Smart Grid Applications Overview > Smart Operations Solution > SOS Configuration Overview > Network Adapter > Network Adapter for Multispeak > Network Adapter for Multispeak |
Version: 10.2 and 10.2.1 |
This implementation of Network Adapter as well as MultiSpeak 3.0 is necessary to support real-time integration of Responder with DMS and/or OASyS.
Follow the steps below to configure Network Adapter to work with DMS. Network Adapter provides DMS with NormalStatus information from the GIS database. Data is exported from a GIS database that uses a MultiSpeak or Electric Data Model. Network Adapter puts it into a MultiSpeak-compliant XML and imports it into DMS.
Before You Begin: Data Dependencies
Info: Substations and Switching Facilities
Step 1: Analyze Data Model
Step 2: Create XSL Style Sheet (optional; create XSL only if necessary)
Step 3: Create Domains
Step 4: Create Feature Classes
Step 5: Create Relationships
Step 6: Add Model Names
Step 7: Assign Model Names and Autoupdaters
Step 8: Configure NetworkAdapter.exe.config
Step 9: Pipeline Rules - Enable Pipeline Rules - Splitting Units
Step 10: Validate XML
Implementation 6 requires data that follows the MultiSpeak data model or the Electric Distribution data model. The steps in this section add tables and attributes that follow the Electric Distribution data model.
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Exporting De-Energized Features If you're attempting to export de-energized features that may be energized by multiple feeders, the export results may not be what you expect. De-energized features with multiple possible features will always be exported only with the feeder that has the lowest FeederID value (the first value that occurs alpha-numerically). For example, a section of de-energized features may be energized by feeders 4, 9, and 12. You will NOT see these de-energized features in an export of feeders 9 or 12. You will see these de-energized features only when exporting feeder 4. |
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Multifeeds Multifeeds, mesh networks, and any other electric networks with loops are not supported. Network Adapter assumes the network is radial and each element in a feeder has a single upstream source. |