EnergyStandbyManagementType TOC Previous Next Specification

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.