90 lines
3.8 KiB
Python
90 lines
3.8 KiB
Python
"""
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API for running Energy Optimization with Pyomo.
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SPDX - License - Identifier: LGPL - 3.0 - or -later
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Copyright © 2023 Project Author Alireza Adli alireza.adli@concordia.ca
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"""
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from marshmallow import Schema, fields
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class EnergyOptimizationPyomoPostData(Schema):
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building_load = fields.List(
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fields.Float(),
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description='Yearly Load Demand', missing=None)
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battery_charging = fields.Float(
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description='Battery Charging Efficiency', missing=None)
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battery_discharging = fields.Float(
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description='Battery Discharging Efficiency', missing=None)
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charge_discharge_max = fields.Float(
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description='Max Charge Discharge Rate', missing=None)
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electricity_to_grid = fields.Integer(
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description='Electricity\'s portion to sell to grid', missing=None)
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pv_cost = fields.Integer(
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description='PV cost', missing=None)
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dc_dc_converter_cost = fields.Integer(
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description='DC to DC converter cost', missing=None)
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grid_purchase_max = fields.Integer(
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description='Maximum Grid Purchase', missing=None)
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wind_turbine_operating_cost = fields.Float(
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description='Wind Turbine Operating Cost', missing=None)
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wind_turbine_cost = fields.Integer(
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description='Wind Turbine Cost', missing=None)
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capital_recovery_factor = fields.Float(
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description='Capital Recovery Factor', missing=None)
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capital_recovery_factor_battery = fields.Integer(
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description='Capital Recovery Factor of Battery', missing=None)
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ac_dc_rectifier_cost = fields.Integer(
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description='AC to DC Rectifier Cost', missing=None)
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dc_ac_inverter_cost = fields.Float(
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description='DC to AC Inverter Cost', missing=None)
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battery_kwh_price = fields.Integer(
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description='Battery Price per kWh', missing=None)
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battery_operating_cost = fields.Float(
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description='Battery Operating Cost', missing=None)
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battery_maintenance_cost = fields.Float(
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description='Battery Maintenance Cost', missing=None)
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battery_replacement_cost = fields.Integer(
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description='Battery Replacement Cost', missing=None)
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grid_purchase_price = fields.Float(
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description='Gird purchase price', missing=None)
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grid_selling_price = fields.Float(
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description='Grid selling price', missing=None)
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charge_state_min = fields.Float(
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description='Charge of the Battery', missing=None)
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loss_coefficient = fields.Float(
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description='Unmet Load Penalty Coefficient', missing=None)
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pv_operating_cost = fields.Float(
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description='Maintenance of PV Panel', missing=None)
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nonrenewable_grid_portion = fields.Integer(
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description='Nonrenewable portion of the grid', missing=None)
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environmental_coefficient_penalty = fields.Integer(
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description='Environmental Coefficient-Penalty', missing=None)
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wind_turbines_number = fields.Integer(
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description='Wind Turbine Capacity', missing=None)
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battery_capacity = fields.Integer(
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description='Battery Capacity', missing=None)
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battery_energy = fields.Integer(
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description='Battery Energy Level', missing=None)
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charging_capacity = fields.Integer(
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description='Battery Charging Power', missing=None)
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discharging_capacity = fields.Integer(
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description='Battery Discharging Power', missing=None)
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wind_used_energy = fields.Integer(
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description='Wind Used Power', missing=None)
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wind_power_surplus = fields.Integer(
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description='Wind Surplus Power', missing=None)
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pv_used_power = fields.Integer(
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description='PV Used Power', missing=None)
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pv_power_surplus = fields.Integer(
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description='PV Surplus Power', missing=None)
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purchased_grid_capacity = fields.Integer(
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description='Grid Purchase', missing=None)
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sold_grid_capacity = fields.Integer(
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description='Grid Sell', missing=None)
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loss = fields.Integer(
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description='Unmet Load', missing=None)
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area = fields.Float(
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description='Area of the roof', missing=None)
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