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input.nml
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&dimensions
NROOF_LAYER = 5 ! number of roof layers
NWALL_LAYER = 5 ! number of wall layers
NFLOOR_LAYER = 5 ! number of floor layers
NROAD_LAYER = 5 ! number of road layers
/
¶meters
XTSTEP_SURF = 300. ! Time step used in TEB (s)
IYEAR = 2004 ! Current year (UTC)
IMONTH = 2 ! Current month (UTC)
IDAY = 19 ! Current day (UTC)
ZTIME_START = 82800. ! Time at start of the run (UTC) (s)
! I.e. 23:00 as Toulouse time zone is UTC + 1
ZLON = 1.3 ! Longitude (deg)
ZLAT = 43.484 ! Latitude (deg)
INB_STEP_ATM = 17999 ! Number of time steps in input data
INB_ATM = 6 ! number time the driver calls the TEB
! routines during a forcing time-step
! --> it defines the time-step for TEB
! Forcing time step=XTSTEP_SURF*INB_ATM.
! The output time step should be equal to the
! native time step of the input data.
KSW = 1 ! number of spectral bands in SW forcing
ZZREF = 28. ! Atm. Forcing height above roof level
NO_OUTPUT = .FALSE. ! Whether to output results to file
! ! || ||
! ! || ||
!============================================================ ! || ||
!============================================================ ! || ||
!============================================================ //_____________|| ||
!============================================================ //_______________| ||
! PARAMETERS SETUP : CAPITOUL CASE // ||
!============================================================ \\ ___________________||
!============================================================ \\ ___________________|
!============================================================ \\
!============================================================
!
! Main TEB options
!
!============================================================
!============================================================
! Building energy Model
! ! 'DEF' : no Building Energy Model
! ! 'BEM' : Building Energy Model
CBEM = "BEM"
! Road direction
! ! 'UNIF' : uniform roads
! ! 'ORIE' : specified road orientation
HROAD_DIR = 'UNIF'
! Wall option
! ! 'UNIF' : uniform walls
! ! 'TWO ' : 2 opposite wall
HWALL_OPT = 'UNIF'
! Garden and greenroof options
VEG_ALB = 0.25
VEG_EMIS = 0.98
! Gardens
LGARDEN = .TRUE.
GARDEN_BR = 0.25 ! Bowen ratio for gardens
! Green roofs
LGREENROOF = .TRUE. ! greenroof activation
GREENROOF_BR = 0.5 ! Bowen ratio for greenroof
ZFRAC_GR = 0. ! greenroof fraction on roofs
! Solar panels
LSOLAR_PANEL = .FALSE. ! solar panels activation
ZFRAC_PANEL = 0.0 ! solar panels fraction on roofs
! Cooling system ! 'DXCOIL','IDEAL ', 'MINIDX'
CCOOL_COIL = "DXCOIL"
! Heating system ! 'FINCAP','IDEAL '
CHEAT_COIL = "FINCAP"
! TEB option for z0h roof & road: 'MASC95' : Mascart et al,1995;
! 'BRUT82' : Brustaert,1982;
! 'KAND07' : Kanda,2007
HZ0H = 'KAND07'
!
!
!============================================================
!============================================================
! Urban geometry
!============================================================
!============================================================
ZZ0 = 2. ! Roughness length (m)
ZBLD = 0.62 ! Horizontal building area density
ZGARDEN = 0.11 ! fraction of GARDEN areas
ZBLD_HEIGHT = 20. ! Canyon height (m)
ZWALL_O_HOR = 1.05 ! Vertical to horizonal surf ratio
!* Road direction
ZROAD_DIR = 0. ! N-S road (° from North, clockwise)
!
!============================================================
!============================================================
! Roof
!============================================================
!============================================================
ZALB_ROOF = 0.40
ZEMIS_ROOF = 0.97
ZHC_ROOF(1,1) = 1580000. ! volumetric heat capacity (J m-3 K-1) (external layer)
ZHC_ROOF(1,2) = 1580000. ! volumetric heat capacity (J m-3 K-1)
ZHC_ROOF(1,3) = 1580000. ! volumetric heat capacity (J m-3 K-1)
ZHC_ROOF(1,4) = 1127845.62 !volumetric heat capacity (J m-3 K-1)
ZHC_ROOF(1,5) = 52030. ! volumetric heat capacity (J m-3 K-1) (inner layer)
ZTC_ROOF(1,1) = 1.15 ! thermal conductivity (W/m K) (external layer)
ZTC_ROOF(1,2) = 1.15 ! thermal conductivity (W/m K)
ZTC_ROOF(1,3) = 1.15 ! thermal conductivity (W/m K)
ZTC_ROOF(1,4) = 0.095454545! thermal conductivity (W/m K)
ZTC_ROOF(1,5) = 0.03 ! thermal conductivity (W/m K) (inner layer)
ZD_ROOF(1,1) = 0.001 ! thickcness (m) (external layer)
ZD_ROOF(1,2) = 0.098 ! thickcness (m)
ZD_ROOF(1,3) = 0.132 ! thickcness (m)
ZD_ROOF(1,4) = 0.098 ! thickcness (m)
ZD_ROOF(1,5) = 0.001 ! thickcness (m) (inner layer)
!============================================================
!============================================================
! Road
!============================================================
!============================================================
ZALB_ROAD = 0.08 ! albedo of roads
ZEMIS_ROAD = 0.96 ! emissivity of roads
ZHC_ROAD(1,1) = 1740000. ! volumetric heat capacity (J m-3 K-1) (surface layer)
ZHC_ROAD(1,2) = 1740000. ! volumetric heat capacity (J m-3 K-1)
ZHC_ROAD(1,3) = 1989600. ! volumetric heat capacity (J m-3 K-1)
ZHC_ROAD(1,4) = 1640000. ! volumetric heat capacity (J m-3 K-1)
ZHC_ROAD(1,5) = 1400000. ! volumetric heat capacity (J m-3 K-1) (deep soil layer)
ZTC_ROAD(1,1) = 0.82 ! thermal conductivity (W/m K) (surface layer)
ZTC_ROAD(1,2) = 0.82 ! thermal conductivity (W/m K)
ZTC_ROAD(1,3) = 1.976584 ! thermal conductivity (W/m K)
ZTC_ROAD(1,4) = 0.5915493! thermal conductivity (W/m K)
ZTC_ROAD(1,5) = 0.4000 ! thermal conductivity (W/m K) (deep soil layer)
ZD_ROAD(1,1) = 0.001 ! thickcness (m) (surface layer)
ZD_ROAD(1,2) = 0.045296296 ! thickcness (m)
ZD_ROAD(1,3) = 0.092592593 ! thickcness (m)
ZD_ROAD(1,4) = 0.27777778 ! thickcness (m)
ZD_ROAD(1,5) = 0.83333333 ! thickcness (m) (deep soil layer)
!============================================================
!============================================================
! Wall
!============================================================
!============================================================
ZALB_WALL = 0.32 ! albedo of walls
ZEMIS_WALL = 0.97 ! emissivity of walls
ZHC_WALL(1,1) = 1580000. ! volumetric heat capacity (J m-3 K-1) (external layer)
ZHC_WALL(1,2) = 1580000. ! volumetric heat capacity (J m-3 K-1)
ZHC_WALL(1,3) = 1580000. ! volumetric heat capacity (J m-3 K-1)
ZHC_WALL(1,4) = 1127845.6 ! volumetric heat capacity (J m-3 K-1)
ZHC_WALL(1,5) = 52030. ! volumetric heat capacity (J m-3 K-1) (inner layer)
ZTC_WALL(1,1) = 1.15 ! thermal conductivity (W/m K) (external layer)
ZTC_WALL(1,2) = 1.15 ! thermal conductivity (W/m K)
ZTC_WALL(1,3) = 1.15 ! thermal conductivity (W/m K)
ZTC_WALL(1,4) = 0.095454545 ! thermal conductivity (W/m K)
ZTC_WALL(1,5) = 0.03 ! thermal conductivity (W/m K) (inner layer)
ZD_WALL(1,1) = 0.001 ! thickcness (m) (external layer)
ZD_WALL(1,2) = 0.098 ! thickcness (m)
ZD_WALL(1,3) = 0.132 ! thickcness (m)
ZD_WALL(1,4) = 0.098 ! thickcness (m)
ZD_WALL(1,5) = 0.001 ! thickcness (m) (inner layer)
!============================================================
!============================================================
! Floor and internal mass
!============================================================
!============================================================
ZHC_FLOOR(1,1) = 2016000. ! volumetric heat capacity (J m-3 K-1) (upper layer)
ZHC_FLOOR(1,2) = 2016000. ! volumetric heat capacity (J m-3 K-1)
ZHC_FLOOR(1,3) = 2016000. ! volumetric heat capacity (J m-3 K-1)
ZHC_FLOOR(1,4) = 2016000. ! volumetric heat capacity (J m-3 K-1)
ZHC_FLOOR(1,5) = 2016000. ! volumetric heat capacity (J m-3 K-1) (lower layer)
ZTC_FLOOR(1,1) = 1.95 ! thermal conductivity (W/m K) (upper layer)
ZTC_FLOOR(1,2) = 1.95 ! thermal conductivity (W/m K)
ZTC_FLOOR(1,3) = 1.95 ! thermal conductivity (W/m K)
ZTC_FLOOR(1,4) = 1.95 ! thermal conductivity (W/m K)
ZTC_FLOOR(1,5) = 1.95 ! thermal conductivity (W/m K) (lower layer)
ZD_FLOOR(1,1) = 0.001 ! thickcness (m) (upper layer)
ZD_FLOOR(1,2) = 0.0064074074 ! thickcness (m)
ZD_FLOOR(1,3) = 0.014814815 ! thickcness (m)
ZD_FLOOR(1,4) = 0.044444444 ! thickcness (m)
ZD_FLOOR(1,5) = 0.13333333 ! thickcness (m) (lower layer)
!
!============================================================
!============================================================
!* anthropogenic heat fluxes
!============================================================
!============================================================
ZH_TRAFFIC = 0.0 ! heat fluxes due to traffic
ZLE_TRAFFIC = 0.0 ! heat fluxes due to traffic
ZH_INDUSTRY = 0.0 ! heat fluxes due to factories
ZLE_INDUSTRY = 0.0 ! heat fluxes due to factories
!
!
!============================================================
!============================================================
! solar panels
!============================================================
!============================================================
ZEMIS_PANEL = 0.9 ! Emissivity of solar panel [-]
ZALB_PANEL = 0.1 ! albedo of solar panel [-]
ZEFF_PANEL = 0.14 ! Efficiency of solar panel [-]
!
!============================================================
!============================================================
! Buildings' use information
!============================================================
!============================================================
ZRESIDENTIAL = 1. ! Fraction of residential use in buildings (-)
ZDT_RES = 3. ! target temperature change when unoccupied (K) (residential buildings)
ZDT_OFF = 3. ! target temperature change when unoccupied (K) (office buildings)
!
!============================================================
!============================================================
! Parameters for Building Energy Module (BEM)
!============================================================
!============================================================
!
!=============================================================
! Building configuration
!=============================================================
!
PFLOOR_HEIGHT = 3.0 ! Floor height (m)
ZINF = 0.5 ! Infiltration flow rate [AC/H]
ZQIN = 5.8 ! Internal heat gains [W m-2(floor)]
ZQIN_FRAD = 0.2 ! Radiant fraction of internal heat gains
ZQIN_FLAT = 0.2 ! Latent franction of internal heat gains
!
!=============================================================
! windows
!=============================================================
!
ZGR = 0.1 ! Glazing ratio
ZSHGC = 0.763 ! window solar transmittance
PU_WIN = 2.716 ! window glass-to-glass U-factor [W m-2 K-1]
!
!=============================================================
! Shading devices
!=============================================================
!
ZSHADE = 1. ! flag to activate shading devices -> REAL for i/o 0. or 1
ZSHGC_SH = 0.025 ! window + shading solar heat gain coef.
!
!=============================================================
! Natural ventilation
!=============================================================
!
ZNATVENT = 0. ! flag to describe surventilation system for i/o
! 0 for NONE, 1 for MANU and 2 for AUTO
!=============================================================
! HVAC system
!=============================================================
!
ZV_VENT = 0.0 ! Ventilation flow rate [AC/H]
ZF_WATER_COND = 0. ! fraction of evaporation for the condensers
ZF_WASTE_CAN = 1.0 ! fraction of waste heat released into the canyon
!
!=============================================================
! Internal target temperatures
!=============================================================
!
ZTCOOL_TARGET = 297.16 ! Cooling setpoint of HVAC system [K]
ZTHEAT_TARGET = 292.16 ! Heating setpoint of HVAC system [K]
ZHR_TARGET = 0.5 ! Relative humidity setpoint
!
!=============================================================
! Heating system
!=============================================================
!
ZEFF_HEAT = 0.9 ! Efficiency of the heating system
ZCAP_SYS_HEAT = 90. ! Capacity of the heating system
! [W m-2(bld)]
!
!=============================================================
! Cooling system
!=============================================================
!
ZCAP_SYS_RAT = 100.0 ! Rated capacity of the cooling system
! [W m-2(bld)]
ZT_ADP = 285.66 ! Apparatus dewpoint temperature of the
! cooling coil [K]
ZM_SYS_RAT = 0.0067 ! Rated HVAC mass flow rate
! [kg s-1 m-2(bld)]
ZCOP_RAT = 2.5 ! Rated COP of the cooling system
!
!=============================================================
! convection coefficients option
!=============================================================
!
CCH_BEM = 'DOE-2' ! TEB option for building outside conv. coef : 'ROW30', 'DOE-2'
ZROUGH_ROOF = 1.52 ! roof roughness coef. in case DOE-2
ZROUGH_WALL = 1.52 ! wall roughness coef. in case DOE-2
!
!===========================================================================
!===========================================================================
!===========================================================================
!===========================================================================
! END OF PARAMETERS SETUP
!===========================================================================
!===========================================================================
!===========================================================================
!===========================================================================
!
! Check First time-step values below
!
! || ||
! || ||
! \\ //
! \\ //
! \\ //
! \\/
!
!===========================================================================
!===========================================================================
!===========================================================================
!===========================================================================
! Inizialization for first time-step
!===========================================================================
!===========================================================================
!===========================================================================
!===========================================================================
!
! These values correspond to the "capitoul" test case in SURFEX7_3
!
ZT_ROAD(:,1) = 274.07256 ! road layers temperatures
ZT_ROAD(:,2) = 274.16793 ! road layers temperatures
ZT_ROAD(:,3) = 274.45198 ! road layers temperatures
ZT_ROAD(:,4) = 275.21494 ! road layers temperatures
ZT_ROAD(:,5) = 277.50383 ! road layers temperatures
ZT_ROOF(:,1) = 274.09930 ! roof layers temperatures
ZT_ROOF(:,2) = 276.95065 ! roof layers temperatures
ZT_ROOF(:,3) = 283.57500 ! roof layers temperatures
ZT_ROOF(:,4) = 289.55152 ! roof layers temperatures
ZT_ROOF(:,5) = 292.12402 ! roof layers temperatures
ZT_WALL(:,1) = 274.09930 ! wall layers temperatures
ZT_WALL(:,2) = 276.95065 ! wall layers temperatures
ZT_WALL(:,3) = 283.57500 ! wall layers temperatures
ZT_WALL(:,4) = 289.55152 ! wall layers temperatures
ZT_WALL(:,5) = 292.12402 ! wall layers temperatures
ZT_FLOOR(:,1) = 292.12 ! building floor temperature
ZT_FLOOR(:,2) = 291.89778 ! building floor temperature
ZT_FLOOR(:,3) = 291.26111 ! building floor temperature
ZT_FLOOR(:,4) = 289.48333 ! building floor temperature
ZT_FLOOR(:,5) = 283.84017 ! building floor temperature
ZT_MASS(:,1) = 292.15 ! building mass temperature
ZT_MASS(:,2) = 292.15 ! building mass temperature
ZT_MASS(:,3) = 292.15 ! building mass temperature
ZT_MASS(:,4) = 292.15 ! building mass temperature
ZT_MASS(:,5) = 291.84017 ! building mass temperature
ZTI_BLD = 292.15 ! indoor air temperature
ZT_CANYON = 274.07050 ! canyon air temperature
ZT_WIN1 = 275. ! External window temperature
ZT_WIN2 = 292.15 ! Internal window temperature
ZQ_CANYON = 0.0020888011 ! Outdoor specific humidity [kg kg-1]
ZQI_BLD = 0.0068794074 ! Indoor air specific humidity [kg kg-1]
/