def _tests():
# Variables
from .. import filesystem
fs = filesystem.Filesystem().fs
workDir = pJoin(__metaModel__._omfDir, "data", "Model")
inData = {"simStartDate": "2012-04-01",
"simLengthUnits": "hours",
"modelType": "pvWatts",
"zipCode": "64735",
"simLength": "100",
"systemSize": "10",
"derate": "77",
"trackingMode": "0",
"azimuth": "180",
"runTime": "",
"rotlim": "45.0",
"gamma": "0.45",
"inv_eff": "92",
"tilt": "45.0",
"w_stow": "0",
"inverterSize": "8"}
modelLoc = pJoin(workDir, "admin", "Automated pvWatts Testing")
# Blow away old test results if necessary.
try:
shutil.rmtree(modelLoc)
except:
# No previous test results.
pass
# No-input template.
renderAndShow(template, fs)
# Run the model.
run(modelLoc, inData, fs)
# Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
def _tests():
# Variables
from .. import filesystem
fs = filesystem.Filesystem().fs
inData = {"simStartDate": "2012-04-01",
"simLengthUnits": "hours",
"feederName": "public___Olin Barre GH EOL Solar",
"modelType": "solarEngineering",
"zipCode": "64735",
"simLength": "24",
"runTime": ""}
modelLoc = pJoin(__metaModel__._omfDir, "data", "Model",
"admin", "Automated solarEngineering Test")
# Blow away old test results if necessary.
try:
shutil.rmtree(modelLoc)
except:
# No previous test results.
pass
# No-input template.
# renderAndShow(template)
# Run the model.
runForeground(modelLoc, fs, inData)
# Cancel the model.
# time.sleep(2)
# cancel(modelLoc)
# Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
def _tests():
# Variables
from .. import filesystem
fs = filesystem.Filesystem().fs
workDir = pJoin(__metaModel__._omfDir, "data", "Model")
inData = {
"batteryEfficiency": "92",
"cellCapacity": "100",
"discountRate": "2.5",
"created": "2015-06-12 17:20:39.308239",
"dischargeRate": "50",
"modelType": "energyStorage",
"chargeRate": "50",
"demandCurve": fs.open(pJoin(__metaModel__._omfDir, "scratch", "batteryModel", "OlinBeckenhamScada.csv")).read(),
"cellCost": "25000",
"cellQuantity": "3",
"runTime": "0:00:03",
"projYears": "10",
"demandCharge": "50"}
modelLoc = pJoin(workDir, "admin", "Automated energyStorage Testing")
# Blow away old test results if necessary.
try:
shutil.rmtree(modelLoc)
except:
# No previous test results.
pass
# No-input template.
renderAndShow(template, fs)
# Run the model.
run(modelLoc, inData, fs)
# Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
def _tests():
# # First just test the charting.
# tree = json.load(open("../data/Feeder/public/Olin Barre Geo.json")).get("tree",{})
# chart = voltPlot(tree)
# chart.savefig("/Users/dwp0/Desktop/testChart.png")
# plt.show()
# Variables
from .. import filesystem
fs = filesystem.Filesystem().fs
# Our HTML template for the interface:
with fs.open(pJoin(__metaModel__._myDir, "voltageDrop.html"), "r") as tempFile:
template = Template(tempFile.read())
workDir = pJoin(__metaModel__._omfDir, "data", "Model")
inData = {"feederName": "public___Olin Barre Geo",
"modelType": "voltageDrop",
"runTime": "",
"layoutAlgorithm": "geospatial"}
modelLoc = pJoin(workDir, "admin", "Automated voltageDrop Testing")
# Blow away old test results if necessary.
try:
shutil.rmtree(modelLoc)
except:
# No previous test results.
pass
# No-input template.
renderAndShow(template, fs)
# Run the model.
run(modelLoc, inData, fs)
# Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
def _tests():
# Variables
from .. import filesystem
fs = filesystem.Filesystem().fs
workDir = pJoin(__metaModel__._omfDir, "data", "Model")
# TODO: Fix inData because it's out of date.
inData = {"modelType": "solarSunda",
# Cooperative
"zipCode": "64735",
"systemSize": "1000",
"systemDcSize": "1390.8",
"landOwnership": "Owned", # Leased, Purchased, or Owned
"landAmount": "6",
"costAcre": "10000",
"moduleCost": "0.70",
"rackCost": "0.137",
"inverterCost": "107000",
"pmCost": "15000",
"EPCRate": "3",
"mechLabor": "35",
"elecLabor": "50",
"devCost": "2",
"interCost": "25000",
"distAdder": "0",
# Financing Information
"discRate": "2.32",
"loanRate": "2.00",
"NCREBRate": "4.06",
"taxLeaseRate": "-4.63",
"taxEquityReturn": "8.50",
# PPA Information
"firstYearEnergyCostPPA": "57.5",
"annualEscRatePPA": "3",
# Misc
"lifeSpan": "25",
"degradation": "0.8",
"inverterEfficiency": "96",
"nonInverterEfficiency": "87",
"tilt": "-",
"trackingMode": "0",
"module_type": "1", # PVWatts v5 feature: 1 = premium
"azimuth": "180"}
modelLoc = pJoin(workDir, "admin", "Automated solarSunda Testing")
# Blow away old test results if necessary.
try:
shutil.rmtree(modelLoc)
except:
# No previous test results.
pass
# No-input template.
# renderAndShow(template)
# Run the model.
run(modelLoc, inData, fs)
# Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
def _tests():
# Variables
from .. import filesystem
fs = filesystem.Filesystem().fs
workDir = pJoin(__metaModel__._omfDir, "data", "Model")
# TODO: Fix inData because it's out of date.
inData = {"simStartDate": "2013-01-01",
"simLengthUnits": "hours",
"modelType": "solarFinancial",
"zipCode": "64735",
"simLength": "8760",
"systemSize": "100",
"installCost": "100000",
"lifeSpan": "30",
"degradation": "0.5",
"retailCost": "0.10",
"discountRate": "7",
"pvModuleDerate": "100",
"mismatch": "98",
"diodes": "99.5",
"dcWiring": "98",
"acWiring": "99",
"soiling": "95",
"shading": "100",
"sysAvail": "100",
"age": "100",
"inverterEfficiency": "92",
"inverterSize": "75",
"tilt": "-",
"srecCashFlow": "5,5,3,3,2",
"trackingMode": "0",
"azimuth": "180",
"runTime": "",
"rotlim": "45.0",
"gamma": "-0.45",
"omCost": "1000"}
modelLoc = pJoin(workDir, "admin", "Automated solarFinancial Testing")
# Blow away old test results if necessary.
try:
shutil.rmtree(modelLoc)
except:
# No previous test results.
pass
# No-input template.
renderAndShow(template,fs)
# Run the model.
run(modelLoc, inData, fs)
# Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
def _tests():
# Variables
from .. import filesystem
fs = filesystem.Filesystem().fs
workDir = pJoin(__metaModel__._omfDir, "data", "Model")
inData = {
"simStartDate": "2012-04-01",
"simLengthUnits": "hours",
# "feederName": "admin___Simple Market System",
# "feederName2": "admin___Simple Market System BROKEN", # configure error
# "feederName3": "public___13 Node Embedded DO NOT SAVE", # feeder error
# "feederName4": "public___13 Node Ref Feeder Flat",
# "feederName5": "public___13 Node Ref Feeder Laid Out ZERO CVR",
# "feederName6": "public___13 Node Ref Feeder Laid Out",
# "feederName7": "public___ABEC Columbia",
# "feederName8": "public___ABEC Frank LO Houses", # feeder error
# "feederName9": "public___ABEC Frank LO",
# "feederName10": "public___ACEC Geo",
# "feederName11": "public___Battery 13 Node Centralized",
# "feederName12": "public___Battery 13 Node Distributed",
# "feederName13": "public___DEC Red Base",
# "feederName14": "public___DEC Red Battery",
# "feederName15": "public___DEC Red CVR",
# "feederName16": "public___DEC Red DG",
# "feederName17": "public___INEC Renoir",
# "feederName18": "public___Olin Barre CVR Base",
# "feederName19": "public___Olin Barre Geo",
# "feederName20": "public___Olin Barre Housed 05Perc Solar",
# "feederName21": "public___Olin Barre Housed 20Perc Solar",
# "feederName22": "public___Olin Barre Housed 50Perc Solar",
# "feederName23": "public___Olin Barre Housed 90Perc Solar",
# "feederName24": "public___Olin Barre Housed Battery",
# "feederName25": "public___Olin Barre Housed Wind",
# "feederName26": "public___Olin Barre Housed",
# "feederName27": "public___Olin Barre", # feeder error
# "feederName28": "public___PNNL Taxonomy Feeder 1",
# "feederName29": "public___Simple Market System Comm Solar",
# "feederName30": "public___Simple Market System Indy Solar",
"feederName31": "public___Simple Market System",
# "feederName": "public___Battery 13 Node Distributed",
"modelType": "gridlabMulti",
"zipCode": "64735",
"simLength": "24",
"runTime": "",
}
modelLoc = pJoin(workDir, "admin", "Automated Multiple GridlabD Testing")
# Blow away old test results if necessary.
try:
shutil.rmtree(modelLoc)
except:
# No previous test results.
pass
# No-input template.
renderAndShow(template, fs)
# Run the model.
run(modelLoc, inData, fs)
# Cancel the model.
# time.sleep(2)
# cancel(modelLoc)
# Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
def _tests():
# Variables
import shutil
from .. import filesystem
fs = filesystem.Filesystem().fs
workDir = pJoin(__metaModel__._omfDir, "data", "Model")
friendshipTree = json.load(fs.open(pJoin(
__metaModel__._omfDir, "data", "Feeder", "public", "ABEC Frank LO.json")))["tree"]
colomaTree = json.load(fs.open(pJoin(
__metaModel__._omfDir, "data", "Feeder", "public", "ABEC Columbia.json")))["tree"]
colomaMonths = {"janAvg": 914000.0, "janPeak": 1290000.0,
"febAvg": 897000.00, "febPeak": 1110000.0,
"marAvg": 731000.00, "marPeak": 1030000.0,
"aprAvg": 864000.00, "aprPeak": 2170000.0,
"mayAvg": 1620000.0, "mayPeak": 4580000.0,
"junAvg": 2210000.0, "junPeak": 5550000.0,
"julAvg": 3570000.0, "julPeak": 6260000.0,
"augAvg": 3380000.0, "augPeak": 5610000.0,
"sepAvg": 1370000.0, "sepPeak": 3740000.0,
"octAvg": 1030000.0, "octPeak": 1940000.0,
"novAvg": 1020000.0, "novPeak": 1340000.0,
"decAvg": 1030000.0, "decPeak": 1280000.0}
# friendshipMonths = {"janAvg": 2740000.0, "janPeak": 4240000.0,
# "febAvg": 2480000.0, "febPeak": 3310000.0,
# "marAvg": 2030000.0, "marPeak": 2960000.0,
# "aprAvg": 2110000.0, "aprPeak": 3030000.0,
# "mayAvg": 2340000.0, "mayPeak": 4080000.0,
# "junAvg": 2770000.0, "junPeak": 5810000.0,
# "julAvg": 3970000.0, "julPeak": 6750000.0,
# "augAvg": 3270000.0, "augPeak": 5200000.0,
# "sepAvg": 2130000.0, "sepPeak": 4900000.0,
# "octAvg": 1750000.0, "octPeak": 2340000.0,
# "novAvg": 2210000.0, "novPeak": 3550000.0,
# "decAvg": 2480000.0, "decPeak": 3370000.0}
inData = {"modelType": "cvrStatic",
"feederName": "public___ABEC Columbia",
"runTime": "",
"capitalCost": 30000,
"omCost": 1000,
"wholesaleEnergyCostPerKwh": 0.06,
"retailEnergyCostPerKwh": 0.10,
"peakDemandCostSpringPerKw": 5.0,
"peakDemandCostSummerPerKw": 10.0,
"peakDemandCostFallPerKw": 6.0,
"peakDemandCostWinterPerKw": 8.0,
"baselineTap": 3.0,
"z_percent": 0.5,
"i_percent": 0.0,
"p_percent": 0.5,
"power_factor": 0.9}
for key in colomaMonths:
inData[key] = colomaMonths[key]
modelLoc = pJoin(workDir, "admin", "Automated staticCVR Testing")
# Blow away old test results if necessary.
try:
shutil.rmtree(modelLoc)
except:
pass
# No-input template.
renderAndShow(template, fs)
# Run the model.
run(modelLoc, inData, fs)
# # Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
def _tests():
# Variables
from .. import filesystem
fs = filesystem.Filesystem().fs
workDir = pJoin(__metaModel__._omfDir, "data", "Model")
# TODO: Fix inData because it's out of date.
monthlyData = {
"janSale": "46668", "janKWh": "64467874", "janRev": "8093137", "janKWhT": "85628959", "janRevT": "10464278",
"febSale": "46724", "febKWh": "66646882", "febRev": "8812203", "febKWhT": "89818661", "febRevT": "11508047",
"marSale": "46876", "marKWh": "62467031", "marRev": "8277498", "marKWhT": "84780954", "marRevT": "10874720",
"aprSale": "46858", "aprKWh": "49781827", "aprRev": "6664021", "aprKWhT": "70552865", "aprRevT": "9122130",
"maySale": "46919", "mayKWh": "41078029", "mayRev": "5567683", "mayKWhT": "63397699", "mayRevT": "8214078",
"junSale": "46977", "junKWh": "40835343", "junRev": "5528717", "junKWhT": "64781785", "junRevT": "8332117",
"julSale": "47013", "julKWh": "58018686", "julRev": "7585330", "julKWhT": "86140915", "julRevT": "10793395",
"augSale": "47114", "augKWh": "67825037", "augRev": "8836269", "augKWhT": "98032727", "augRevT": "12219454",
"sepSale": "47140", "sepKWh": "59707578", "sepRev": "7809767", "sepKWhT": "88193645", "sepRevT": "11052318",
"octSale": "47088", "octKWh": "46451858", "octRev": "6146975", "octKWhT": "70425336", "octRevT": "8936767",
"novSale": "47173", "novKWh": "41668828", "novRev": "5551288", "novKWhT": "65008851", "novRevT": "8228072",
"decSale": "47081", "decKWh": "53354283", "decRev": "7014717", "decKWhT": "73335526", "decRevT": "9385203"}
inData = {
"modelType": "solarRates",
"zipCode": "64735",
"runTime": "",
# Single data point
"avgSystemSize": "5",
"resPenetration": "5",
"customServiceCharge": "20",
"solarServiceCharge": "0",
"solarLCoE": "0.09",
"otherElecRevenue": "1544165",
"totalKWhPurchased": "999330657",
# Form 7 data
"powerProExpense": "0",
"costPurchasedPower": "80466749",
"transExpense": "15027",
"distriExpenseO": "5294026",
"distriExpenseM": "5535844",
"customerAccountExpense": "4426441",
"customerServiceExpense": "643418",
"salesExpense": "127084",
"adminGeneralExpense": "8264362",
"depreAmortiExpense": "8975862",
"taxExpensePG": "0",
"taxExpense": "197924",
"interestLongTerm": "10195988",
"interestConstruction": "0",
"interestExpense": "209969",
"otherDeductions": "126640",
"nonOpMarginInterest": "123401",
"fundsUsedConstruc": "0",
"incomeEquityInvest": "0",
"nonOpMarginOther": "811043",
"genTransCapCredits": "1015764",
"otherCapCreditsPatroDivident": "1135379",
"extraItems": "0"}
for key in monthlyData:
inData[key] = monthlyData[key]
modelLoc = pJoin(workDir, "admin", "Automated solarRates Testing")
# Blow away old test results if necessary.
try:
fs.remove(modelLoc)
except:
# No previous test results.
pass
# No-input template.
renderAndShow(template, fs)
# Run the model.
run(modelLoc, inData, fs)
# Show the output.
renderAndShow(template, fs, modelDir=modelLoc)
