To use psst in a project:
import psst
First, choose a name for your model, create a model:
>>> from psst import Model >>> model = Model(name='test_model')
A psst.Model can be created with any name as a string. A model will contain a graph attribute that contains a NetworkX graph allows the user to access any element.
You can create a GeneratorCompany, LoadServingEntity and a TransmissionLine as shown below:
>>> from psst import GeneratorCompany
>>> from psst import LoadServingEntity
>>> from psst import DayAheadMarket
>>> from psst import TransmissionLine
>>> from psst import IndependentSystemOperator
>>> from psst import Model
>>> test_generator1 = GeneratorCompany(name='GenCo1', location='1', c='1600', b='14', a='0.0050', minimum_capacity='0', maximum_capacity='500')
>>> load_data1 = {1: 350.0000, 2: 322.9300, 3: 305.0400, 4: 296.0200, 5: 287.1600, 6: 291.5900, 7: 296.0200, 8: 314.0700, 9: 358.8600, 10: 394.8000, 11: 403.8200, 12: 408.2500, 13: 403.8200, 14: 394.8000, 15: 390.3700, 16: 390.3700, 17: 408.2500, 18: 448.6200, 19: 430.7300, 20: 426.1400, 21: 421.7100, 22: 412.6900, 23: 390.3700, 24: 363.4600}
>>> test_lse1 = LoadServingEntity(name='LSE1', location='2', load_data=load_data1)
>>> test_line1 = TransmissionLine(name='Branch1',
>>> from_location=1,
>>> to_location=2,
>>> maximum_capacity=250,
>>> reactance=0.0281)
>>> test_model = Model(name='simpletestcase')
>>> test_model.add_transmission_line(test_line1)
>>> test_model.add_genco_agent(test_generator1)
>>> test_model.add_lse_agent(test_lse1)
>>> test_iso = IndependentSystemOperator(name='test_iso')
>>> test_model.add_iso(test_iso)
A model can be run by calling the run method.:
>>> test_model.run()
Results can be obtained by calling the plot function:
>>> test_model.plot_results()
A detailed report can be generated by looking at the results attribute:
>>> test_model.results