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TS 28.318
Management and Orchestration –
Network and Services operations for Energy Utilities

3GPP‑Page   ETSI‑search   fToC↓   Partial Content →
V19.1.0 (PDF)  2025/06  62 p.
V18.2.0  2025/06  67 p.
Rapporteur:
Mr. Kaushik, Ashutosh
Samsung R&D Institute UK

full Table of Contents for  TS 28.318  Word version:  19.1.0

each clause number in 'red' refers to the equivalent title in the Partial Content
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0Introduction  p. 5
1Scope  p. 6
2References  p. 6
3Definitions of terms, symbols and abbreviations  p. 7
3.1Terms  p. 7
3.2Symbols  p. 8
3.3Abbreviations  p. 8
4Overview  p. 8
4.1General  p. 8
4.2Background  p. 9
5Requirements  p. 9
5.1General  p. 9
5.2Exposing performance and prediction information for high availability  p. 10
5.2.1Description  p. 10
5.2.2Requirements  p. 10
5.3Exposed coordinated recovery requirements  p. 11
5.3.1Description  p. 11
5.3.2Requirements  p. 12
6Informational model definitions  p. 13
6.1Imported and associated information  p. 13
6.1.1Imported information entities and local labels  p. 13
6.1.2Associated information entities and local labels  p. 13
6.2Class diagrams  p. 13
6.2.1Relationships  p. 13
6.2.2Inheritance  p. 14
6.3Class definitions  p. 15
6.3.1OutageAndRecoveryInfo  p. 15
6.3.2EnergyServiceLocation <<datatype>>  p. 16
6.3.3DsoThresholdMonitor  p. 16
6.4Attribute definitions  p. 17
6.4.1Attribute properties  p. 17
6.5Performance Measurements and KPIs for NSOEU  p. 19
6.6Common notifications  p. 19
7Stage 3 definitions  p. 19
7.1OpenAPI document for DSO NRM  p. 19
AProcedures  p. 20
A.1Exposing performance and prediction information for high availability  p. 20
A.1.1DSO is trusted and supported by network operator, non-split gNB  p. 20
A.1.2DSO is trusted and supported by network operator, split gNB  p. 31
A.2Energy utility and telecommunication coordinated rapid recovery of energy service procedure  p. 42
A.2.1General  p. 42
A.2.2Signal flow  p. 42
BCoordinated energy service recovery business relationship model  p. 43
CCoordinated energy recovery use cases supported  p. 44
C.1General  p. 44
C.2Scenario #1: Energy service recovery with redundant energy distribution topology  p. 44
C.3Scenario #2: Energy service recovery without redundant energy distribution topology  p. 48
DUnspecified needed configuration and functionality  p. 52
D.1General  p. 52
D.2Service reachability configuration  p. 52
D.3Service security management  p. 53
D.4Service configuration  p. 53
E(Normative)  UML source code  p. 53
$Change history  p. 62

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