Functional block class declaration. More...

#include <Function_Block_Cooling_System_Model.h>

Inheritance diagram for TFunction_Block_Cooling_System_Model:

Collaboration diagram for TFunction_Block_Cooling_System_Model:

Classes
struct	Properties
	General structure of properties of substances. More...

Public Member Functions
	TFunction_Block_Cooling_System_Model ()
	Function block class constructor method. More...

	~TFunction_Block_Cooling_System_Model ()
	Function block class desstructor method. More...

virtual VOID	Init ()
	Functional block initialisation method. More...

virtual VOID	Execute ()
	Functional block execution method. More...

Public Member Functions inherited from TFunction_Block_Base
	TFunction_Block_Base (U32 u32_Function_ID)
	Class constructor method. More...

virtual	~TFunction_Block_Base ()
	Class destructor method. More...

VOID	Connect ()
	Function block connect method. More...

VOID	Init ()
	Function block initialisation method. More...

virtual VOID	Done ()
	Function block finalisation method. More...

virtual VOID	Update ()
	Update parameters at runtime method. More...

virtual VOID	Trip ()
	Function block trip method. More...

U32	Get_Function_Block_ID ()
	Get function block dentifier. More...

VOID	Set_Initialisation_Error ()
	Set function block initialisation error. More...

BOOL	Is_Initialisation_Error ()
	Return function block initialisation error status. More...

VOID	Append_Connected_Status (BOOL *bool_Connected_Status)
	Append interconnection status of the function block. More...

BOOL	Is_Connected ()
	Returns status of the function block interconnection. More...

BOOL	Is_Initialised ()
	Returns status of the function block interconnection. More...

BOOL	Get_Input_Connector (U32 u32_Connector_Index, TBlock_Input_Connector **object_Input_Connector)
	Get pointer to the input connector. More...

BOOL	Get_Output_Connector (U32 u32_Connector_Index, TBlock_Output_Connector **object_Output_Connector)
	Get pointer to the output connector. More...

TFunction_Block_Status	Get_Status ()
	Get function block status method. More...

virtual VOID	Send_Information (TProtocol_Base *object_Protocol)
	Send information about Function block over communication link protocol. More...

__fastcall	TBlock_Template (TComponent Owner, TList Storage)

__fastcall	~TBlock_Template ()

void __fastcall	CreateBlock ()

virtual void __fastcall	Paint ()

virtual bool __fastcall	PropertiesDialog ()

virtual void __fastcall	SaveToProjectFile (TMemIniFile *ProjectFile, AnsiString ParentSection)

virtual void __fastcall	LoadFromProjectFile (TMemIniFile *ProjectFile, AnsiString ParentSection)

virtual void __fastcall	SwapBlocks ()

virtual void __fastcall	RepaintAllBlocks ()

VOID __fastcall	Load_Block_From_List (TStringList object_File_Source_CPP, TStringList object_File_Source_H)

VOID __fastcall	Get_SQL_Queries (TStringList *object_SQL_Queries)

Public Attributes
TBlock_Input_Connector	object_f32_IGBT_Power
	Power dissipated in the transistor. More...

TBlock_Input_Connector	object_f32_Ambient_Temperature
	Ambient temperature. More...

TBlock_Input_Connector	object_f32_Integration_Step
	Integration step of solver. More...

TBlock_Input_Connector	object_bool_LCS_Heater_Control
	Heater control signal. More...

TBlock_Input_Connector	object_bool_LCS_Pump_Control
	Pump control signal. More...

TBlock_Input_Connector	object_bool_LCS_He_Fan_Control
	Heat exchanger fan control signal. More...

TBlock_Input_Connector	object_bool_EMU_Heater_Fuse_Status
	EMU heater fuse status. More...

TBlock_Input_Connector	object_bool_EMU_Pump_Fuse_Status
	EMU pump fuse status. More...

TBlock_Input_Connector	object_bool_EMU_Heat_Exchanger_Fuse_Status
	EMU heat exchanger fuse status. More...

TBlock_Output_Connector	object_f32_Fan_Speed
	Fan speed value. More...

TBlock_Output_Connector	object_f32_Water_Speed
	Water speed value. More...

TBlock_Output_Connector	object_bool_LCS_Heater_Contactor_Status
	Heater contactor status signal. More...

TBlock_Output_Connector	object_bool_LCS_Pump_Contactor_Status
	Pump contactor status signal. More...

TBlock_Output_Connector	object_bool_LCS_He_Fan_Contactor_Status
	Heat exchanger contactor status signal. More...

TBlock_Output_Connector	object_f32_GSI_1_Temperature
	First IGBT temperature value. More...

TBlock_Output_Connector	object_f32_GSI_2_Temperature
	Second IGBT temperature value. More...

TBlock_Output_Connector	object_f32_GSI_3_Temperature
	Third IGBT temperature value. More...

TBlock_Output_Connector	object_f32_RSI_1_Temperature
	Fourth IGBT temperature value. More...

TBlock_Output_Connector	object_f32_RSI_2_Temperature
	Fifth IGBT temperature value. More...

TBlock_Output_Connector	object_f32_RSI_3_Temperature
	Sixth IGBT temperature value. More...

TBlock_Output_Connector	object_f32_BALLAST_1_Temperature
	Seventh IGBT temperature value. More...

TBlock_Output_Connector	object_f32_BALLAST_2_Temperature
	Eighth IGBT temperature value. More...

TBlock_Output_Connector	object_f32_LCS_Inlet_Temperature
	Inlet temperature value. More...

TBlock_Output_Connector	object_f32_LCS_Outlet_Temperature
	Outlet temperature value. More...

TBlock_Output_Connector	object_f32_LCS_Inlet_Pressure
	Inlet pressure value. More...

TBlock_Output_Connector	object_f32_LCS_Outlet_Pressure
	Outlet pressure value. More...

TBlock_Output_Connector	object_f32_LCS_Water_Mass_Flow
	Water mass flow value. More...

TBlock_Output_Connector	object_f32_INDUCTOR_GSI_Temperature
	Grid side inductor temperature. More...

TBlock_Output_Connector	object_f32_INDUCTOR_RSI_Temperature
	Rotor side inductor temperature. More...

Public Attributes inherited from TFunction_Block_Base
TList *	StorageOfBlocks = (TList*)NULL

int	BlockID

int	InputConnectorsCount

int	OutputConnectorsCount

TList *	StorageOfInputConnectors

TList *	StorageOfOutputConnectors

TCore_Template *	Core

TFooter_Template *	Footer

TParameters_Template *	Parameters

bool	AutoSize

Graphics::TBitmap *	Icon

__property TNotifyEvent	OnInputConnectorSelected = { read = FOnInputConnectorSelected, write = FOnInputConnectorSelected }

__property TNotifyEvent	OnOutputConnectorSelected = { read = FOnOutputConnectorSelected, write = FOnOutputConnectorSelected }

__property TNotifyEvent	OnCoreSelected = { read = FOnCoreSelected, write = FOnCoreSelected }

__property TNotifyEvent	OnModified = { read = FModified, write = FModified }

__property TNotifyEvent	OnNeedToUpdate = { read = FNeedToUpdate, write = FNeedToUpdate }

__property TResolveConnectorAddressEvent	OnResolveConnectorAddress = { read = FOnResolveConnectorAddress, write = FOnResolveConnectorAddress }

__property AnsiString	Label = { read = FLabel, write = FLabel }

__property BOOL	Border = { read = FBorder, write = FBorder, default = true }

__property BOOL	Selected = { read = FSelected, write = SetSelectedFlag, default = false }

__property BOOL	Flipped = { read = FFlipped, write = SetFlippedFlag, default = false }

Private Member Functions
void	Heater_State_Changer (BOOL Heater_Control_status, U32 &u32_Timestamp_On, U32 &u32_Timestamp_Off)
	Switches the state of the heater depending on the control signal. More...

void	Pump_State_Changer (BOOL Pump_Control_status, U32 &u32_Timestamp_On, U32 &u32_Timestamp_Off)
	Switches the state of the pump depending on the control signal. More...

void	He_Fan_State_Changer (BOOL He_Fan_Control_Status, U32 &u32_Timestamp_On, U32 &u32_Timestamp_Off)
	Switches the state of the fan depending on the control signal. More...

F64	nu_air (F64 &Air_temperature)
	Return the value of the kinematic coefficient of air viscosity. More...

F64	lambda_air (F64 &Air_temperature)
	Return the value of the coefficient of thermal conductivity of air. More...

F64	nu_water (F64 &Water_temperature)
	Return the value of the kinematic coefficient of water viscosity. More...

F64	lambda_water (F64 &Water_temperature)
	Return the value of the coefficient of thermal conductivity of water. More...

Private Attributes
F64	pi
	Pi. More...

Properties	Air
	Variable responsible for ambience properties. More...

Properties	Water
	Variable responsible for water properties. More...

volatile Properties	Ferrum_IGBT
	Variable responsible for power modules properties. More...

Properties	Aluminium_Inductor_Heatsink_1
	Variable responsible for the first inductor heatsink properties. More...

Properties	Aluminium_Inductor_Heatsink_2
	Variable responsible for the second inductor heatsink properties. More...

F32	f32_Water_Speed
	Water speed. More...

F32	f32_Water_Speed_Active
	Water speed when pump is on. More...

F32	f32_Constant_Water_Flow
	Some small constant value of the fluid flow rate. More...

F32	ARIA_2
	Fan-cooled system area, [m^2]. More...

F32	FAN_D
	Fan diameter, [m]. More...

F32	FC_L
	Fan-cooled system length, [m]. More...

F32	f32_Fan_Speed
	Fan speed. More...

F32	f32_Fan_Speed_Active
	Fan speed when fan is on. More...

F32	f32_Constant_Fan_Speed
	Some small constant air velocity More...

F32	F32_Power_Modules_Tube_Diameter
	Diameter of the tube. More...

F32	F32_Inductor_Heatsink_Tube_Diameter
	Diameter of the tube in inductor heatsink. More...

F32	F32_Tube_Area
	Cross-sectional area of the tube. More...

F32	Pin_value
	Inlet pressure normal value. More...

F32	Pout_value
	Outlet pressure normal value. More...

F32	Tau
	Variable that sets the rise time of the pressure sensor signal. More...

F32	P_Inductor
	Power dissipated in inductor. More...

F32	Pin
	Variable for storing the value of inlet pressure, [bar]. More...

F32	Pout
	Variable for storing the value of outlet pressure, [bar]. More...

U32	u32_Timestamp_Heater_On
	Variable for heater status delay. More...

U32	u32_Timestamp_Heater_Off
	Variable for heater status delay. More...

U32	u32_Timestamp_Pump_On
	Variable for pump status delay. More...

U32	u32_Timestamp_Pump_Off
	Variable for pump status delay. More...

U32	u32_Timestamp_Fan_On
	Variable for fan status delay. More...

U32	u32_Timestamp_Fan_Off
	Variable for fan status delay. More...

BOOL	bool_Heater_State
	Variable for storing the heater state. More...

BOOL	bool_Pump_State
	Variable for storing the pump state. More...

BOOL	bool_Fan_State
	Variable for storing fan state. More...

Additional Inherited Members
Protected Member Functions inherited from TFunction_Block_Base
VOID	Update_Connected_Status (BOOL bool_New_Connected_Status)
	Updates function block interconnection status. More...

VOID	Create_Event (U32 u32_Event_ID)
	Create event method. More...

void __fastcall	SetSelectedFlag (bool Value)

void __fastcall	SetFlippedFlag (bool Value)

virtual void __fastcall	SetNamesOfConnectors ()

void __fastcall	CorePaint (TObject *Sender)

Protected Attributes inherited from TFunction_Block_Base
TNotifyEvent	FModified

TNotifyEvent	FNeedToUpdate

TNotifyEvent	FOnInputConnectorSelected

TNotifyEvent	FOnOutputConnectorSelected

TNotifyEvent	FOnCoreSelected

TResolveConnectorAddressEvent	FOnResolveConnectorAddress

AnsiString	FLabel = ""
	Function block label of the core string. More...

BOOL	FBorder = (BOOL)true
	Function block border status. More...

BOOL	FSelected = (BOOL)false
	Function block seleted status. More...

BOOL	FFlipped = (BOOL)false
	Function block flipped status. More...

BOOL	LockedMode = (BOOL)false

BOOL	DobbleClicked = (BOOL)false

U32	u32_Locked_Position_X = (U32)0

U32	u32_Locked_Position_Y = (U32)0

Detailed Description

Functional block class declaration.

Constructor & Destructor Documentation

◆ TFunction_Block_Cooling_System_Model()

TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model ( )

Function block class constructor method.

Note: None

Override: Not allowed

Attention: Don't call this method directly.

Mass of water in cooling system

Specific heat capacity of water

Heat capacity of water

Excess of water temperature over ambient temperature

Water temperature

Water speed when pump is off, [m/s]

Water speed when pump is on, [m/s]

Constant value of the fluid flow rate

Mass of all power modules

Specific heat capacity of power module heatsink matter

Heat capacity of power modules heatsink matter

Contact area of the power modules with air

Contact area of the power modules with water

Heat flow path length from power module to water

Heat flow path length from power module to air

Coefficient of thermal conductivity of power module matter

Excess of power module temperature over ambient temperature

Initial value of power module temperature

Density of the first inductor heatsink matter

Specific heat capacity of the first inductor heatsink matter

Mass of the first inductor heatsink matter

Heat capacity of the first inductor heatsink matter

Contact area of the first inductor heatsink with air

Contact area of the first inductor heatsink with water

Coefficient of thermal conductivity of the first inductor heatsink

Heat flow path length of the first inductor heatsink

Excess of the first inductor temperature over ambient temperature

Initial value of the first inductor heatsink temperature

Density of the second inductor heatsink matter

Specific heat capacity of the second inductor heatsink matter

Mass of the second inductor heatsink matter

Heat capacity of the second inductor heatsink matter

Contact area of the second inductor heatsink with air

Contact area of the second inductor heatsink with water

Coefficient of thermal conductivity of the second inductor heatsink

Heat flow path length of the second inductor heatsink

Excess of the second inductor temperature over ambient temperature

Initial value of the second inductor heatsink temperature

Power dissipated on inductor heatsink

Fan-cooled system area, [m^2]

Fan diameter, [m]

Fan-cooled system length, [m]

Fan air speed when fan is off, [m/s]

Fan air speed when fan is on, [m/s]

Constant air velocity

Diameter of the tube

Diameter of the tube in inductor heatsink

Cross-sectional area of the tube

The value of the pressure at the inlet of the cooling system when the pump is on

The value of the pressure at the outlet of the cooling system when the pump is on

The value of the pressure at the inlet of the cooling system with the pump off

The value of the pressure at the outlet of the cooling system with the pump off

The rise time of the pressure sensor signal

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◆ ~TFunction_Block_Cooling_System_Model()

TFunction_Block_Cooling_System_Model::~TFunction_Block_Cooling_System_Model ( )

Function block class desstructor method.

Note: None

Override: Not allowed

Attention: Don't call this method directly.

Member Function Documentation

◆ Execute()

VOID TFunction_Block_Cooling_System_Model::Execute ( )

virtual

Functional block execution method.

Note: None

Override: Not allowed

Attention: None

Reinolds number

Nusselt number

Air heat thermal capacity

Thermal resistance from air

Converting the power module temperature value from Celsius degrees to Kelvin degrees

Converting the ambience temperature value from Celsius degrees to Kelvin degrees

Calculation of the thermal resistance of power module radiator

Calculation of the thermal resistance from power module radiator to environment

Calculation of the thermal resistance from power module to ambience

Reinolds number

Nusselt number

Water heat thermal capacity

Thermal resistance of water

Thermal resistance of IGBT radiator to water

Thermal resistance from IGBT to water

Converting the first inductor heatsink temperature value from Celsius degrees to Kelvin degrees

Thermal resistance from the first inductor heatsink to ambient

Reinolds number

Nusselt number

Water heat thermal capacity

Thermal resistance of water

Thermal resistance of the first inductor heatsink

Thermal resistance from the first inductor heatsink to water

Converting the second inductor heatsink temperature value from Celsius degrees to Kelvin degrees

Thermal resistance from the second inductor heatsink to ambient

Reinolds number

Nusselt number

Water heat thermal capacity

Thermal resistance of water

Thermal resistance of the second inductor heatsink

Thermal resistance from the first inductor heatsink to water

Calculation of the power modules temperature increment

Calculation of the power modules temperature

Calculation of the water temperature increment

Calculation of the water temperature

Calculation of the first inductor heatsink temperature increment

Calculation of the first inductor heatsink temperature

Calculation of the second inductor heatsink temperature increment

Calculation of the second inductor heatsink temperature

Implements TFunction_Block_Base.

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◆ He_Fan_State_Changer()

void TFunction_Block_Cooling_System_Model::He_Fan_State_Changer	(	BOOL	He_Fan_Control_Status,
		U32 &	u32_Timestamp_On,
		U32 &	u32_Timestamp_Off
	)

private

Switches the state of the fan depending on the control signal.

Note: None

Parameters

[in] He_Fan_Control_Status - The state of the fan control signal [in] u32_Timestamp_On - Turn-on delay timer [in] u32_Timestamp_Off - Turn-off delay timer

Returns: None

Override: Not allowed

Attention: None

References bool_Fan_State, TConOpSys_Variant_Data::bool_Value, TSystem_Timer_Base::Is_Timeout_ms(), object_bool_LCS_He_Fan_Contactor_Status, TBlock_Connector::object_Storage, object_System_Timer, and TConOpSys_Variant::struct_Data.

Referenced by Execute().

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◆ Heater_State_Changer()

void TFunction_Block_Cooling_System_Model::Heater_State_Changer	(	BOOL	Heater_Control_status,
		U32 &	u32_Timestamp_On,
		U32 &	u32_Timestamp_Off
	)

private

Switches the state of the heater depending on the control signal.

Note: None

Parameters

[in] Heater_Control_status - The state of the heater control signal [in] u32_Timestamp_On - Turn-on delay timer [in] u32_Timestamp_Off - Turn-off delay timer

Returns: None

Override: Not allowed

Attention: None

References bool_Heater_State, TConOpSys_Variant_Data::bool_Value, TSystem_Timer_Base::Is_Timeout_ms(), object_bool_LCS_Heater_Contactor_Status, TBlock_Connector::object_Storage, object_System_Timer, and TConOpSys_Variant::struct_Data.

Referenced by Execute().

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◆ Init()

VOID TFunction_Block_Cooling_System_Model::Init ( )

virtual

Functional block initialisation method.

Note: None

Override: Not allowed

Attention: None

◆ lambda_air()

F64 TFunction_Block_Cooling_System_Model::lambda_air ( F64 & Air_temperature )

private

Return the value of the coefficient of thermal conductivity of air.

Note: None

Parameters

[in] Air_temperature - The value of ambient temperature

Returns: F64 - Return value of the coefficient of thermal conductivity of air

Override: Not allowed

Attention: None

Referenced by Execute().

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◆ lambda_water()

F64 TFunction_Block_Cooling_System_Model::lambda_water ( F64 & Water_temperature )

private

Return the value of the coefficient of thermal conductivity of water.

Note: None

Parameters

[in] Water_temperature - The value of water temperature

Returns: F64 - Return value of the coefficient of thermal conductivity of water

Override: Not allowed

Attention: None

Referenced by Execute().

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◆ nu_air()

F64 TFunction_Block_Cooling_System_Model::nu_air ( F64 & Air_temperature )

private

Return the value of the kinematic coefficient of air viscosity.

Note: None

Parameters

[in] Air_temperature - The value of ambient temperature

Returns: F64 - Return value of the kinematic coefficient of air viscosity

Override: Not allowed

Attention: None

Referenced by Execute().

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◆ nu_water()

F64 TFunction_Block_Cooling_System_Model::nu_water ( F64 & Water_temperature )

private

Return the value of the kinematic coefficient of water viscosity.

Note: None

Parameters

[in] Water_temperature - The value of water temperature

Returns: F64 - Return value of the kinematic coefficient of water viscosity

Override: Not allowed

Attention: None

Referenced by Execute().

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◆ Pump_State_Changer()

void TFunction_Block_Cooling_System_Model::Pump_State_Changer	(	BOOL	Pump_Control_status,
		U32 &	u32_Timestamp_On,
		U32 &	u32_Timestamp_Off
	)

private

Switches the state of the pump depending on the control signal.

Note: None

Parameters

[in] Pump_Control_status - The state of the pump control signal [in] u32_Timestamp_On - Turn-on delay timer [in] u32_Timestamp_Off - Turn-off delay timer

Returns: None

Override: Not allowed

Attention: None

References bool_Pump_State, TConOpSys_Variant_Data::bool_Value, TSystem_Timer_Base::Is_Timeout_ms(), object_bool_LCS_Pump_Contactor_Status, TBlock_Connector::object_Storage, object_System_Timer, and TConOpSys_Variant::struct_Data.

Referenced by Execute().

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Member Data Documentation

◆ Air

Properties TFunction_Block_Cooling_System_Model::Air

private

Variable responsible for ambience properties.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ Aluminium_Inductor_Heatsink_1

Properties TFunction_Block_Cooling_System_Model::Aluminium_Inductor_Heatsink_1

private

Variable responsible for the first inductor heatsink properties.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ Aluminium_Inductor_Heatsink_2

Properties TFunction_Block_Cooling_System_Model::Aluminium_Inductor_Heatsink_2

private

Variable responsible for the second inductor heatsink properties.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ ARIA_2

F32 TFunction_Block_Cooling_System_Model::ARIA_2

private

Fan-cooled system area, [m^2].

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ bool_Fan_State

BOOL TFunction_Block_Cooling_System_Model::bool_Fan_State

private

Variable for storing fan state.

Referenced by He_Fan_State_Changer(), and TFunction_Block_Cooling_System_Model().

◆ bool_Heater_State

BOOL TFunction_Block_Cooling_System_Model::bool_Heater_State

private

Variable for storing the heater state.

Referenced by Heater_State_Changer(), and TFunction_Block_Cooling_System_Model().

◆ bool_Pump_State

BOOL TFunction_Block_Cooling_System_Model::bool_Pump_State

private

Variable for storing the pump state.

Referenced by Pump_State_Changer(), and TFunction_Block_Cooling_System_Model().

◆ f32_Constant_Fan_Speed

F32 TFunction_Block_Cooling_System_Model::f32_Constant_Fan_Speed

private

Some small constant air velocity

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ f32_Constant_Water_Flow

F32 TFunction_Block_Cooling_System_Model::f32_Constant_Water_Flow

private

Some small constant value of the fluid flow rate.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ f32_Fan_Speed

F32 TFunction_Block_Cooling_System_Model::f32_Fan_Speed

private

Fan speed.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ f32_Fan_Speed_Active

F32 TFunction_Block_Cooling_System_Model::f32_Fan_Speed_Active

private

Fan speed when fan is on.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ F32_Inductor_Heatsink_Tube_Diameter

F32 TFunction_Block_Cooling_System_Model::F32_Inductor_Heatsink_Tube_Diameter

private

Diameter of the tube in inductor heatsink.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ F32_Power_Modules_Tube_Diameter

F32 TFunction_Block_Cooling_System_Model::F32_Power_Modules_Tube_Diameter

private

Diameter of the tube.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ F32_Tube_Area

F32 TFunction_Block_Cooling_System_Model::F32_Tube_Area

private

Cross-sectional area of the tube.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ f32_Water_Speed

F32 TFunction_Block_Cooling_System_Model::f32_Water_Speed

private

Water speed.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ f32_Water_Speed_Active

F32 TFunction_Block_Cooling_System_Model::f32_Water_Speed_Active

private

Water speed when pump is on.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ FAN_D

F32 TFunction_Block_Cooling_System_Model::FAN_D

private

Fan diameter, [m].

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ FC_L

F32 TFunction_Block_Cooling_System_Model::FC_L

private

Fan-cooled system length, [m].

Referenced by TFunction_Block_Cooling_System_Model().

◆ Ferrum_IGBT

volatile Properties TFunction_Block_Cooling_System_Model::Ferrum_IGBT

private

Variable responsible for power modules properties.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_bool_EMU_Heat_Exchanger_Fuse_Status

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_bool_EMU_Heat_Exchanger_Fuse_Status

EMU heat exchanger fuse status.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_bool_EMU_Heater_Fuse_Status

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_bool_EMU_Heater_Fuse_Status

EMU heater fuse status.

Referenced by TFunction_Block_Cooling_System_Model().

◆ object_bool_EMU_Pump_Fuse_Status

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_bool_EMU_Pump_Fuse_Status

EMU pump fuse status.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_bool_LCS_He_Fan_Contactor_Status

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_bool_LCS_He_Fan_Contactor_Status

Heat exchanger contactor status signal.

Referenced by He_Fan_State_Changer(), and TFunction_Block_Cooling_System_Model().

◆ object_bool_LCS_He_Fan_Control

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_bool_LCS_He_Fan_Control

Heat exchanger fan control signal.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_bool_LCS_Heater_Contactor_Status

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_bool_LCS_Heater_Contactor_Status

Heater contactor status signal.

Referenced by Heater_State_Changer(), and TFunction_Block_Cooling_System_Model().

◆ object_bool_LCS_Heater_Control

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_bool_LCS_Heater_Control

Heater control signal.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_bool_LCS_Pump_Contactor_Status

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_bool_LCS_Pump_Contactor_Status

Pump contactor status signal.

Referenced by Pump_State_Changer(), and TFunction_Block_Cooling_System_Model().

◆ object_bool_LCS_Pump_Control

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_bool_LCS_Pump_Control

Pump control signal.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_Ambient_Temperature

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_f32_Ambient_Temperature

Ambient temperature.

Referenced by TFunction_Block_Cooling_System_Model().

◆ object_f32_BALLAST_1_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_BALLAST_1_Temperature

Seventh IGBT temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_BALLAST_2_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_BALLAST_2_Temperature

Eighth IGBT temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_Fan_Speed

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_Fan_Speed

Fan speed value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_GSI_1_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_GSI_1_Temperature

First IGBT temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_GSI_2_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_GSI_2_Temperature

Second IGBT temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_GSI_3_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_GSI_3_Temperature

Third IGBT temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_IGBT_Power

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_f32_IGBT_Power

Power dissipated in the transistor.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_INDUCTOR_GSI_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_INDUCTOR_GSI_Temperature

Grid side inductor temperature.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_INDUCTOR_RSI_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_INDUCTOR_RSI_Temperature

Rotor side inductor temperature.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_Integration_Step

TBlock_Input_Connector TFunction_Block_Cooling_System_Model::object_f32_Integration_Step

Integration step of solver.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_LCS_Inlet_Pressure

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_LCS_Inlet_Pressure

Inlet pressure value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_LCS_Inlet_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_LCS_Inlet_Temperature

Inlet temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_LCS_Outlet_Pressure

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_LCS_Outlet_Pressure

Outlet pressure value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_LCS_Outlet_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_LCS_Outlet_Temperature

Outlet temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_LCS_Water_Mass_Flow

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_LCS_Water_Mass_Flow

Water mass flow value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_RSI_1_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_RSI_1_Temperature

Fourth IGBT temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_RSI_2_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_RSI_2_Temperature

Fifth IGBT temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_RSI_3_Temperature

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_RSI_3_Temperature

Sixth IGBT temperature value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ object_f32_Water_Speed

TBlock_Output_Connector TFunction_Block_Cooling_System_Model::object_f32_Water_Speed

Water speed value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ P_Inductor

F32 TFunction_Block_Cooling_System_Model::P_Inductor

private

Power dissipated in inductor.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ pi

F64 TFunction_Block_Cooling_System_Model::pi

private

Pi.

Referenced by TFunction_Block_Cooling_System_Model().

◆ Pin

F32 TFunction_Block_Cooling_System_Model::Pin

private

Variable for storing the value of inlet pressure, [bar].

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ Pin_value

F32 TFunction_Block_Cooling_System_Model::Pin_value

private

Inlet pressure normal value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ Pout

F32 TFunction_Block_Cooling_System_Model::Pout

private

Variable for storing the value of outlet pressure, [bar].

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ Pout_value

F32 TFunction_Block_Cooling_System_Model::Pout_value

private

Outlet pressure normal value.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ Tau

F32 TFunction_Block_Cooling_System_Model::Tau

private

Variable that sets the rise time of the pressure sensor signal.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ u32_Timestamp_Fan_Off

U32 TFunction_Block_Cooling_System_Model::u32_Timestamp_Fan_Off

private

Variable for fan status delay.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ u32_Timestamp_Fan_On

U32 TFunction_Block_Cooling_System_Model::u32_Timestamp_Fan_On

private

Variable for fan status delay.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ u32_Timestamp_Heater_Off

U32 TFunction_Block_Cooling_System_Model::u32_Timestamp_Heater_Off

private

Variable for heater status delay.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ u32_Timestamp_Heater_On

U32 TFunction_Block_Cooling_System_Model::u32_Timestamp_Heater_On

private

Variable for heater status delay.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ u32_Timestamp_Pump_Off

U32 TFunction_Block_Cooling_System_Model::u32_Timestamp_Pump_Off

private

Variable for pump status delay.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ u32_Timestamp_Pump_On

U32 TFunction_Block_Cooling_System_Model::u32_Timestamp_Pump_On

private

Variable for pump status delay.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

◆ Water

Properties TFunction_Block_Cooling_System_Model::Water

private

Variable responsible for water properties.

Referenced by Execute(), and TFunction_Block_Cooling_System_Model().

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

ConOpSys/Blocks/Function_Block_Cooling_System_Model.h
ConOpSys/Blocks/Function_Block_Cooling_System_Model.cpp

Classes

Public Member Functions

Public Attributes

Private Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ TFunction_Block_Cooling_System_Model()

◆ ~TFunction_Block_Cooling_System_Model()

Member Function Documentation

◆ Execute()

◆ He_Fan_State_Changer()

◆ Heater_State_Changer()

◆ Init()

◆ lambda_air()

◆ lambda_water()

◆ nu_air()

◆ nu_water()

◆ Pump_State_Changer()

Member Data Documentation

◆ Air

◆ Aluminium_Inductor_Heatsink_1

◆ Aluminium_Inductor_Heatsink_2

◆ ARIA_2

◆ bool_Fan_State

◆ bool_Heater_State

◆ bool_Pump_State

◆ f32_Constant_Fan_Speed

◆ f32_Constant_Water_Flow

◆ f32_Fan_Speed

◆ f32_Fan_Speed_Active

◆ F32_Inductor_Heatsink_Tube_Diameter

◆ F32_Power_Modules_Tube_Diameter

◆ F32_Tube_Area

◆ f32_Water_Speed

◆ f32_Water_Speed_Active

◆ FAN_D

◆ FC_L

◆ Ferrum_IGBT

◆ object_bool_EMU_Heat_Exchanger_Fuse_Status

◆ object_bool_EMU_Heater_Fuse_Status

◆ object_bool_EMU_Pump_Fuse_Status

◆ object_bool_LCS_He_Fan_Contactor_Status

◆ object_bool_LCS_He_Fan_Control

◆ object_bool_LCS_Heater_Contactor_Status

◆ object_bool_LCS_Heater_Control

◆ object_bool_LCS_Pump_Contactor_Status

◆ object_bool_LCS_Pump_Control

◆ object_f32_Ambient_Temperature

◆ object_f32_BALLAST_1_Temperature

◆ object_f32_BALLAST_2_Temperature

◆ object_f32_Fan_Speed

◆ object_f32_GSI_1_Temperature

◆ object_f32_GSI_2_Temperature

◆ object_f32_GSI_3_Temperature

◆ object_f32_IGBT_Power

◆ object_f32_INDUCTOR_GSI_Temperature

◆ object_f32_INDUCTOR_RSI_Temperature

◆ object_f32_Integration_Step

◆ object_f32_LCS_Inlet_Pressure

◆ object_f32_LCS_Inlet_Temperature

◆ object_f32_LCS_Outlet_Pressure

◆ object_f32_LCS_Outlet_Temperature

◆ object_f32_LCS_Water_Mass_Flow

◆ object_f32_RSI_1_Temperature

◆ object_f32_RSI_2_Temperature

◆ object_f32_RSI_3_Temperature

◆ object_f32_Water_Speed

◆ P_Inductor

◆ pi

◆ Pin

◆ Pin_value

◆ Pout

◆ Pout_value

◆ Tau

◆ u32_Timestamp_Fan_Off

◆ u32_Timestamp_Fan_On

◆ u32_Timestamp_Heater_Off

◆ u32_Timestamp_Heater_On