################################ General Parameters ################################

# Two letter state code
state_code = 

# County name
county_name = County

# well output file name
well_output_filename = well_output.csv

# thermal budget output
thermal_budget_filename = 

gas_cost_per_thousand_cuft = 12.35

ghp_drilling_price = 73.82 #98.42 #123.03

# Well depth (m)
UTES_well_depth = 112

threshold_temperature = 

supplement_with_dry_cooler = True

additional_inj_wells = 0









# Annual fraction of CAPEX that is considered the annual maintenance OPEX
annual_maintenance_fraction = 0.01

# discount rate
discount_rate = 0.05

# Minimum/maximum operating temperature of water at wellhead
T_hx = 23.9
################################# TEN Parameters ###################################
# Heat exchanger price ($/gpm)
hx_price = 140

# Building Heat Pumps' COP.  Ensure it is the same as used in previous methodology
HP_COP_heating = 3.4
HP_COP_cooling = 4.1

# Non-loop HVAC price (from liftoff report) $/ton
HVAC_price = 1900

# TEN thermal loop piping length (m)
TEN_piping_length = 2000

# TEN circulation price $/kW
TEN_circulation_pump_price = 1000

################################# GHP Parameters ###################################
# Drilling cost in ($/m)
#GHP_drilling_price = 150 

# Circulation pump cost ($/kw)
GHP_circulation_pump_price = 1000

# Surface/distribution piping length (m)
GHP_surface_piping_length = 500


################################# UTES Parameters ##################################

# Drilling cost ($/m)
UTES_drilling_price = 200

# Well depth (m)
#UTES_well_depth = 112

# UTES circulation pump cost ($/kw)
UTES_circulation_pump_price = 1000

# Surface/distribution piping length (m)
UTES_surface_piping_length = 500


#################################### Constants #######################################

# specific heat (J/kg/C)
specific_heat = 4183.3 

# cp air (J/kg/C)
cp_air = 1005






