Internal CFD Analysis to assess airflow performance of specific fan model and build within a generic 4-room residential in space, in Singapore.
Internal CFD Analysis to assess the heat dissipation of transformer unit, under Normal Scenario. Study was done within a naturally-ventilated transformer bay in a 66kV substation.
Complete with modelling, simulation, and report.
Internal CFD Analysis to assess performance of FWUs on data racks, under Failure Scenario. Study was done for a 3.6 MW air and liquid-cooled Data Hall, within a 64 MW six-storey Data Center facility.
Complete with modelling, simulation, and report.
Internal CFD Analysis to assess performance of FWUs on data racks, under Normal and Failure Scenario. Study was done for a 6.4 MW air and liquid-cooled data hall, within a 22.2 MW Data Center facility.
Complete with modelling, simulation, and report.
Due Diligence Internal CFD Analysis to assess performance of FWUs on data racks, under Hot Standby Scenario. Study was done for a 5 MW air and liquid-cooled data hall, within a 50 MW data center facility.
Complete with modelling and simulation.
Due Diligence Internal CFD Analysis to assess performance of FWUs on data racks, under Hot Standby Scenario. Study was done for a 5 MW air-cooled data hall, within a 50 MW data center facility.
Complete with modelling and simulation.
Internal CFD Analysis to assess performance of FWUs on data racks, under Failure Scenario. Study was done for a 5 MW air and liquid-cooled data hall. Complete with modelling and simulation.
Internal CFD Analysis to assess performance of FWUs on data racks, under Hot Standby and Failure Scenario. Study was done for a 5 MW air-cooled data hall, within a 80 MW data center facility.
Complete with modelling, simulation, and report.
Internal CFD Analysis to assess performance of CRAH units on UPS units, under Hot Standby Scenario. Study was done for a 8 MW UPS room, within a 80 MW data center facility.
Complete with modelling, simulation, and report.
Internal CFD Analysis to assess performance of CRAH units on UPS units and Isolation Transformers, under Hot Standby Scenario. Study was done for a 6 MW Mechanical-Electrical room, within a 80 MW data center facility. Complete with modelling, simulation, and report.