def test_the_estimation_should_be_correct_case7(self):
# Put some values here
args = {"Pmax": 270, "GtotalTiltedPlane": 800, "Ta": 21}
# Fill this with the expected outcome
expected = {
"ElectricOutputPower": 193.32
}
actual = SolarPV(args).calculate()
assert expected["ElectricOutputPower"] == actual["ElectricOutputPower"]
def test_the_estimation_should_be_correct_case1(self):
# Put some values here
args = {"Pmax": 0, "GtotalTiltedPlane": 0, "Gstc": 1, "TempCoef": 0, "Ta": 0, "NOCT": 0, "Tstc": 0}
# Fill this with the expected outcome
expected = {
"ElectricOutputPower": 0
}
actual = SolarPV(args).calculate()
assert expected["ElectricOutputPower"] == actual["ElectricOutputPower"]
def test_get_reference(self):
args = {"Pmax": 270, "GtotalTiltedPlane": 800, "Ta": 21}
actual = SolarPV(args).get_reference()
assert actual == " EMD international A/S, Solar Collectors and Photovolotaic in energyPro, 2013 and A. Luque " \
"and S. Hegedus, Eds., Handbook of photovoltaic science and engineering. Hoboken, NJ: Wiley, 2003."