SolarPanel Class Reference

#include <SolarPanel.h>

Public Member Functions
	SolarPanel ()
	SolarPanel (const mio::Config &cfg, const mio::DEMObject &dem_in, const std::vector< std::vector< double > > &pv_pts)
void	setSP (const mio::Date timestamp, const double solarAzimuth, const double solarElevation)
	Writes output for SolarPanels (PVP files), and updates the sum if generate_PVP_sum==true. More...
void	setGridRadiation (const mio::Array2D< double > &in_albedo, const mio::Array2D< double > &in_direct, const mio::Array2D< double > &in_diffuse, const mio::Array2D< double > &in_direct_unshaded_horizontal, const double solarAzimuth, const double solarElevation)
	Updates grid Radiation (incoming SWR for all grid points): preparing TerrainRadiation if TerrainRadiationAlg!=COMPLEX. More...
void	initTerrain (size_t N_terrain_in, size_t M_terrain_in)
	Initializing interface between TerrainRadiationComplex and SolarPanel. More...
void	setTLists (mio::Array4D< double > TList1, mio::Array4D< double > TList2, mio::Array4D< double > TList3, mio::Array4D< double > TList4)
	Called by TerrainRadiationComplex, updates Terrain Lists. A Terrain List (TList) stores Radiance in all S directions for whole DEM. TList_ms is full terrain radiance while TList_direct is for shading, TList_sky's are for identifying anisotropy and multiple scattering effect. More...
void	writeSP (const unsigned int max_steps)
	Writes unprojected average radiation to files. More...

Constructor & Destructor Documentation

SolarPanel() [1/2]

SolarPanel::SolarPanel ( )

inline

SolarPanel() [2/2]

SolarPanel::SolarPanel	(	const mio::Config &	cfg,
		const mio::DEMObject &	dem_in,
		const std::vector< std::vector< double > > &	pv_pts
	)

Member Function Documentation

initTerrain()

void SolarPanel::initTerrain	(	size_t	M_epsilon_terrain_in,
		size_t	M_phi_terrain_in
	)

Initializing interface between TerrainRadiationComplex and SolarPanel.

Parameters

[in]	TList1-TList4
[out]	-

setGridRadiation()

void SolarPanel::setGridRadiation	(	const mio::Array2D< double > &	in_albedo,
		const mio::Array2D< double > &	in_direct,
		const mio::Array2D< double > &	in_diffuse,
		const mio::Array2D< double > &	in_direct_unshaded_horizontal,
		const double	solarAzimuth,
		const double	solarElevation
	)

Updates grid Radiation (incoming SWR for all grid points): preparing TerrainRadiation if TerrainRadiationAlg!=COMPLEX.

Parameters

[in]	grid-albedo
[in]	grid-direct	SWR
[in]	grid-diffuse	SWR
[in]	grid-direct-horizontal-unshaded	(for projection on PVP/triangles)
[out]	-

setSP()

void SolarPanel::setSP	(	const mio::Date	timestamp,
		const double	solarAzimuth,
		const double	solarElevation
	)

Writes output for SolarPanels (PVP files), and updates the sum if generate_PVP_sum==true.

Parameters

[in]	Timeobject	for timestamp
[in]	grid-albedo
[out]	-

setTLists()

void SolarPanel::setTLists	(	mio::Array4D< double >	TList1,
		mio::Array4D< double >	TList2,
		mio::Array4D< double >	TList3,
		mio::Array4D< double >	TList4
	)

Called by TerrainRadiationComplex, updates Terrain Lists. A Terrain List (TList) stores Radiance in all S directions for whole DEM. TList_ms is full terrain radiance while TList_direct is for shading, TList_sky's are for identifying anisotropy and multiple scattering effect.

Parameters

[in]	TList1-TList4
[out]	-

writeSP()

void SolarPanel::writeSP

(

const unsigned int

max_steps

)

Writes unprojected average radiation to files.

Parameters

[in]	max_steps	timesteps of simulation for mean
[out]	-

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

• SolarPanel.h
• SolarPanel.cc