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The information with the current voltage is used to ensure that all objects can be fully represented. Additional information can be found in the corresponding asset groups and asset types.

 

Attribut

Type

Domain

Description

NET_ELE_Voltage

DOUBLE

 

Current voltage in the network in kV. This ensures that all possible voltages can be represented. DOUBLE is used to allow 0.4 kV for the low-voltage level 7.
The value can be propagated from the Subnetwork Controller (secondary side of the transformer) to the elements of the subnetwork using BatchTrace. The attribute is available for the feature classes ELE_Device, ELE_Junction, and ELE_Line.

NET_ELE_CircuitController

SHORT

ELE_ControlSubnetwork

The attribute is only available for ELE_Device and can be filled with the following values: 0 = No Barrier, 1 = Is Barrier.
This attribute offers additional flexibility for setting stop criteria in network tracking. When the attribute is set to 1 for a switching element, this switching element acts as a circuit limiter in a network trace. This criterion is taken into account when updating the Circuit-Subnetworks.
Even for network traces of the "FindConnected" type, switching elements can be considered as barriers. For example, FlowControlDevices, which are typically not network limiters, can act as barriers. Furthermore, if CircuitControlDevices are to act as Subnetwork Controllers, the field value net_ele_CircuitController = 1 can be used. With a "FindConnected" trace, all devices in a subnetwork can be selected and displayed, without necessarily having to create subnetworks.

NET_ELE_LevelController

SHORT

ELE_ControlSubnetwork

The attribute is only available for ELE_Device and can be filled with the following values:0 = No Barrier, 1 = Is Barrier.

This attribute provides additional flexibility for setting stop criteria in network tracking. When the attribute is set to 1 for a switching element, this switching element acts as a Network Level Barrier/Controller. This criterion is considered when updating the Level-Subnetworks.

Use Case Example:

Currently, the LV_Level tier is defined in such a way that elements from both low voltage and public lighting are included. By setting the attribute net_ele_LevelController = 1 on the asset type LightingFeedingInSwitch, the LV_Level subnetworks are limited at the transition to the public lighting.

 

When executing the provided batch trace definitions, the name of the Subnetwork Controller is assigned to the attribute "MVFeeder" or "LVFeeder" of all network elements selected by the network tracking. This makes it clear for each network element which subnetwork it belongs to, and possibly also which higher network-level circuit it is connected to.

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Documentation Version 1.5