Thermal management is crucial for the optimal efficiency of a process. It is a balance between minimum degradation of a device caused by the discrepancy of the temperature and its performance. It includes the choice of an appropriate cooling medium and heat transfer mechanism such that the temperature is maintained in the best operating range. Paanduv is a suitable choice providing expert solutions in conjugate heat transfer, buoyancy-driven flows, radiation and atomization, and combustion.
Keywords: Conjugate heat transfer, HVAC, Buoyancy driven flows, Radiation, Fire, Combustion, Pyrolysis, Boiling, Condensation, Compressible and Incompressible flows
Battery Thermal Management
Boiling and Condensation
Underwater Data Center
The underwater data center is a green approach to control the overall temperature rise caused by the land data center. Microsoft has tested its pods underwater and found them to be eight times more efficient than data centers on land. Others such as Google and Meta are following a similar approach.
We have identified the structural placement of the HVAC system in these data centers and modeled them. The simulations are computationally expensive and offer a great deal of structural and meshing complexity. Systems like these include modeling of heat exchangers, buoyancy effects, compressible flows, conjugate heat transfer, and pressure velocity coupling of the fluid.