The Method of Increasing the Power Indicators of Engines of Gas-Cylinder Vehicles in Mountainous and Foothill Conditions

EasyChair Preprint 5398

Abstract

This article describes the method of automatic power compensation systems to increase the efficiency of use of the engines of ZIL and Gazelle trucks converted for operation on LNG and operated in the foothill and mountainous conditions. It was established that with additional air supply, the engine's power and torque increase by 11-14% for every 1000m of height increase above sea level as compared with a serial engine, but at the same time the specific consumption of gaseous fuel increases by 6 ... 8%.

Keyphrases: Temperature, ZIL and Gazelle trucks, foothill and mountain conditions, humidity and crankshaft speed sensors, pressure

@booklet{EasyChair:5398,
  author    = {Sarvar Kadirov and Azamat Isomukhamedov and Obidjon Ergashev and Alisher Bakhriev},
  title     = {The Method of Increasing the Power Indicators of Engines of Gas-Cylinder Vehicles in Mountainous and Foothill Conditions},
  howpublished = {EasyChair Preprint 5398},
  year      = {EasyChair, 2021}}