Welcome to HOPP’s documentation!
Contents:
- Installation
- Citing HOPP
- Hybrid Plant Site Information
SiteInfoSiteInfo.dataSiteInfo.latSiteInfo.longSiteInfo.verticesSiteInfo.polygonSiteInfo.valid_regionSiteInfo.solar_resourceSiteInfo.wind_resourceSiteInfo.elec_pricesSiteInfo.n_timestepsSiteInfo.n_periods_per_daySiteInfo.intervalSiteInfo.urdb_labelSiteInfo.capacity_hoursSiteInfo.desired_scheduleSiteInfo.follow_desired_scheduleSiteInfo.__init__()SiteInfo.boundarySiteInfo.bounding_boxSiteInfo.centerSiteInfo.plot()SiteInfo.kml_write()SiteInfo.kml_read()SiteInfo.append_kml_data()
- Hybrid Simulation
HybridSimulationHybridSimulation.hybrid_systemHybridSimulation.__init__()HybridSimulation.calculate_installed_cost()HybridSimulation.calculate_financials()HybridSimulation.setup_performance_models()HybridSimulation.simulate_power()HybridSimulation.simulate_financials()HybridSimulation.simulate()HybridSimulation.interconnect_kwHybridSimulation.ppa_priceHybridSimulation.capacity_priceHybridSimulation.dispatch_factorsHybridSimulation.discount_rateHybridSimulation.system_capacity_kwHybridSimulation.annual_energiesHybridSimulation.generation_profileHybridSimulation.capacity_factorsHybridSimulation._aggregate_financial_output()HybridSimulation.system_nameplate_mwHybridSimulation.capacity_credit_percentHybridSimulation.cost_installedHybridSimulation.total_revenuesHybridSimulation.capacity_paymentsHybridSimulation.energy_purchases_valuesHybridSimulation.energy_sales_valuesHybridSimulation.energy_valuesHybridSimulation.federal_depreciation_totalsHybridSimulation.federal_taxesHybridSimulation.tax_incentivesHybridSimulation.debt_paymentHybridSimulation.insurance_expensesHybridSimulation.om_capacity_expensesHybridSimulation.om_fixed_expensesHybridSimulation.om_variable_expensesHybridSimulation.om_total_expensesHybridSimulation.net_present_valuesHybridSimulation.internal_rate_of_returnsHybridSimulation.lcoe_realHybridSimulation.lcoe_nomHybridSimulation.benefit_cost_ratiosHybridSimulation.hybrid_simulation_outputs()HybridSimulation.assign()HybridSimulation.export()
HybridSimulationOutput
- Power Sources and Storage Technologies
- PV Plant
- Wind Plant
- Concentrating Solar Power (CSP) plant
- Battery Storage
- Grid
PowerSourcePowerSource.namePowerSource.sitePowerSource.__init__()PowerSource.import_financial_model()PowerSource.initialize_financial_values()PowerSource.value()PowerSource.assign()PowerSource.calc_nominal_capacity()PowerSource.calc_gen_max_feasible_kwh()PowerSource.calc_capacity_credit_percent()PowerSource.setup_performance_model()PowerSource.simulate_power()PowerSource.simulate_financials()PowerSource.simulate()PowerSource.system_capacity_kwPowerSource.degradationPowerSource.ppa_pricePowerSource.system_nameplate_mwPowerSource.capacity_credit_percentPowerSource.capacity_pricePowerSource.dispatch_factorsPowerSource.total_installed_costPowerSource.om_capacityPowerSource.om_fixedPowerSource.om_variablePowerSource.construction_financing_costPowerSource.dispatchPowerSource.annual_energy_kwhPowerSource.generation_profilePowerSource.capacity_factorPowerSource.net_present_valuePowerSource.cost_installedPowerSource.internal_rate_of_returnPowerSource.energy_sales_valuePowerSource.energy_purchases_valuePowerSource.energy_valuePowerSource.federal_depreciation_totalPowerSource.federal_taxesPowerSource.debt_paymentPowerSource.insurance_expensePowerSource.tax_incentivesPowerSource.om_capacity_expensePowerSource.om_fixed_expensePowerSource.om_variable_expensePowerSource.om_total_expensePowerSource.levelized_cost_of_energy_realPowerSource.levelized_cost_of_energy_nominalPowerSource.total_revenuePowerSource.capacity_paymentPowerSource.benefit_cost_ratioPowerSource.gen_max_feasiblePowerSource.export()
- PowerSourceDispatch: Abstract Class
PowerSourceDispatchPowerSourceDispatch.__init__()PowerSourceDispatch.dispatch_block_rule()PowerSourceDispatch.initialize_parameters()PowerSourceDispatch.update_time_series_parameters()PowerSourceDispatch.cost_per_generationPowerSourceDispatch._check_efficiency_value()PowerSourceDispatch.available_generationPowerSourceDispatch.blocksPowerSourceDispatch.modelPowerSourceDispatch.generation
- Flicker Modeling
get_time_zone()get_sun_pos()blade_pos_of_rotated_ellipse()get_turbine_shadow_polygons()get_turbine_shadows_timeseries()shadow_cast_over_panel()create_turbines_in_grid()get_turbine_grid_shadow()create_module_cells_mesh()shadow_over_module_cells()create_pv_string_points()spe_power()get_module_attribs()set_module_attribs()FlickerMismatchFlickerMismatch.n_hoursFlickerMismatch.steps_per_hourFlickerMismatch.diam_mult_nweFlickerMismatch.diam_mult_sFlickerMismatch.periodicFlickerMismatch.turbine_tower_shadowFlickerMismatch.__init__()FlickerMismatch._create_pool()FlickerMismatch._setup_wind_dir()FlickerMismatch._setup_irradiance()FlickerMismatch.get_turb_site()FlickerMismatch._setup_heatmap_template()FlickerMismatch.get_turb_pos_indices()FlickerMismatch._setup_array()FlickerMismatch._setup_string_points()FlickerMismatch._calculate_shading()FlickerMismatch._calculate_power_loss()FlickerMismatch._calculate_turbine_shadow()FlickerMismatch.create_heat_maps()FlickerMismatch.run_parallel()FlickerMismatch.plot_on_site()
- Cost Calculator
- Hybrid Design Optimization Problem
shrink_financial_model()expand_financial_model()HybridSizingProblemHybridSizingProblem.sepHybridSizingProblem.DEFAULT_OPTIONSHybridSizingProblem.__init__()HybridSizingProblem._parse_design_variables()HybridSizingProblem._check_candidate()HybridSizingProblem._set_simulation_to_candidate()HybridSizingProblem.candidate_from_array()HybridSizingProblem.candidate_from_unit_array()HybridSizingProblem.evaluate_objective()
- Hybrid Design Optimization Driver
get_best_from_cache()OptimizerInterruptWorkerWorker.__init__()Worker.run()Worker._Popen()Worker._bootstrap()Worker._check_closed()Worker._start_methodWorker.authkeyWorker.close()Worker.daemonWorker.exitcodeWorker.identWorker.is_alive()Worker.join()Worker.kill()Worker.nameWorker.pidWorker.sentinelWorker.start()Worker.terminate()
OptimizationDriverOptimizationDriver.DEFAULT_KWARGSOptimizationDriver.__init__()OptimizationDriver.parse_kwargs()OptimizationDriver.init_parallel_workers()OptimizationDriver.cleanup_parallel()OptimizationDriver.check_interrupt()OptimizationDriver.print_log_header()OptimizationDriver.print_log_line()OptimizationDriver.print_log_end()OptimizationDriver.write_cache()OptimizationDriver.read_cache()OptimizationDriver.wrapped_parallel_objective()OptimizationDriver.wrapped_objective()OptimizationDriver.execute()OptimizationDriver.parallel_execute()OptimizationDriver.sample()OptimizationDriver.parallel_sample()OptimizationDriver.optimize()OptimizationDriver.parallel_optimize()
- Dispatchable Solar Case Study
- Folder structure
- Setting Up a Specific Case Study
- Input data
- Setting up a hybrid simulation initialize function
- Simulating a single plant design
- Setting up a helper class for parametric and optimization analysis
- Setting up a parametric design study
- Setting up a design optimization study
- Creating an objective function
- Setting up a design optimization study with parallel initial sampling