Numerical simulation study on ventilation in sound attenuation enclosure of gas turbine generator sets for offshore platforms

In order to adapt to the working characteristics of gas turbine generator sets for offshore platforms, taking a 300 kW gas turbine generator set as an example, a numerical simulation study on ventilation in a sound attenuation enclosure is carried out. In order to improve heat dissipation performance, the gas turbine generator set adopts a subdivision design. The calculation results show that the total pressure loss of the generator room is 851 Pa, and the inlet and outlet temperature rise is 7.4 ℃. The total pressure loss of the core engine room is 454 Pa, and the inlet and outlet temperature rise is 7.6 ℃. The airflow has abundant heat exchange, and the pressure loss is low, which can meet the use conditions of the gas turbine generator sets for offshore platforms.