Эффективность трансформации теплоты в трехступенчатой системе охлаждения наддувочного воздуха судового малооборотного дизеля

Abstract

Transformation efficiency of heat in the three-stage charge air cooling system of marine diesel engine was investigated. A three stage air cooler of this system includes consistently located inside tract with high temperature heat from high-rade dissipation stage supercharging air after turbocharger for heating an intermediate coolant, the heat source for the employee by waste heat recovery refrigeration machine, step charging air cooling seawater and low-temperature stage of deep cooling charge air cooler that uses cold, generated by waste heat recovery refrigeration machine.