Smart Grid Applications Overview > Smart Operations Solution > SOS Configuration Overview > Network Adapter > Network Adapter for Multispeak > Network Adapter for Multispeak |
Version: 10.1 |
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.
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. |
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. |