Experimental design for Diesel supply control in order to improve fuel efficiency
10.15660/AUOFMTE.2019-1.3431
A I Borzan, D L Baldean
doru.baldean@auto.utcluj.ro
Volume XXVIII, 2019/1
The experimental testing and development of a system integrated in a vineyard farm in order to improve fuel efficiency of transport vehicles is a valuable asset and a way to go in the current research effort. The present paper is aiming to study and to present the practical application of equipment and ideas for automatic monitoring of fuel level inside the vehicle’s tank. The system is created by digital hardware connected to the vehicles in question and controlled with proper software application in order record and offer an applied image of fuel level status or evolution. Actual data are recorded with the software module. This research points to the automation technology in automotive engineering and transportation field for a better fuel consumption management. Vehicle’s engines are supplied with Diesel fuel via a volumetric sensor. From the fuel tank to the common-rail system, particles of the Diesel fuel are monitored and data is sent to digital control station via internet cloud. The experimental research is developed to create an environment for precise Diesel supply control to power trains in order to generate the basis of improving the fuel efficiency.
ISSN 1583-0691, CNCSIS "Clasa B+"