EnergyStandbyManagementType

The representation of the EnergyStandbyManagementType ObjectType in the address space is shown in the following table:

Name	Attribute
NodeId	ns=1;i=1005
NamespaceUri	http://opcfoundation.org/UA/PNEM/
BrowseName	EnergyStandbyManagementType
NodeClass	ObjectType
IsAbstract	False
SubtypeOf	BaseObjectType

The references from the EnergyStandbyManagementType ObjectType Node are shown in the following table:

Reference	NodeClass	BrowseName	DataType	TypeDefinition	ModellingRule
HasComponent	Method	EndPause			Optional
HasComponent	Object	EnergySavingModes		EnergySavingModesContainerType	Optional
HasComponent	Object	EnergySavingModeStatus		EnergySavingModeStatusType	Mandatory
HasComponent	Object	Lock		LockingServicesType	Optional
HasComponent	Variable	PauseTime	Duration	BaseDataVariableType	Mandatory
HasComponent	Variable	StandbyManagementStatus	Byte	MultiStateDiscreteType	Mandatory
HasComponent	Method	StartPause			Optional
HasComponent	Method	SwitchToEnergySavingMode			Optional

EndPause

Signature

    EndPause(        [out] Duration CurrentTimeToOperate
        [out] Byte ReturnCode
    );

Argument	Description
CurrentTimeToOperate	Time needed to reach PE_ready_to_operate if successful, otherwise unchanged.
ReturnCode	PROFIenergy return code. See table Table 11.

StartPause

Signature

    StartPause(
        [in]  Duration PauseTime
        [out] Byte ModeID
        [out] Duration CurrentTimeToDestination
        [out] Duration RegularTimeToOperate
        [out] Duration TimeMinLengthToStay
        [out] Byte ReturnCode
    );

Argument	Description
PauseTime	Requested pause time.
ModeID	ID of the destination energy saving mode if successful, otherwise unchanged.
CurrentTimeToDestination	Time needed to reach the energy saving mode if successful, otherwise unchanged.
RegularTimeToOperate	Time needed to reach PE_ready_to_operate again if the destination energy saving mode will be regularly terminated if successful, otherwise unchanged.
TimeMinLengthToStay	Time of minimum stay in the destination energy saving mode if successful, otherwise unchanged.
ReturnCode	PROFIenergy return code. See Table 11.

SwitchToEnergySavingMode

Signature

    SwitchToEnergySavingMode(
        [in]  Byte ModeID
        [out] Byte EffectiveModeID
        [out] Duration CurrentTimeToDestination
        [out] Duration RegularTimeToOperate
        [out] Duration TimeMinLengthOfStay
        [out] Byte ReturnCode
    );

Argument	Description
ModeID	ID of the requested energy saving mode.
EffectiveModeID	ID of the effectively chosen destination energy saving mode if successful, otherwise current mode.
CurrentTimeToDestination	Time needed to reach the destination energy saving mode if successful, otherwise unchanged.
RegularTimeToOperate	Time needed to reach PE_ready_to_operate again if the destination energy saving mode will be regularly terminated if successful, otherwise unchanged.
TimeMinLengthOfStay	Time of minimum stay in the destination energy saving mode if successful, otherwise unchanged.
ReturnCode	Return code. See table Table 11.