Boundary conditions:h=10 W/(m2K), T=298 KOutsidewallsthe photovoltaic panel Sidensity is 2330 kg/m3,specific capacity is 911 J/(kg K),Inlet:u=0.01m/sthermalconductivityis149W/(mK)PressureT=293 Kq = 27333 W/m3outlet11/33
Boundary conditions: h=10 W/(m2K), Tf=298 K Outside walls Inlet: u=0.01 m/s T=293 K Pressure outlet the photovoltaic panel Si density is 2330 kg/m3 , specific capacity is 911 J/(kg K), thermal conductivity is 149 W/(m K) q = 27333 W/m3 11/33
Startthe Fluent softwareFluent Launcher 2021 R2Fluent LauncherAnsysapability LevelFreniMeshingitht:BeshinAeneshnsforent-le-edsinalationuringFlPorhflo far1.Choose 3-DimensionSolutiotJond2. Choose display optionsDgoblePreeisleMFilsgfb3.cas.h53. Choose Serial processing optionSolerSPGPateilshShLearsiaeSturt Fitk Soleeted OgtimsNote:Doubleprecisionor SingleprecisionFor most cases the single precision version of Fluent is sufficientFor heat transfer problem, if the thermal conductivity differencebetween various components are high, it is recommended to use12/33Double Precision Version
Start the Fluent software 1. Choose 3-Dimension 2. Choose display options 3. Choose Serial processing option Note: Double precision or Single precision For most cases the single precision version of Fluent is sufficient. For heat transfer problem, if the thermal conductivity difference between various components are high, it is recommended to use Double Precision Version. 12/33