ComponentPV Class Reference

#include <components.h>

Inheritance diagram for ComponentPV:

Public Member Functions
	ComponentPV (float kWp_static, unsigned long locationID)
	Constructor in the case of static kWp computation.
	ComponentPV (float kWp_per_m2, float min_kWp_sec, float max_kWp_sec, float max_kWp_unit, unsigned long locationID)
	Constructor in the case of dynamic kWp computation. If max_kWp is set to a value <= 0, it will be ignored.
double	get_kWp () const
	Returns the total peak power, summed over all sections. See also ComponentPV::get_kWp_per_section().
float	get_currentGeneration_kW () const
double	get_cweek_generation_kWh ()
	Returns the produced energy in kWh from the start of the current week until the current time step.
double	get_total_generation_kWh ()
	Returns the total produced energy in kWh from the start of the simulation run until the current time step.
float	get_generation_at_ts_kW (unsigned long ts) const
	Returns the generation at a given time step in kW. If there is no data available for this time step, 0.0 is returned.
std::string *	get_section_string (const std::string &prefix_per_line)
	Returns a string listing information about all existing, simulated roof sections - one line per section.
const std::vector< double > *	get_future_generation_kW () const
std::list< std::vector< double > >	get_total_generation_by_section_kW () const
std::list< double >	get_kWp_per_section () const
void	calculateCurrentFeedin (unsigned long ts)
void	resetWeeklyCounter ()
	Resets the internal, weekly counters.
void	resetInternalState ()
	Resets the internal simulation state (like counters), but retains the structural state like attached sub-components.
void	set_horizon_in_ts (unsigned int new_horizon)
	Sets another horizon for the number of time steps returned by ComponentPV::get_future_generation_kW()
void	set_kWp_per_section (const std::list< double > &new_values)
Public Member Functions inherited from BaseComponent
virtual	~BaseComponent ()

Constructor & Destructor Documentation

ComponentPV() [1/2]

ComponentPV::ComponentPV	(	float	kWp_static,
		unsigned long	locationID
	)

Constructor in the case of static kWp computation.

ComponentPV() [2/2]

ComponentPV::ComponentPV	(	float	kWp_per_m2,
		float	min_kWp_sec,
		float	max_kWp_sec,
		float	max_kWp_unit,
		unsigned long	locationID
	)

Constructor in the case of dynamic kWp computation. If max_kWp is set to a value <= 0, it will be ignored.

Member Function Documentation

calculateCurrentFeedin()

void ComponentPV::calculateCurrentFeedin

(

unsigned long

ts

)

get_currentGeneration_kW()

float ComponentPV::get_currentGeneration_kW ( ) const

inline

get_cweek_generation_kWh()

double ComponentPV::get_cweek_generation_kWh ( )

inline

Returns the produced energy in kWh from the start of the current week until the current time step.

get_future_generation_kW()

const std::vector< double > * ComponentPV::get_future_generation_kW ( ) const

inline

Returns the future electricity generation power for the future time steps over the complete (control) time horizon. Attention: The object the returned pointer referes to is overwritten on subsequent calls! Do NOT delete the returned object.

Returns

: Returns a vector storing future generation in kW per future time step - READ THE ATTENTION NOTICE

get_generation_at_ts_kW()

float ComponentPV::get_generation_at_ts_kW

(

unsigned long

ts

)

const

Returns the generation at a given time step in kW. If there is no data available for this time step, 0.0 is returned.

get_kWp()

double ComponentPV::get_kWp ( ) const

inline

Returns the total peak power, summed over all sections. See also ComponentPV::get_kWp_per_section().

get_kWp_per_section()

std::list< double > ComponentPV::get_kWp_per_section

(

)

const

Computes and returns the installed power in kWp per section (not in total). See also ComponentPV::get_kWp().

Returns

: A list of kWp per orientation with the same ordering as the internal variable ComponentPV::roof_sections.

get_section_string()

string * ComponentPV::get_section_string

(

const std::string &

prefix_per_line

)

Returns a string listing information about all existing, simulated roof sections - one line per section.

get_total_generation_by_section_kW()

std::list< std::vector< double > > ComponentPV::get_total_generation_by_section_kW

(

)

const

Computes and returns the total electricity generation for the future, starting at time step 0 and ending with the final time step of the simulation.

Returns

: A list of orientations, containing the vector with the length of the full simulation horizon - with the same ordering as the internal variable ComponentPV::roof_sections.

get_total_generation_kWh()

double ComponentPV::get_total_generation_kWh ( )

inline

Returns the total produced energy in kWh from the start of the simulation run until the current time step.

resetInternalState()

void ComponentPV::resetInternalState ( )

virtual

Resets the internal simulation state (like counters), but retains the structural state like attached sub-components.

Implements BaseComponent.

resetWeeklyCounter()

void ComponentPV::resetWeeklyCounter ( )

virtual

Resets the internal, weekly counters.

Implements BaseComponent.

set_horizon_in_ts()

void ComponentPV::set_horizon_in_ts

(

unsigned int

new_horizon

)

Sets another horizon for the number of time steps returned by ComponentPV::get_future_generation_kW()

set_kWp_per_section()

void ComponentPV::set_kWp_per_section

(

const std::list< double > &

new_values

)

This method updates the PV size per section, according to the given list. The order must be the ssame as it is in the internal variable roof_sections.

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

• components.h
• components.cpp