def setUp(self):
fn = '../examples/TroughWagner.mo'
sim = simulation.Simulator(fn)
sim.compile_model()
sim.compile_sim(args=['-s'])
sim.simulate(start=0, stop='1y', step='5m')
self.res = postproc.SimResultElec(sim.res_fn)
self.perf = self.res.calc_perf()
def setUp(self): fn = '../examples/Reference_2.mo' sim = simulation.Simulator(fn) sim.compile_model() sim.compile_sim(args=['-s']) sim.simulate(start=0, stop='1y', step='5m',solver='dassl', nls='newton') self.res = postproc.SimResultElec(sim.res_fn) self.perf = self.res.calc_perf()
def setUp(self): fn = '../examples/SaltSCO2System.mo' sim = simulation.Simulator(fn) sim.compile_model() sim.compile_sim(args=['-s']) sim.simulate(start=0, stop='1y', step='300s',solver='dassl', nls='homotopy') self.res = postproc.SimResultElec(sim.res_fn) self.perf = self.res.calc_perf()
def test_system():
fn = '../examples/SimpleSystemOptimalDispatch.mo'
sim = simulation.Simulator(fn)
sim.compile_model()
sim.compile_sim(args=['-s'])
sim.simulate(start=0, stop='1y', step='5m', solver='dassl', nls='newton')
res = postproc.SimResultElec(sim.res_fn)
perf = res.calc_perf(peaker=True)
# Note these are set to the values for what is thought to be a working
# version. They are not validated against anything or independently
# calculated.
print('index, epy (MWh/year),lcoe peaker ($/MWh),capf (%),srev ($')
print(perf)
assert abs(perf[0] - 300.757) / 300.757 < 0.01 # epy
assert abs(perf[1] - 38.798) / 38.798 < 0.01 # LCOE peaker
assert abs(perf[2] - 100.09) / 100.09 < 0.01 # Capacity factor
cleantest.clean('SimpleSystemOptimalDispatch')
def test_ref2solstice():
fn = '../examples/Reference_2_solstice.mo'
sim = simulation.Simulator(fn)
sim.compile_model()
sim.compile_sim(args=['-s'])
sim.update_pars(['n_row_oelt', 'n_col_oelt'],
['3', '3']) # reduce oelt resolution
sim.simulate(start=0, stop='1y', step='5m', solver='dassl', nls='newton')
res = postproc.SimResultElec(sim.res_fn)
perf = res.calc_perf()
# Note these are set to the values for what is thought to be a working
# version. They are not validated against anything or independently
# calculated.
assert abs(perf[0] - 393933.791) / 393933.791 < 0.1 # epy
assert abs(perf[1] - 160.352) / 160.352 < 0.1 # LCOE
assert abs(perf[2] - 44.969) / 44.969 < 0.1 # Capacity factor
cleantest.clean('Reference_2_solstice')
