when one vehicle traveled 20,000 km per year. Moreover, the idling time of the vehicle's engine was characterized by a reduction of 28 - 32 % in 100 km of the total test distance. Also included are the concepts of order parameter and flexible parameter on the principles of synergetic by using intelligent transport systems in the local condition.
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