T - JULES

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JULES-heat extraction model (JULES-HP) Dynamic interac'on between the soil environment and the heat pump "T C A !z i i "t = " # "z ! i $ % "T i "z & ' ( ) c "T wW l,i !z i i "z Heat transfer in JULES C h,i !! i !t = ! " !z k !! i i !z + K % i # $ & ' ( E i Flow of water in JULES q = 2!" i L T pipe !T i ( ) ln d po2 d po = AU pipe T f !T pipe Heat flux from a layer of soil outside the pipe equals the heat transfer from outer surface to inner surface of pipe
Preliminary studies, Drayton St Leonard, near Oxford !T " q Average soil temp differences between the slinky and the reference profile for Drayton St Leonard
Page 1 and 2: Applica'on of JULES for the as
Page 3 and 4: Impacts of climate change • Imbal
Page 5 and 6: Renewable heating in the UK By 2020
Page 7 and 8: Range of GCHP systems Source: Ener
Page 9: This methodology could help to: •
Page 13 and 14: GROMIT rationale A B C Model sim
Page 15 and 16: JULES-HP 1D sensitivity runs Rotham
Page 17 and 18: JULES-HP 1D sensitivity runs Moor
Page 19 and 20: CO 2 savings - Mitigation potential
Page 21: THANKS!

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