#include <units.h>

Inheritance diagram for MeasurementUnit:

Public Member Functions
	~MeasurementUnit ()

const std::string *	get_meterPointName () const
	Returns the name of the meter point.

unsigned long	get_internal_id () const
	Returns the (consecutive) internal ID of the measurement unit.

unsigned long	get_meUID () const
	Returns the ID as given in the system structe database.

unsigned long	get_locationID () const
	Returns the ID of the location.

bool	load_data ()
	Load the data as given by the member variable data_source_path. Returns false if an error happend during file loading.

bool	has_demand () const

bool	has_feedin () const

bool	has_pv () const

bool	has_pv_residential () const

bool	has_pv_open_space () const

bool	has_bs () const

bool	has_hp () const

bool	has_evchst () const

bool	has_chp () const

bool	has_wind () const

int	get_expansion_combination () const

double	get_total_demand_kWh () const
	Returns the total demand of the measurement unit over the complete time span of data.

bool	compute_next_value (unsigned long ts)

float	get_current_ts_rsm_value () const

float	get_rsm_load_at_ts (unsigned long ts) const

float	get_rsm_demand_at_ts (unsigned long ts) const

float	get_rsm_feedin_at_ts (unsigned long ts) const

Static Public Member Functions
static bool	InstantiateNewMeasurementUnit (size_t meUID, size_t public_unitID, std::string *meterPointName, size_t locID, bool has_demand, bool has_feedin, bool has_pv_resid, bool has_pv_opens, bool has_bess, bool has_hp, bool has_wind, bool has_evchst, bool has_chp, const std::string &data_source_path)

static void	InitializeStaticVariables (unsigned long n_MUs)

static void	VacuumInstancesAndStaticVariables ()

static size_t	GetNumberOfInstances ()

static bool	LoadDataForAllInstances ()
	Loads the data for all created instances.

static MeasurementUnit *	GetInstancePublicID (unsigned long meUID)
	Returns instance with public id meUID (or NULL, if the ID is not available)

Detailed Description

The measurement unit represents an existing unit, which is measured by an existing smart meter where we have real measured data for. If there exist additional components, like PV, in reality, an instance of this class knows this.

Constructor & Destructor Documentation

◆ ~MeasurementUnit()

MeasurementUnit::~MeasurementUnit ( )

Member Function Documentation

◆ compute_next_value()

bool MeasurementUnit::compute_next_value ( unsigned long ts )

◆ get_current_ts_rsm_value()

float MeasurementUnit::get_current_ts_rsm_value ( ) const

inline

◆ get_expansion_combination()

int MeasurementUnit::get_expansion_combination ( ) const

inline

◆ get_internal_id()

unsigned long MeasurementUnit::get_internal_id ( ) const

inline

Returns the (consecutive) internal ID of the measurement unit.

◆ get_locationID()

unsigned long MeasurementUnit::get_locationID ( ) const

inline

Returns the ID of the location.

◆ get_meterPointName()

const std::string * MeasurementUnit::get_meterPointName ( ) const

inline

Returns the name of the meter point.

◆ get_meUID()

unsigned long MeasurementUnit::get_meUID ( ) const

inline

Returns the ID as given in the system structe database.

◆ get_rsm_demand_at_ts()

float MeasurementUnit::get_rsm_demand_at_ts ( unsigned long ts ) const

Returns the demand at the smart meter at a given time step in kW. In contrast to MeasurementUnit::get_rsm_load_at_ts(), it ignores feed-in. If there is no data available, it returns 0.0. This method does not change the object.

Parameters

ts	The time step for which the load should be computed

See also: get_current_ts_rsm_value(), get_rsm_feedin_at_ts()

◆ get_rsm_feedin_at_ts()

float MeasurementUnit::get_rsm_feedin_at_ts ( unsigned long ts ) const

Returns the feed-in at the smart meter at a given time step in kW. In contrast to MeasurementUnit::get_rsm_load_at_ts(), it ignores the demand. If there is no data available, it returns 0.0. This method does not change the object.

Returns: only positive numbers (for a feedin - in contrast to get_rsm_load_at_ts()), or 0.0

Parameters

ts	The time step for which the load should be computed

See also: get_current_ts_rsm_value(), get_rsm_demand_at_ts()

◆ get_rsm_load_at_ts()

float MeasurementUnit::get_rsm_load_at_ts ( unsigned long ts ) const

Returns the load at the smart meter at a given time step in kW. If there is no data available, it returns 0.0. This method does not change the object. The results equals to get_rsm_demand_at_ts(ts) - get_rsm_feedin_at_ts(ts)

Parameters

ts	The time step for which the load should be computed

See also: get_rsm_demand_at_ts(), get_rsm_feedin_at_ts()

◆ get_total_demand_kWh()

double MeasurementUnit::get_total_demand_kWh ( ) const

Returns the total demand of the measurement unit over the complete time span of data.

◆ GetInstancePublicID()

MeasurementUnit * MeasurementUnit::GetInstancePublicID ( unsigned long meUID )

static

Returns instance with public id meUID (or NULL, if the ID is not available)

◆ GetNumberOfInstances()

static size_t MeasurementUnit::GetNumberOfInstances ( )

inlinestatic

◆ has_bs()

bool MeasurementUnit::has_bs ( ) const

inline

◆ has_chp()

bool MeasurementUnit::has_chp ( ) const

inline

◆ has_demand()

bool MeasurementUnit::has_demand ( ) const

inline

◆ has_evchst()

bool MeasurementUnit::has_evchst ( ) const

inline

◆ has_feedin()

bool MeasurementUnit::has_feedin ( ) const

inline

◆ has_hp()

bool MeasurementUnit::has_hp ( ) const

inline

◆ has_pv()

bool MeasurementUnit::has_pv ( ) const

inline

◆ has_pv_open_space()

bool MeasurementUnit::has_pv_open_space ( ) const

inline

◆ has_pv_residential()

bool MeasurementUnit::has_pv_residential ( ) const

inline

◆ has_wind()

bool MeasurementUnit::has_wind ( ) const

inline

◆ InitializeStaticVariables()

void MeasurementUnit::InitializeStaticVariables ( unsigned long n_MUs )

static

◆ InstantiateNewMeasurementUnit()

bool MeasurementUnit::InstantiateNewMeasurementUnit	(	size_t	meUID,
		size_t	public_unitID,
		std::string *	meterPointName,
		size_t	locID,
		bool	has_demand,
		bool	has_feedin,
		bool	has_pv_resid,
		bool	has_pv_opens,
		bool	has_bess,
		bool	has_hp,
		bool	has_wind,
		bool	has_evchst,
		bool	has_chp,
		const std::string &	data_source_path
	)

static

Instantiates a new measurement unit. Returns false, if the meUID is already defined.

◆ load_data()

bool MeasurementUnit::load_data ( )

Load the data as given by the member variable data_source_path. Returns false if an error happend during file loading.

◆ LoadDataForAllInstances()

bool MeasurementUnit::LoadDataForAllInstances ( )

static

Loads the data for all created instances.

◆ VacuumInstancesAndStaticVariables()

void MeasurementUnit::VacuumInstancesAndStaticVariables ( )

static

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

Public Member Functions

Static Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ ~MeasurementUnit()

Member Function Documentation

◆ compute_next_value()

◆ get_current_ts_rsm_value()

◆ get_expansion_combination()

◆ get_internal_id()

◆ get_locationID()

◆ get_meterPointName()

◆ get_meUID()

◆ get_rsm_demand_at_ts()

◆ get_rsm_feedin_at_ts()

◆ get_rsm_load_at_ts()

◆ get_total_demand_kWh()

◆ GetInstancePublicID()

◆ GetNumberOfInstances()

◆ has_bs()

◆ has_chp()

◆ has_demand()

◆ has_evchst()

◆ has_feedin()

◆ has_hp()

◆ has_pv()

◆ has_pv_open_space()

◆ has_pv_residential()

◆ has_wind()

◆ InitializeStaticVariables()

◆ InstantiateNewMeasurementUnit()

◆ load_data()

◆ LoadDataForAllInstances()

◆ VacuumInstancesAndStaticVariables()