#include <optimization_unit_gurobi.hpp>

Inheritance diagram for GurobiLPController:

Public Member Functions
	GurobiLPController (unsigned long cuID, unsigned int time_horizon, unsigned long n_cars)

bool	updateController (const unsigned long ts, double max_p_bs_kW, double max_e_bs_kWh, double max_p_cs_kW, double current_bs_charge_kWh, const std::vector< float > &future_resid_demand_kW, const std::vector< double > &future_pv_generation_kW, const std::vector< double > &future_hp_shiftable_maxP, const std::vector< double > &future_hp_shiftable_minP, const std::vector< double > &future_hp_shiftable_maxE, const std::vector< double > &future_hp_shiftable_minE, const std::vector< const std::vector< double > * > future_ev_shiftable_maxE, const std::vector< const std::vector< double > > future_ev_shiftable_minE, const std::vector< const std::vector< double > > future_ev_maxP, const bool optimize_PV_size, const bool optimize_BS_size, const std::list< std::vector< double > > total_PV_generation_per_section_kW, const std::list< double > *max_PV_power_per_section_kWp)
	Executes the controller with all (future) states in the current horizon and stores the results the member variables BaseOptimizedController::bs_power, BaseOptimizedController::hp_power and BaseOptimizedController::ev_power.

virtual bool	updateController (const unsigned long ts, double max_p_bs_kW, double max_e_bs_kWh, double max_p_cs_kW, double current_bs_charge_kWh, const std::vector< float > &future_resid_demand_kW, const std::vector< double > &future_pv_generation_kW, const std::vector< double > &future_hp_shiftable_maxP, const std::vector< double > &future_hp_shiftable_minP, const std::vector< double > &future_hp_shiftable_maxE, const std::vector< double > &future_hp_shiftable_minE, const std::vector< const std::vector< double > * > future_ev_shiftable_maxE, const std::vector< const std::vector< double > > future_ev_shiftable_minE, const std::vector< const std::vector< double > > future_ev_maxP, const bool optimize_PV_size, const bool optimize_BS_size, const std::list< std::vector< double > > total_PV_generation_per_section_kW, const std::list< double > *max_PV_power_per_section_kWp)=0
	Executes the controller with all (future) states in the current horizon and stores the results the member variables BaseOptimizedController::bs_power, BaseOptimizedController::hp_power and BaseOptimizedController::ev_power.

Public Member Functions inherited from BaseOptimizedController
	BaseOptimizedController (unsigned long cuID, unsigned int time_horizon, unsigned long n_cars)

virtual	~BaseOptimizedController ()=default

const std::vector< double > &	get_future_hp_power_kW ()

const std::vector< double > &	get_future_bs_power_kW ()

const std::vector< std::vector< double > > &	get_future_ev_power_kW ()

const std::list< double > &	get_optimal_PV_size_per_section_kW ()

double	get_optimal_BS_size_kWh ()

void	reset (unsigned int new_horizon)

void	shiftVectorsByOnePlace ()

Static Public Member Functions
static void	InitializeGurobiEnvironment ()

static void	VaccumAllStaticVariables ()

Additional Inherited Members
Protected Attributes inherited from BaseOptimizedController
const unsigned long	controlUnitID
	ID of the connected control unit.

const unsigned long	n_cars
	Number of EVs with the given control unit as home place.

unsigned long	time_horizon

std::vector< double >	bs_power
	The battery storage power for every time step in the time horizon.

std::vector< double >	hp_power
	The heat pump power for every time step in the time horizon.

std::vector< std::vector< double > >	ev_power
	The charging power per EV (index 0) for every time step (index 1) in the time horizon.

std::list< double >	optimal_pv_size_per_section_kW
	If the PV size should be optimized, this value contains the optimal PV size per section in kW.

double	optimal_bs_size_kWh
	If the BS size should be optimized, this value contains the optimal BS size in kWh.

Detailed Description

optimization_unit_gurobi.hpp

This file contains all functions required to call gurobi as optimizer inside the control units.

Constructor & Destructor Documentation

◆ GurobiLPController()

GurobiLPController::GurobiLPController	(	unsigned long	cuID,
		unsigned int	time_horizon,
		unsigned long	n_cars
	)

inline

Member Function Documentation

◆ InitializeGurobiEnvironment()

void GurobiLPController::InitializeGurobiEnvironment ( )

static

Initializes the global environment.

◆ updateController() [1/2]

bool GurobiLPController::updateController	(	const unsigned long	ts,
		double	max_p_bs_kW,
		double	max_e_bs_kWh,
		double	max_p_cs_kW,
		double	current_bs_charge_kWh,
		const std::vector< float > &	future_resid_demand_kW,
		const std::vector< double > &	future_pv_generation_kW,
		const std::vector< double > &	future_hp_shiftable_maxP,
		const std::vector< double > &	future_hp_shiftable_minP,
		const std::vector< double > &	future_hp_shiftable_maxE,
		const std::vector< double > &	future_hp_shiftable_minE,
		const std::vector< const std::vector< double > * > *	future_ev_shiftable_maxE,
		const std::vector< const std::vector< double > * > *	future_ev_shiftable_minE,
		const std::vector< const std::vector< double > * > *	future_ev_maxP,
		const bool	optimize_PV_size,
		const bool	optimize_BS_size,
		const std::list< std::vector< double > > *	total_PV_generation_per_section_kW,
		const std::list< double > *	max_PV_power_per_section_kWp
	)

virtual

Executes the controller with all (future) states in the current horizon and stores the results the member variables BaseOptimizedController::bs_power, BaseOptimizedController::hp_power and BaseOptimizedController::ev_power.

If parameter optimize_PV_size is set to true, the value of the parameter future_pv_generation_kW is ignored, and parameters total_PV_generation_per_section_kW and must be a valid reference. Otherwise, the last two parameters are ignored. If parameter optimize_BS_size is set to true, the value of max_e_bs_kWh and max_p_cs_kW are ignored. They are a result of the optimization. Moreover, in this case, current_bs_charge_kWh must be set to 0.0.

Parameters

ts	The current time step ID
max_p_bs_kW	Maximum battery power in kW
max_e_bs_kWh	Battery capacity in kWh
max_p_cs_kW	Maximum charging station power in kW
current_bs_charge_kWh	Current charge of the battery in kWh
future_resid_demand_kW	Vector with future residential energy demand in kW per time step in the horizon
future_pv_generation_kW	Vector with future PV generation power in kW per time step in the horizon
future_hp_shiftable_maxP	Vector with maximum power of the heat pump per time step
future_hp_shiftable_minP	Vector with minimum power of the heat pump per time step
future_hp_shiftable_maxE	Vector with maximum accumulated energy consumption of the heat pump in kWh until the end of each time step in the horizon
future_hp_shiftable_minE	Vector with minimum accumulated energy consumption of the heat pump in kWh until the end of each time step in the horizon
future_ev_shiftable_maxE	Vector with maximum accumulated energy consumption of the charging station in kWh for every step over the considered horizon (first index) and every EV (second index)
future_ev_shiftable_minE	Vector with minimum accumulated energy consumption of the charging station in kWh for every step over the considered horizon (first index) and every EV (second index)
future_ev_maxP	Vector with maximum charging power per EV in kW for every step over the considered horizon (first index) and every EV (second index)
optimize_PV_size	Flag indicating if the PV size (per section) should be part of the optimization
optimize_BS_size	Flag indicating if the BS size should be part of the optimization
total_PV_generation_per_section_kW	Total PV generation over the simulation horizon. Only required, if PV sizing (flag optimize_PV_size) is also a result of the optimization - otherwise, this parameter can be NULL
max_PV_power_per_section_kWp	The maximum installable power per roof section in kWp. Only required, if PV sizing (flag optimize_PV_size) is also a result of the optimization - otherwise, this parameter can be NULL

Returns: : Returns a boolean value, with true indicating if the optimization succeded, or false indicating an error (e.g., an unfeasable problem)

Implements BaseOptimizedController.

◆ updateController() [2/2]

virtual bool BaseOptimizedController::updateController	(	const unsigned long	ts,
		double	max_p_bs_kW,
		double	max_e_bs_kWh,
		double	max_p_cs_kW,
		double	current_bs_charge_kWh,
		const std::vector< float > &	future_resid_demand_kW,
		const std::vector< double > &	future_pv_generation_kW,
		const std::vector< double > &	future_hp_shiftable_maxP,
		const std::vector< double > &	future_hp_shiftable_minP,
		const std::vector< double > &	future_hp_shiftable_maxE,
		const std::vector< double > &	future_hp_shiftable_minE,
		const std::vector< const std::vector< double > * > *	future_ev_shiftable_maxE,
		const std::vector< const std::vector< double > * > *	future_ev_shiftable_minE,
		const std::vector< const std::vector< double > * > *	future_ev_maxP,
		const bool	optimize_PV_size,
		const bool	optimize_BS_size,
		const std::list< std::vector< double > > *	total_PV_generation_per_section_kW,
		const std::list< double > *	max_PV_power_per_section_kWp
	)

virtual

Executes the controller with all (future) states in the current horizon and stores the results the member variables BaseOptimizedController::bs_power, BaseOptimizedController::hp_power and BaseOptimizedController::ev_power.

If parameter optimize_PV_size is set to true, the value of the parameter future_pv_generation_kW is ignored, and parameters total_PV_generation_per_section_kW and must be a valid reference. Otherwise, the last two parameters are ignored. If parameter optimize_BS_size is set to true, the value of max_e_bs_kWh and max_p_cs_kW are ignored. They are a result of the optimization. Moreover, in this case, current_bs_charge_kWh must be set to 0.0.

Parameters

ts	The current time step ID
max_p_bs_kW	Maximum battery power in kW
max_e_bs_kWh	Battery capacity in kWh
max_p_cs_kW	Maximum charging station power in kW
current_bs_charge_kWh	Current charge of the battery in kWh
future_resid_demand_kW	Vector with future residential energy demand in kW per time step in the horizon
future_pv_generation_kW	Vector with future PV generation power in kW per time step in the horizon
future_hp_shiftable_maxP	Vector with maximum power of the heat pump per time step
future_hp_shiftable_minP	Vector with minimum power of the heat pump per time step
future_hp_shiftable_maxE	Vector with maximum accumulated energy consumption of the heat pump in kWh until the end of each time step in the horizon
future_hp_shiftable_minE	Vector with minimum accumulated energy consumption of the heat pump in kWh until the end of each time step in the horizon
future_ev_shiftable_maxE	Vector with maximum accumulated energy consumption of the charging station in kWh for every step over the considered horizon (first index) and every EV (second index)
future_ev_shiftable_minE	Vector with minimum accumulated energy consumption of the charging station in kWh for every step over the considered horizon (first index) and every EV (second index)
future_ev_maxP	Vector with maximum charging power per EV in kW for every step over the considered horizon (first index) and every EV (second index)
optimize_PV_size	Flag indicating if the PV size (per section) should be part of the optimization
optimize_BS_size	Flag indicating if the BS size should be part of the optimization
total_PV_generation_per_section_kW	Total PV generation over the simulation horizon. Only required, if PV sizing (flag optimize_PV_size) is also a result of the optimization - otherwise, this parameter can be NULL
max_PV_power_per_section_kWp	The maximum installable power per roof section in kWp. Only required, if PV sizing (flag optimize_PV_size) is also a result of the optimization - otherwise, this parameter can be NULL

Returns: : Returns a boolean value, with true indicating if the optimization succeded, or false indicating an error (e.g., an unfeasable problem)

Implements BaseOptimizedController.

◆ VaccumAllStaticVariables()

void GurobiLPController::VaccumAllStaticVariables ( )

static

Deletes all global variables.

The documentation for this class was generated from the following files:

Public Member Functions

Static Public Member Functions

Additional Inherited Members