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Copy pathinputFile_100kW_AWEHPS.txt
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inputFile_100kW_AWEHPS.txt
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name: 'inputFile_100kW_AWEHPS' # Input file name
# HPS Settings
sub: 110 # AWE electricity feed-in-tarriff [EUR/MWh]
batt_size: 140 # Battery size [kWh]
batt_type: 1 # Battery C rating
batt_price: 130 # 2030 rechargable battery price [EUR/MWh]
batt_eff: 0.9 # Battery round-trip efficiency [%]
N_li_cycles: 10000 # Battery lifetime [full load cycles]
N_li_years: 10 # Battery calendar lifetime [years]
batt_min: 0.1 # Battery SoC lower limit
batt_max = 0.9 # Battery SoC upper limit
UC_price: 60000 # Ultracapacitor price [EUR/MWh]
N_UC_cycles: 1000000 # UC lifetime [full load cycles]
N_UC_years: 16 # UC calendar lifetime [years]
# Model Settings
numDeltaLelems: 4 # Number of stroke length elements [num]
FgToggle: 1 # Gravity toggle: 1 = True, 0 = False
vertWindProfile: 0 # Vertical wind profile: 0 = Modelled, 1 = From dataset
givenOstwaldEff: 0 # Ostwald efficiency factor: 0 = Function of AR (Anderson book), 1 = Given
# Wind Parameters
vw_ref: [3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25] # Reference wind speeds [m/s]
h_ref: 100 # Reference height [m]
windShearExp: 0.2 # Wind shear exponent [-] (0.143 over land, 0.11 over sea)
# Sample vertical wind profile datasets (for inputs.vertWindProfile = 1)
# Profiles from: https://doi.org/10.1016/j.renene.2022.06.094
# Wind speeds normalized with value at 100m
h_windDataset: [10, 20, 40, 60, 80, 100, 120, 140, 150, 160, 180, 200, 220, 250, 300, 500, 600] # Sample vertical wind profile dataset heights [m]
v_windDataset_Cabauw: [0.541219682843206, 0.607355091566827, 0.768630154201962, 0.868484406441142, 0.941395360902529, 1, 1.04810058627160, 1.08638854381156, 1.10277338731106, 1.11715868927737, 1.14412258234309, 1.16573551308321, 1.18394938534465, 1.20653423381438, 1.23266397972046, 1.26662287360302, 1.26414483994687] # Normalized wind speeds for Cabauw dataset
v_windDataset_Ijmuiden: [0.847612611633547, 0.870603040595613, 0.927240267828556, 0.959346286990695, 0.982291573490674, 1, 1.01377720773809, 1.02356771954493, 1.02766760602000, 1.03079423355205, 1.03659625208888, 1.04025827758100, 1.04284618416620, 1.04496440015282, 1.04461712713371, 1.02473617783789, 1.01076976884552] # Normalized wind speeds for Ijmuiden dataset
# Wind Profile selection
windProfile_h: 'h_windDataset'
windProfile_vw: 'v_windDataset_Cabauw'
# System Parameters
S: 20 # Wing surface area [m^2]
AR: 10 # Aspect ratio [-]
P_ratedElec: 100000 # Rated electrical power [W]
massOverride: 0 # Mass override toggle
kiteMass: 600 # (Overridden) Kite mass [kg]
crestFactor_power: 2 # Peak mechanical to electric cycle power factor [-]
# Tether Parameters
Ft_max: 40000 # Maximum tether force [N]
Ft_max_SF: 1.0 # Safety factor for maximum tether force
maxTeLen: 3500 # Maximum tether length [m]
maxHeight: 1000 # Maximum operational height [m]
minGroundClear: 100 # Minimum ground clearance [m]
Te_matStrength: 400000000 # Tether material tensile strength [Pa]
Te_matDensity: 970 # Tether material density [kg/m^3]
# Aerodynamic Parameters
Cl_maxAirfoil: 2.5 # Maximum lift coefficient of airfoil [-]
Cl_eff_F: 0.8 # Effective lift coefficient factor [-]
Cl0_airfoil: 0.65 # Zero-lift coefficient of airfoil [-]
e: 0.6 # Oswald efficiency factor [-]
Cd0: 0.056 # Zero-lift drag coefficient [-]
Cd_c: 1.2 # Parasitic drag coefficient [-]
# Drum Operational Limits
v_d_max: 20 # Maximum operational speed [m/s]
a_d_max: 5 # Maximum acceleration [m/s^2]
# Drivetrain Efficiency Parameters
etaGen:
param: [0.671, -1.4141, 0.9747, 0.7233] # Generator efficiency parameters [-]
etaGearbox: 0.95 # Gearbox efficiency [-]
etaSto: 0.9 # Storage efficiency [-]
etaPE: 0.95 # Power electronics efficiency [-]
# Environmental Constants
gravity: 9.81 # Acceleration due to gravity [m/s^2]
airDensity: 1.225 # Air density [kg/m^3]