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TR 28.829
Study on Network and Service operations for Energy Utilities

3GPP‑Page  
V18.0.1 (Wzip)  2023/06  56 p.
Rapporteur:
Mr. Guttman, Erik
Samsung R&D Institute UK

full Table of Contents for  TR 28.829  Word version:  18.0.1

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0 Introduction  1 Scope  2 References  3 Definitions of terms, symbols and abbreviations  4 Overview  5 Concepts  6 Business use cases and potential requirements  7 Key Issues and potential solutions  8 Conclusion and recommendation  A Service model for energy utilities and communication service providers  B Network services and operations for energy utilities applicability statement  C Use cases not pursued  D Key issues not pursued  $ Change history 

 

0  Introduction  p. 6

The purpose of the present document is to study on Network and Service Operations for Energy Utilities.

1  Scope  p. 7

The present document considers service requirements introduced by the SEI work item related to telecom management TS 22.104 and TS 22.261. This feasibility study identifies use cases and requirements for exposing capabilities of the 3GPP management system to external energy utility service providers. The study further considers how management capabilities or what information can be provided to MNOs by the external energy utility service providers. The study will consider both energy utility use cases and requirements. The study of FS_NSCE TR 28.824 can be considered for the technical investigation.
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2  References  p. 7

3  Definitions of terms, symbols and abbreviations  p. 8

3.1  Terms  p. 8

3.2  Symbols  p. 9

3.3  Abbreviations  p. 9

4  Overview  p. 9

4.1  General  p. 9

5  Concepts  p. 10

5.1  Energy Service is Critical for Telecommunications Service Availability  p. 10

6  Business use cases and potential requirements  p. 10

6.1  Business use case: MNO exposes network performance monitoring  p. 10

6.1.1  Description  p. 10

6.1.2  Details  p. 11

6.1.3  Potential Requirements  p. 13

6.2  Business use case: Energy utility and telecommunication coordinated recovery of energy service  p. 14

6.2.1  Description  p. 14

6.2.2  Details  p. 17

6.2.3  Potential Requirements  p. 18

6.3  Business use case: Rapid intervention for outages without redundant energy feeder topology  p. 19

6.3.1  Description  p. 19

6.3.2  Details  p. 20

6.3.3  Potential requirements  p. 23

7  Key Issues and potential solutions  p. 24

7.1  Key Issue #1: MNO exposes network performance monitoring  p. 24

7.1.1  Description  p. 24

7.1.2  Potential solutions  p. 24

7.1.2.1  Potential Solution #1: MNO exposes network performance monitoring  p. 24

7.1.2.1.1  Introduction  p. 24
7.1.2.1.2  Description  p. 25

7.1.2.2  Potential Solution #2: MNO exposes network performance monitoring  p. 26

7.2  Void

7.3  Key Issue #3: Energy utility and telecommunication coordinated recovery of energy service  p. 26

7.3.1  Description  p. 26

7.3.1.1  General  p. 26

7.3.1.2  Coordinated recovery of energy service with redundant topology  p. 26

7.3.1.3  Coordinated recovery of energy service without redundant topology  p. 27

7.3.2  Potential Solutions  p. 27

7.3.2.1  Potential Solution # 1: Energy utility and telecommunication coordinated rapid recovery of energy service  p. 27

7.3.2.1.1  Introduction  p. 27
7.3.2.1.2  Description  p. 28

7.3.2.2  Potential Solution # 2: Energy utility and telecommunication coordinated rapid recovery of energy service  p. 30

7.4  Key Issue #4: Security aspects of exposure of energy service  p. 30

7.4.1  Description  p. 30

7.4.2  Potential solutions  p. 30

7.4.2.1  Potential solution #1: CAPIF  p. 30

7.4.2.2  Potential solution #2: MSAC  p. 30

8  Conclusion and recommendation  p. 30

8.1  Key Issue #1: MNO exposes network performance monitoring  p. 30

8.2  Key Issue #3: Energy utility and telecommunication coordinated recovery of energy service  p. 31

8.3  Key Issue #3: Security aspects of exposure of energy service  p. 32

A  Service model for energy utilities and communication service providers  p. 33

B  Network services and operations for energy utilities applicability statement  p. 34

C  Use cases not pursued  p. 36

C.1  General  p. 36

C.2  Business use case: DSO obtains network performance and outage information, current practice  p. 36

C.2.1  Description  p. 36

C.2.2  Details  p. 39

C.2.3  Potential requirements  p. 40

C.3  Business use case: DSO reporting to MNO to resolve problems and incidents, current practice  p. 40

C.3.1  Description  p. 40

C.3.2  Details  p. 41

C.3.3  Potential requirements  p. 42

C.4  Business use case Energy Outage Coordination current practice  p. 43

C.4.1  Description  p. 43

C.4.2  Details  p. 43

C.4.3  Use case actors  p. 44

C.4.4  Use case service flow  p. 44

C.4.5  Potential requirements  p. 44

C.5  Business use case: MNO exposes Network Alarm  p. 44

C.5.1  Description  p. 44

C.5.2  Details  p. 45

C.5.3  Potential Requirements  p. 46

C.6  Business use case: DSO Provides Performance Information indicating Relevant Changes to its Network  p. 47

C.6.1  Description  p. 47

C.6.2  Details  p. 47

C.6.3  Potential Requirements  p. 49

C.7  Business use case: DSO reports an incident to MNO  p. 49

C.7.1  Description  p. 49

C.7.2  Details  p. 50

C.7.3  Potential Requirements  p. 51

D  Key issues not pursued  p. 53

D.1  Key Issue # 2: DSO reports an incident to the MNO  p. 53

D.1.1  Description  p. 53

D.1.2  Potential Solutions  p. 53

D.1.2.1  Potential Solution # 1: TMF API 621 (Trouble Ticket)  p. 53

D.1.2.1.1  Introduction  p. 53

D.1.2.2  Potential Solution # 2: MnS-based standardized interface  p. 53

D.2.2.2.1  Introduction  p. 53

$  Change history  p. 54

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