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all_config_values_example.yaml
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all_config_values_example.yaml
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# default values for all config varaiables
community:
name: ABSOLUTE DEFAULT NAME # Name of community <String>
region: IMPORT # Name of region <String>
current year: ABSOLUTE DEFAULT # Year for which the NPV calculations are based <int>
model financial: True # Flag to run the models financal portions <bool>
model electricity: True # Flag to run the models electric portions <bool>
model heating fuel: True # Flag to run the models heating portions <bool>
natural gas used: False # Flag indcating the use of natrual gas <bool>
interest rate: 0.05 # Interest rate for projects (% as decimal) <float>
discount rate: 0.03 # Discount rate for projects (% as decimal) <float>
heating fuel premium: IMPORT # Premium added to Heating Oil costs ($) <float>
diesel generation efficiency: IMPORT # efficiency of diesel generator (kWh/gal) <float>
default diesel generator efficiency: 12 # default diesel generation efficiency (kWh/gal) <float>
generation: IMPORT # Generation (read from file)
consumption kWh: ABSOLUTE DEFAULT # ABSOLUTE DEFAULT
consumption HF: IMPORT # Heating Fuel consumption (read from file)
line losses: IMPORT # Percent kWh lost in transmission (% as decimal) <float>
max line losses: 0.4 # maximum for line losses (% as decimal) <float>
default line losses: 0.1 # default for line losses (% as decimal) <float>
res non-PCE elec cost: IMPORT # price of non PCE elctricity ($) <float>
elec non-fuel cost: IMPORT # cost of electricity not associated with fuel ($) <float>
HDD: IMPORT # Heating Degree Days <float>
diesel prices: IMPORT # prices of diesel (read from file)
electric non-fuel prices: IMPORT # electric non-fuel prices (read from file)
propane price: IMPORT # propane price ($) <float>
biomass price: IMPORT # biomass price ($) <float>
natural gas price: 0 # natural gas price ($) <float>
hydro generation limit: IMPORT # Maximum Hydro generation for current system (kWh) <float>
wind generation limit: IMPORT # Maximum Wind generation for current system (kWh) <float>
wind generation percent: 0.2 # Percent of maximum wind generation useable (% as decimal) <float>
generation numbers: IMPORT # (read from file)
switchgear suatable for RE: IMPORT # Flag indicating if power house controls are suatable for renewable sources <bool>
switchgear cost: 150000 # cost of switch gear ($) <float>
heat recovery operational: IMPORT # Flag indcation if the heatrecovery is operational <bool>
forecast:
end year: ABSOLUTE DEFAULT
population: IMPORT
electricity: IMPORT
construction multipliers:
Southeast: 1.15
Bristol Bay: 1.25
Copper River/Chugach: 1.1
Kodiak: 1.18
Lower Yukon-Kuskokwim: 1.6
Northwest Arctic: 1.7
Bering Straits: 1.8
Aleutians: 1.4
Yukon-Koyukuk/Upper Tanana: 1.4
North Slope: 1.8
residential buildings:
enabled: False #
min kWh per household: 6000 # minimum average consumed kWh/year per house<int>
lifetime: ABSOLUTE DEFAULT # number years <int>
start year: ABSOLUTE DEFAULT # start year <int>
average refit cost: 11000 # cost/refit <float>
data: IMPORT # IMPORT
water wastewater:
enabled: False #
lifetime: ABSOLUTE DEFAULT # number years <int>
start year: ABSOLUTE DEFAULT # start year <int>
audit cost: 10000 # price <float> (ex. 10000)
average refit cost: 360.0 # cost/per person <float>
data: IMPORT #
electricity refit reduction: 0.25 # decimal percent <float> percent saved by preforming electricity refit
heating fuel refit reduction: 0.35 # decimal percent <float> percent saved by heating fuel refit
heat recovery multiplier: {False: 1.0, True: 0.5} #
non-residential buildings:
average refit cost: 7.0 # cost/sqft. <float>
number buildings: IMPORT #
enabled: False #
cohort savings multiplier: 0.26 # pecent as decimal <float>
start year: ABSOLUTE DEFAULT # start year <int>
com building data: IMPORT #
com building estimates: IMPORT #
lifetime: ABSOLUTE DEFAULT # number years <int>
wind power:
enabled: False #
lifetime: ABSOLUTE DEFAULT # number years <int>
start year: ABSOLUTE DEFAULT # start year <int>
average load limit: 100.0 # lower limint in kW on averge load reqired to do project
percent generation to offset: 1.0 #
data: IMPORT
wind cost: UNKNOWN
secondary load: True #
secondary load cost: 200000 #
road needed for transmission line: True #
transmission line distance: 1 # miles defaults to 1 mile
transmission line cost: {False: 250000, True: 500000} # cost/mile
costs: IMPORT
percent excess energy: 0.15
percent excess energy capturable: 0.7
efficiency electric boiler: 0.99
efficiency heating oil boiler: 0.8
percent heat recovered: 0.15
percent o&m: 0.01
solar power:
enabled: False # <boolean>
lifetime: ABSOLUTE DEFAULT # number years <int>
start year: ABSOLUTE DEFAULT # start year <int>
average load limit: 50.0 # lower limit on the average load <float>
data: IMPORT # data for component
cost: UNKNOWN # cost in $ for project if known otherwise UNKNOWN <float|string>
cost per kW: 8000 # dollar cost per kW if cost of the project is UNKNOWN <float>
road needed: False
road needed for transmission line: True # <boolean>
transmission line distance: 0 # distance in miles of proposed transmission line <float>
percent o&m: 0.01 # yearly maintenance cost as percent as decimal of total cost <float>
percent generation to offset: 0.15 # pecent of the generation in kW to offset with solar power <float>
switch gear needed for solar: False
percent solar degradation: 0.992 # the percent of the of solar panel that carries over from the previous year
o&m cost per kWh: 0.02 # cost of repairs for generator per kWh <float>