expansion Namespace Reference

Functions
int	expCombiMatrixOrderToBitRepr (int indexMatO)
int	expCombiBitReprToMatrixOrder (int bitRepr)
int	genExpCombiAsBitRepr (bool has_pv, bool has_bs, bool has_hp, bool bas_wb)
bool	isExpCombiPossible (int current_scenario_number, int b)
std::string	expCombiMatrixOrderToString (int indexMatO)
	Converts a expansion combination in matrix order to a human-readable string.
bool	load_expansion_matrix (float expansion_matrix[16][16])
bool	verify_expansion_matrix (float expansion_matrix[16][16])
void	add_expansion_to_units (float expansion_matrix_rel_freq[16][16], unsigned long expansion_matrix_abs_freq[16][16])

Variables
const int	MaskNothing = 0b0000
const int	MaskPV = 0b0001
const int	MaskBS = 0b0010
const int	MaskHP = 0b0100
const int	MaskWB = 0b1000
double	final_cumsum_of_added_pv_kWp
	The cummulative sum of added roof-top PV power in kWp after the SAC planning.
double	final_cumsum_of_added_bs_kWh
	The cummulative sum of added battery capacity in kWh after the SAC planning.
double	final_cumsum_of_added_bs_kW
	The cummulative sum of added battery power in kW after the SAC planning.
ulong	final_count_of_added_hps
	Total number of added HPs.
ulong	final_count_of_added_evchsts
	Total number of added EV charging stations.
ulong	final_count_of_added_evs
	Total number of added EVs.

Detailed Description

This namespace contains all functions required for loading the expansion matrix, storing information about which expansion possibility is possible and checking the expansion matrix itself.

Function Documentation

add_expansion_to_units()

void expansion::add_expansion_to_units	(	float	expansion_matrix_rel_freq[16][16],
		unsigned long	expansion_matrix_abs_freq[16][16]
	)

expCombiBitReprToMatrixOrder()

int expansion::expCombiBitReprToMatrixOrder

(

int

bitRepr

)

expCombiMatrixOrderToBitRepr()

int expansion::expCombiMatrixOrderToBitRepr

(

int

indexMatO

)

expCombiMatrixOrderToString()

std::string expansion::expCombiMatrixOrderToString

(

int

indexMatO

)

Converts a expansion combination in matrix order to a human-readable string.

genExpCombiAsBitRepr()

int expansion::genExpCombiAsBitRepr	(	bool	has_pv,
		bool	has_bs,
		bool	has_hp,
		bool	bas_wb
	)

isExpCombiPossible()

bool expansion::isExpCombiPossible	(	int	current_scenario_number,
		int	b
	)

load_expansion_matrix()

bool expansion::load_expansion_matrix

(

float

expansion_matrix[16][16]

)

verify_expansion_matrix()

bool expansion::verify_expansion_matrix

(

float

expansion_matrix[16][16]

)

Variable Documentation

final_count_of_added_evchsts

ulong expansion::final_count_of_added_evchsts

inline

Total number of added EV charging stations.

final_count_of_added_evs

ulong expansion::final_count_of_added_evs

inline

Total number of added EVs.

final_count_of_added_hps

ulong expansion::final_count_of_added_hps

inline

Total number of added HPs.

final_cumsum_of_added_bs_kW

double expansion::final_cumsum_of_added_bs_kW

inline

The cummulative sum of added battery power in kW after the SAC planning.

final_cumsum_of_added_bs_kWh

double expansion::final_cumsum_of_added_bs_kWh

inline

The cummulative sum of added battery capacity in kWh after the SAC planning.

final_cumsum_of_added_pv_kWp

double expansion::final_cumsum_of_added_pv_kWp

inline

The cummulative sum of added roof-top PV power in kWp after the SAC planning.

MaskBS

const int expansion::MaskBS = 0b0010

MaskHP

const int expansion::MaskHP = 0b0100

MaskNothing

const int expansion::MaskNothing = 0b0000

MaskPV

const int expansion::MaskPV = 0b0001

MaskWB

const int expansion::MaskWB = 0b1000