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DETAILED MODELLING OF CHARGING BEHAVIOUR OF SMART SOLAR TANKS

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Keywords
  • The Charging Behaviour Of Smart Solar Tanks For Solar Combisystems For One-Family Houses Is Investig
  • The Smart Solar Tank Can Be Charged With A Variable Auxiliary Volume Fitted To The Expected Future E
  • Therefore The Heat Loss From The Tank Is Decreased And The Thermal Performance Of The Solar Heating
  • The Solar Tank Can Be Charged Either By An Electric Heating Element Situated In The Tank Or By An El
  • Detailed Cfd Models Of The Smart Tanks Are Built With Different Mesh Densities In The Tank And In Th
  • The Thermal Conditions Of The Tank During Charging Are Calculated With The Cfd Models
  • The Fluid Flow And Temperature Calculations Are Compared To Piv (Particle Image Velocimetry) Measure
  • The Aim Is To Elucidate The Temperature Distribution And Thermal Stratification Of The Tank During C
  • It Is Elucidated How The Calculated Temperatures In The Tank Are Influenced By The Mesh Densities
  • The Distribution Of Computational Cells
  • The Physical Model And Time Steps Used In The Simulations
  • The Findings Of The Investigations Will Be Used As Guidance For Creation Of Cfd Models For Optimal D

Abstract

DETAILED MODELLING OF CHARGING BEHAVIOUR OF SMART SOLAR TANKS - DTU Orbit (23/05/14) DETAILED MODELLING OF CHARGING BEHAVIOUR OF SMART SOLAR TANKS - DTU Orbit (23/05/14) Fan, Jianhua et al. DETAILED MODELLING OF CHARGING BEHAVIOUR OF SMART SOLAR TANKS. 2010.

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