Class to manipulate Nameplate Model registers. More...

Inheritance diagram for NameplateModel:

Public Member Functions
bool	IsNameplateRegisterMap (void)

bool	GetPowerOutputMax (double &res)

bool	GetPowerApparentMax (double &res)

bool	GetPowerReactiveMax (double &res, const int quadrant)

bool	GetAcCurrentMax (double &res)

bool	GetPowerFactorMin (double &res, const int quadrant)

Public Member Functions inherited from SunSpec
	SunSpec (void)

virtual	~SunSpec (void)

std::string	GetErrorMessage (void) const

bool	ConnectModbusTcp (const std::string &node, const std::string &service="502")

bool	ConnectModbusRtu (const std::string &device, const int &baud_rate=9600)

void	SetModbusDebug (const bool &debug)

bool	SetModbusAddress (const int &slave_id=1)

bool	GetModbusAddress (int &slave_id)

bool	SetResponseTimeout (const int &millis=500)

bool	GetResponseTimeout (int &millis)

bool	SetByteTimeout (const int &millis=500)

bool	GetByteTimeout (int &millis)

bool	SetIndicationTimeout (const int &millis=0)

bool	GetIndicationTimeout (int &millis)

bool	SetErrorRecovery (const bool recovery)

template<>
std::string	ConvertRegister (const uint16_t *tab_reg, const uint16_t &size)

template<>
float	ConvertRegister (const uint16_t *tab_reg, const uint16_t &size)

Additional Inherited Members
Protected Member Functions inherited from SunSpec
template<typename T >
bool	GetRegister (T &res, const uint16_t &reg_addr, const uint16_t &size)

bool	SetRegister (const uint16_t &value, const uint16_t &reg_addr)

Protected Attributes inherited from SunSpec
std::string	ErrorMessage

Detailed Description

Class to manipulate Nameplate Model registers.

Member Function Documentation

bool NameplateModel::GetAcCurrentMax ( double & res )

Maximum RMS AC current level capability of the inverter.

bool NameplateModel::GetPowerApparentMax ( double & res )

Continuous Volt-Ampere capability of the inverter.

bool NameplateModel::GetPowerFactorMin	(	double &	res,
		const int	quadrant
	)

Minimum power factor capability of the inverter.

Parameters

res	power factor [cos(phi)]
quadrant	quadrant [1-4]

bool NameplateModel::GetPowerOutputMax ( double & res )

Continuous power output capability of the inverter.

bool NameplateModel::GetPowerReactiveMax	(	double &	res,
		const int	quadrant
	)

Continuous VAR capability of the inverter.

Parameters

res	reactive power [VAr]
quadrant	quadrant [1-4]

bool NameplateModel::IsNameplateRegisterMap ( void )

Checks if device has a SunSpec nameplate register map

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