IEC 63380-2:2025
(Main)Standard interface for connecting charging stations to local energy management systems - Part 2: Specific data model mapping
Standard interface for connecting charging stations to local energy management systems - Part 2: Specific data model mapping
IEC 63380-2:2025 defines the secure information exchange between local energy management systems and electric vehicle charging stations. The local energy management systems communicate to the charging station controllers via the resource manager. This document maps the generic use case functions defined in IEC 63380-1 to specific data model. This edition of this document defines specifically SPINE Resources and ECHONET Lite Resources mapped from the high-level use case functions defined in IEC 63380-1.
Interface normale pour la connexion de bornes de charge aux systèmes locaux de gestion de l’énergie - Partie 2: Mise en correspondance avec des modèles de données spécifiques
L'IEC 63380-2:2025 définit l’échange sécurisé d’informations entre les systèmes locaux de gestion de l’énergie et les bornes de charge pour véhicules électriques. Les systèmes locaux de gestion de l’énergie communiquent avec les contrôleurs de charge par l’intermédiaire du gestionnaire des ressources. Le présent document met en correspondance les fonctions de cas d’utilisation générique définies dans l’IEC 63380-1 avec un modèle de données spécifique. La présente édition du présent document définit spécifiquement les ressources SPINE et ECHONET Lite mises en correspondance à partir des fonctions de cas d’utilisation définies dans l’IEC 63380-1.
General Information
Standards Content (Sample)
IEC 63380-2 ®
Edition 1.0 2025-07
INTERNATIONAL
STANDARD
Standard interface for connecting charging stations to local energy
management systems -
Part 2: Specific data model mapping
ICS 29.240.99; 43.120 ISBN 978-2-8327-0581-0
All rights reserved. Unless otherwise specified, no part of this publication may be reproduced or utilized in any form or
by any means, electronic or mechanical, including photocopying and microfilm, without permission in writing from either
IEC or IEC's member National Committee in the country of the requester. If you have any questions about IEC copyright
or have an enquiry about obtaining additional rights to this publication, please contact the address below or your local
IEC member National Committee for further information.
IEC Secretariat Tel.: +41 22 919 02 11
3, rue de Varembé info@iec.ch
CH-1211 Geneva 20 www.iec.ch
Switzerland
About the IEC
The International Electrotechnical Commission (IEC) is the leading global organization that prepares and publishes
International Standards for all electrical, electronic and related technologies.
About IEC publications
The technical content of IEC publications is kept under constant review by the IEC. Please make sure that you have the
latest edition, a corrigendum or an amendment might have been published.
IEC publications search - IEC Products & Services Portal - products.iec.ch
webstore.iec.ch/advsearchform Discover our powerful search engine and read freely all the
The advanced search enables to find IEC publications by a publications previews, graphical symbols and the glossary.
variety of criteria (reference number, text, technical With a subscription you will always have access to up to date
committee, …). It also gives information on projects, content tailored to your needs.
replaced and withdrawn publications.
Electropedia - www.electropedia.org
The world's leading online dictionary on electrotechnology,
IEC Just Published - webstore.iec.ch/justpublished
Stay up to date on all new IEC publications. Just Published containing more than 22 500 terminological entries in English
details all new publications released. Available online and and French, with equivalent terms in 25 additional languages.
once a month by email. Also known as the International Electrotechnical Vocabulary
(IEV) online.
IEC Customer Service Centre - webstore.iec.ch/csc
If you wish to give us your feedback on this publication or
need further assistance, please contact the Customer
Service Centre: sales@iec.ch.
CONTENTS
FOREWORD . 12
INTRODUCTION . 14
1 Scope . 16
2 Normative references . 16
3 Terms, definitions and abbreviated terms . 16
3.1 Terms and definitions. 16
3.2 Abbreviated terms . 19
4 Overview . 19
4.1 General . 19
4.2 Reading the graphics . 20
4.2.1 General . 20
4.2.2 Hierarchy diagram . 20
4.2.3 Sequence diagram . 21
4.3 Finding the right information . 22
5 Use case function (UCF) details . 22
5.1 General . 22
5.2 Mapping to SPINE . 22
5.2.1 Concepts . 22
5.2.2 UCF_AC_Measurement . 39
5.2.3 UCF_Characteristics . 68
5.2.4 UCF_Charging_Power_Limits . 77
5.2.5 UCF_Consumption_Curve . 81
5.2.6 UCF_Device_Configuration. 91
5.2.7 UCF_Device_State . 101
5.2.8 UCF_EV_Connected . 106
5.2.9 UCF_Heartbeat . 107
5.2.10 UCF_Identification . 112
5.2.11 UCF_ Incentive_Table . 116
5.2.12 UCF_Load_Control . 129
5.2.13 UCF_Manufacturer_Information . 139
5.2.14 UCF_Maximum_Power_Limitation_Curve . 143
5.2.15 UCF_ Measurement . 152
5.2.16 UCF_ Power_Limit . 158
5.2.17 UCF_Session_Summary . 164
5.2.18 UCF_Setpoint . 173
5.3 Mapping to ECHONET Lite . 182
5.3.1 Concepts . 182
5.3.2 UCF_Device_State . 182
5.3.3 UCF_EV_Connected . 185
5.3.4 UCF_Load_Control . 187
5.3.5 UCF_Measurement . 189
5.3.6 UCF_Operation_Mode . 191
5.3.7 UCF_ Power_Limit . 195
Bibliography . 198
Figure 1 – Overview of resources within IEC 63380-2 . 20
Figure 2 – Actor overview example . 21
Figure 3 – Example communication sequence diagram . 21
Figure 4 – Actor overview example . 34
Figure 5 – Pre-scenario communication – Detailed discovery sequence diagram . 37
Figure 6 – Pre-scenario communication – Binding sequence diagram . 38
Figure 7 – Pre-scenario communication – Subscription sequence diagram . 39
Figure 8 – Messaging sequence for UCF_AC_Measurement . 40
Figure 9 – UCF_AC_Measurement: Request Measurement/ Measurement
communication sequence diagram . 41
Figure 10 – UCF_AC_Measurement: Request Electrical Connection Data (Electrical
Connection Data communication sequence diagram) . 59
Figure 11 – Actor "Device " overview . 67
Figure 12 – Actor "EMS" overview . 68
Figure 13 – Messaging sequence for UCF_Characteristics . 68
Figure 14 – UCF_Characteristics: Request Characteristics/Characteristics
communication sequence diagram . 69
Figure 15 – Actor "Device" overview . 76
Figure 16 – Actor "EMS" overview . 76
Figure 17 – Messaging sequence for UCF_Charging_Power_Limits . 77
Figure 18 – UCF_Charging_Power_Limits: Request Power Limits (Power Limits
communication sequence diagram) . 77
Figure 19 – Actor "Device" overview . 80
Figure 20 – Actor "EMS" overview . 81
Figure 21 – Messaging sequence for UCF_Consumption_Curve . 82
Figure 22 – SPINE sequence diagram for Request Consumption Curve and
Consumption Curve . 83
Figure 23 – Actor "Device" overview . 90
Figure 24 – Actor "EMS" overview . 91
Figure 25 – Messaging sequence for UCF_Device_Configuration . 91
Figure 26 – UCF_Device Configuration: Request Device Configuration (Device
Configuration Data communication sequence diagram) . 92
Figure 27 – UCF_Device Configuration: Notify Device Configuration Data
communication sequence diagram . 97
Figure 28 – UCF_Device Configuration: Write Device Configuration communication
sequence diagram . 98
Figure 29 – Actor "Device" overview . 100
Figure 30 – Actor "EMS" overview . 101
Figure 31 – Messaging sequence for UCF_Device_State . 101
Figure 32 – SPINE sequence diagram for Device State . 102
Figure 33 – Actor "Device" overview . 105
Figure 34 – Actor "EMS" overview . 105
Figure 35 – Actor "Device" overview . 106
Figure 36 – Actor "EMS" overview . 107
Figure 37 – Messaging sequence for UCF_Heartbeat . 107
Figure 38 – UCF_Heartbeat communication sequence diagram . 108
Figure 39 – Actor "Device" overview . 111
Figure 40 – Actor "EMS" overview . 112
Figure 41 – Messaging sequence for UCF_Identification . 113
Figure 42 – UCF_Identification communication sequence diagram . 113
Figure 43 – Actor "Device" overview . 115
Figure 44 – Actor "EMS" overview . 116
Figure 45 – Messaging sequence for UCF_Incentive_Table . 116
Figure 46 – SPINE sequence diagram for Read Incentive Table and Incentive Table . 117
Figure 47 – SPINE sequence diagram for Write Incentive Table . 123
Figure 48 – Actor "Device" overview . 128
Figure 49 – Actor "EMS" overview . 129
Figure 50 – Messaging sequence for UCF_Load_Control . 129
Figure 51 – SPINE sequence diagram for Request Load Constraints and Load
Constraints . 130
Figure 52 – SPINE sequence diagram for Load Constraints . 136
Figure 53 – SPINE sequence diagram for Load Control . 137
Figure 54 – UCF_Load_Control Actor "Device" overview. 138
Figure 55 – UCF_Load_Control Actor "EMS" overview . 138
Figure 56 – Messaging sequence for UCF_ Manufacturer_Information . 139
Figure 57 – SPINE sequence diagram for Request Manufacturer Data and
Manufacturer Data . 139
Figure 58 – Actor "Device" overview . 142
Figure 59 – Actor "EMS" overview . 143
Figure 60 – Messaging sequence for UCF_ Maximum_Power_Limitation_Curve . 143
Figure 61 – SPINE sequence diagram for Request Max Power Limitation Curve and
Max Power Limitation Curve . 144
Figure 62 – SPINE sequence diagram for Update Max Power Limitation Curve . 149
Figure 63 – Actor "Device" overview . 151
Figure 64 – Actor "EMS" overview . 152
Figure 65 – Messaging sequence for UCF_Measurement. 152
Figure 66 – SPINE sequence diagram for Request Measurement and Measurement . 153
Figure 67 – Actor "Device" overview . 157
Figure 68 – Actor "EMS" overview . 157
Figure 69 – Messaging sequence for UCF_Power_Limit . 158
Figure 70 – UCF_Power_Limit: Read Active Power Limit (Current Active Power Limit
communication sequence diagram) . 158
Figure 71 – UCF_Power_Limit: Notify Current Active Power Limit communication
sequence diagram . 161
Figure 72 – Actor "Device" overview . 163
Figure 73 – Actor "EMS" overview . 163
Figure 74 – Messaging sequence for UCF_Session_Summary . 165
Figure 75 – SPINE sequence diagram for Request Session Summary and Session
Summary . 165
Figure 76 – SPINE sequence diagram for Write Session Summary . 170
Figure 77 – Actor "Device" overview . 173
Figure 78 – Actor "EMS" overview . 173
Figure 79 – Messaging sequence for UCF_Setpoint . 174
Figure 80 – SPINE sequence diagram for Request Setpoint and Setpoint . 174
Figure 81 – SPINE sequence diagram for Change Setpoint . 180
Figure 82 – Actor "Device" overview . 181
Figure 83 – Actor "EMS" overview . 181
Figure 84 – ECHONET Lite frame format . 182
Figure 85 – ECHONET Lite sequence diagram for Request Device State and Device
State . 183
Figure 86 – ECHONET Lite sequence diagram for EV Connected . 186
Figure 87 – ECHONET Lite sequence diagram for Load Control . 187
Figure 88 – ECHONET Lite sequence diagram for Request Measurement and
Measurement . 190
Figure 89 – Messaging sequence for UCF_Operation_Mode . 191
Figure 90 – ECHONET Lite sequence diagram for Request Device State and Device
State . 192
Figure 91 – ECHONET Lite sequence diagram for Power Limit . 195
Table 1 – Presence indication description . 27
Table 2 – Example table for cardinality indications on elements and list items . 29
Table 3 – Content of an example table . 33
Table 4 – Content of measurementDescriptionListData read at actor EMS – Use case
"Monitoring of Power Consumption", "EV Charging Electricity Measurement" . 41
Table 5 – Content of measurementConstraintListData read at actor EMS . 42
Table 6 – Content of measurementListData read at actor EMS . 42
Table 7 – Content of measurementDescriptionListData reply or notify at actor device –
Power, non-phase specific – Use case "Monitoring of Power Consumption" . 42
Table 8 – Content of measurementDescriptionListData reply or notify at actor device –
Power, non-phase specific – Use case "EV Charging Electricity Measurement" . 43
Table 9 – Content of measurementDescriptionListData reply or notify at actor device –
Power, phase-specific – Use case "Monitoring of Power Consumption" . 43
Table 10 – Content of measurementConstraintsListData reply or notify at actor device
– Power, non-phase specific – Use case "Monitoring of Power Consumption" . 44
Table 11 – Content of measurementConstraintsListData reply or notify at actor device
– Power, non-phase specific – Use case "EV Charging Electricity Measurement" . 44
Table 12 – Content of measurementConstraintsListData reply or notify at actor device
– Power, phase specific – Use case "Monitoring of Power Consumption" . 45
Table 13 – Content of measurementConstraintsListData reply or notify at actor device
– Power, phase specific – Use case "Monitoring of Power Consumption" . 46
Table 14 – Content of measurementListData reply or notify at actor device – Power,
non-phase specific – Use case "Monitoring of Power Consumption" . 46
Table 15 – Content of measurementListData reply or notify at actor device – Power,
non-phase-specific – Use case "EV Charging Electricity Measurement" . 47
Table 16 – Content of measurementDescriptionListData reply or notify at actor device
– Energy consumed – Use case "Monitoring of Power Consumption" . 47
Table 17 – Content of measurementDescriptionListData reply or notify at actor device
– Energy produced – Use case "Monitoring of Power Consumption" . 48
Table 18 – Content of measurementDescriptionListData reply or notify at actor device
– Use case "EV Charging Electricity Measurement" . 48
Table 19 – Content of measurementConstraintsListData reply or notify at actor device
– Energy consumed – Use case "Monitoring of Power Consumption" . 49
Table 20 – Content of measurementConstraintsListData reply or notify at actor device
– Energy produced – Use case "Monitoring of Power Consumption" . 49
Table 21 – Content of measurementConstraintsListData reply or notify at actor device
– Use case "EV Charging Electricity Measurement" . 50
Table 22 – Content of measurementListData reply or notify at actor device – Energy
consumed – Use case "Monitoring of Power Consumption" . 50
Table 23 – Content of measurementListData reply or notify at actor device – Energy
produced – Use case "Monitoring of Power Consumption" . 51
Table 24 – Content of measurementListData reply or notify at actor device – Use case
"EV Charging Electricity Measurement". 51
Table 25 – Content of measurementDescriptionListData reply or notify at actor device
– Current – Use case "Monitoring of Power Consumption" . 52
Table 26 – Content of measurementDescriptionListData reply or notify at actor device
– Current – Use case "EV Charging Electricity Measurement" . 52
Table 27 – Content of measurementConstraintsListData reply or notify at actor device
– Current – Use case "Monitoring of Power Consumption" . 53
Table 28 – Content of measurementConstraintsListData reply or notify at actor device
– Current – Use case "EV Charging Electricity Measurement" . 54
Table 29 – Content of measurementListData reply or notify at actor device – Current –
Use case "Monitoring of Power Consumption" . 55
Table 30 – Content of measurementListData reply or notify at actor device – Current –
Use case "EV Charging Electricity Measurement" . 55
Table 31 – Content of measurementDescriptionListData reply or notify at actor device
– Voltage – Use case "Monitoring of Power Consumption" . 56
Table 32 – Content of measurementConstraintsListData reply or notify at actor device
– Voltage – Use case "Monitoring of Power Consumption" . 56
Table 33 – Content of measurementListData reply or notify at actor device – Voltage –
Use case "Monitoring of Power Consumption" . 57
Table 34 – Content of measurementDescriptionListData reply or notify at actor device
– Frequency – Use case "Monitoring of Power Consumption" . 57
Table 35 – Content of measurementConstraintsListData reply or notify at actor device
– Frequency – Use case "Monitoring of Power Consumption" . 58
Table 36 – Content of measurementListData reply or notify at actor device –
Frequency – Use case "Monitoring of Power Consumption" . 58
Table 37 – Content of electricalConnectionParameterListData read at actor EMS . 59
Table 38 – Content of electricalConnectionDescriptionListData read at actor EMS . 59
Table 39 – Content of electricalConnectionDescriptionListData reply or notify at actor
device – Use case "Monitoring of Power Consumption" . 60
Table 40 – Content of electricalConnectionDescriptionListData reply or notify at actor
device – Use case "EV Charging Electricity Measurement" . 60
Table 41 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Power, non-phase specific . 61
Table 42 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Power, non-phase specific – Use case "EV Charging Electricity
Measurement". 61
Table 43 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Power, phase-specific . 62
Table 44 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Energy consumed – Use case "Monitoring of Power
Consumption" . 62
Table 45 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Energy produced – Use case "Monitoring of Power
Consumption" . 63
Table 46 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Use case "EV Charging Electricity Measurement" . 63
Table 47 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Current – Use case "Monitoring of Power Consumption" . 64
Table 48 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Current – Use case "EV Charging Electricity Measurement" . 64
Table 49 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Voltage – Use case "Monitoring of Power Consumption" . 65
Table 50 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Frequency – Use case "Monitoring of Power Consumption" . 66
Table 51 – Actor naming for "Device" . 66
Table 52 – Actor naming for "EMS" . 67
Table 53 – Content of electricalConnectionCharacteristicListData read at actor EMS –
use cases "Limitation of Active Power Consumption", "Dynamic Bidirectional EV
Charging, scenario 3" . 69
Table 54 – Content of electricalConnectionCharacteristicListData reply or notify at
actor device – Use case "Limitation of Power Consumption" . 70
Table 55 – Content of electricalConnectionCharacteristicListData reply or notify at
actor device – Use case "Dynamic Bidirectional EV Charging" . 73
Table 56 – Actor naming for "Device" . 75
Table 57 – Actor naming for "EMS" . 76
Table 58 – Information content for electricalConnectionParameterDescriptionListData
read at actor EMS . 78
Table 59 – Information content for electricalConnectionPermittedValueSetListData
read at actor EMS . 78
Table 60 – Information content for electricalConnectionParameterDescriptionListData
reply at actor device – Use case "EV Commissioning and Configuration" . 79
Table 61 – Information content for electricalConnectionPermittedValueSetListData
reply at actor device – Use case "EV Commissioning and Configuration" . 79
Table 62 – Information content for timeSeriesDescriptionListData read at actor EMS –
Use case "Coordinated EV Charging", scenario 1 . 83
Table 63 – Information content for timeSeriesDescriptionListData read at actor EMS –
Use case "Coordinated EV Charging", scenario 4 . 83
Table 64 – Information content for timeSeriesDescriptionListData read at actor EMS –
Use case "Dynamic Bidirectional EV Charging", scenario 2 . 84
Table 65 – Information content for timeSeriesListData read at actor EMS (all cases) . 84
Table 66 – Information content for timeSeriesDescriptionListData reply at actor device
– Use case "Coordinated EV Charging" . 84
Table 67 – Information content for timeSeriesDescriptionListData reply at actor device
– Use case "Dynamic Bidirectional EV Charging" . 85
Table 68 – Information content for timeSeriesListData reply at actor device – Use case
"Coordinated EV Charging" . 85
Table 69 – Information content for timeSeriesListData reply at actor device – Use case
"Dynamic Bidirectional EV Charging" . 88
Table 70 – Actor naming for "Device" . 90
Table 71 – Content of deviceConfigurationKeyValueDescriptionListData read at actor
EMS . 92
Table 72 – Content of deviceConfigurationKeyValueListData read at actor EMS . 92
Table 73 – Content of deviceConfigurationKeyValueDescriptionListData reply or notify
at actor device – failsafeConsumptionActivePowerLimit – Use case "Limitation of
Power Consumption" . 93
Table 74 – Content of deviceConfigurationKeyValueDescriptionListData reply or notify
at actor device – failsafeDurationMinimum – Use case "Limitation of Power
Consumption" . 93
Table 75 – Content of deviceConfigurationKeyValueDescriptionListData reply or notify
at actor device – Use case "EV Commissioning and Configuration". 94
Table 76 – Content of deviceConfigurationKeyValueDescriptionListData reply or notify
at actor device – Use case "Dynamic Bidirectional EV Charging" . 94
Table 77 – Content of deviceConfigurationKeyValueListData reply or notify at actor
device – Use case "Limitation of Power Consumption" . 95
Table 78 – Content of deviceConfigurationKeyValueListData reply or notify at actor
device – Use case "EV Commissioning and Configuration" . 96
Table 79 – Content of deviceConfigurationKeyValueListData reply or notify at actor
device – Use case "Dynamic Bidirectional EV Charging" . 96
Table 80 – Content of deviceConfigurationKeyValueListData write at actor EMS – Use
case "Limitation of Power Consumption" for Failsafe Duration Minimum . 97
Table 81 – Content of deviceConfigurationKeyValueListData write at actor EMS – Use
case "Limitation of Power Consumption" for Failsafe Duration Minimum . 98
Table 82 – Actor naming for "Device" . 99
Table 83 – Actor naming for "EMS" . 100
Table 84 – Information content for deviceDiagnosisStateData reply at actor EMS – use
cases "Overload Protection by EV Charging Current Curtailment", "Optimization of
Self-Consumption during EV Charging" . 102
Table 85 – Information content for deviceDiagnosisStateData reply at actor device –
Use case "EV Commissioning and Configuration" . 102
Table 86 – Information content for deviceDiagnosisStateData reply at actor device –
Use case "Coordinated EV Charging" . 103
Table 87 – Information content for deviceDiagnosisStateData reply at actor EMS –
Use case "Coordinated EV Charging" . 103
Table 88 – Information content for deviceDiagnosisStateData reply at actor device –
Use case "Charging station Commissioning and Configuration" . 103
Table 89 – Resource Names for UCF_Device_State, Actor "Device" . 104
Table 90 – Content of deviceDiagnosisHeartbeatData read at actor device or EMS . 108
Table 91 – Content of deviceDiagnosisHeartbeatData reply or notify at actor device or
EMS – Use case "Limitation of Power consumption" . 109
Table 92 – Content of deviceDiagnosisHeartbeatData reply or notify at actor EMS –
Use case "Coordinated EV Charging" . 109
Table 93 – Content of deviceDiagnosisHeartbeatData reply or notify at actor EMS –
Use case "Overload Protection by EV Charging Current Curtailment", at actor device –
Use case " Optimization of Self-Consumption During EV Charging" . 110
Table 94 – Actor naming for "Device" . 111
Table 95 – Actor naming for "EMS" . 112
Table 96 – Information content for identificationListData read at actor EMS . 113
Table 97 – Information content for identificationListData reply or notify at actor device
– Use case "EV Commissioning and Configuration" . 114
Table 98 – Information content for incentiveTableDescriptionData read at actor EMS . 117
Table 99 – Information content for incentiveTableConstraintsData read at actor EMS . 118
Table 100 – Information content for incentiveTableData read at actor EMS . 118
Table 101 – Information content for incentiveTableDescriptionData reply at actor
device Use case "Coordinated EV Charging" . 118
Table 102 – Information content for incentiveTableConstraintsData reply at actor
device – Use case "Coordinated EV Charging" . 121
Table 103 – Information content for incentiveTableData reply at actor device use case
"Coordinated EV Charging" . 121
Table 104 – Information content for incentiveTableDescriptionData write at actor EMS
–Use case "Coordinated EV Charging" . 124
Table 105 – Information content for incentiveTableData write at actor EMS use case –
"Coordinated EV Charging" . 126
Table 106 – Resource Names for UCF_Incentive_Table actor "Device" . 128
Table 107 – Information content for loadControlLimitDescriptionListData read at actor
EMS . 130
Table 108 – Information content for loadControlLimitListData read at actor EMS . 131
Table 109 – Information content for electricalConnectionParameterDescriptionListData
read at actor EMS . 131
Table 110 – Information content for electricalConnectionPermittedValueSetListData
read at actor EMS . 131
Table 111 – Information content for loadControlLimitDescriptionListData reply at actor
device – Use case "Overload Protection by EV Charging Current Curtailment", and
"Optimization of Self-Consumption during EV Charging" . 132
Table 112 – Information content for loadControlLimitDescriptionListData reply at actor
device – Use case "Overload Protection by EV Charging Current Curtailment", and
"Optimization of Self-Consumption during EV Charging" . 133
Table 113 – Information content for electricalConnectionParameterDescriptionListData
reply at actor device – Use case "Overload Protection by EV Charging Current
Curtailment", and "Optimization of Self-Consumption during EV Charging" . 133
Table 114 – Information content for electricalConnectionPermittedValueSetListData
reply at actor device – Use case "Optimization of Self-Consumption during EV
Charging" . 134
Table 115 – Information content for electricalConnectionPermittedValueSetListData
reply at actor device – Use case "Overload Protection by EV Charging Current
Curtailment" . 135
Table 116 – Information content for loadControlLimitListData write at actor EMS – Use
case "Overload Protection by EV Charging Current Curtailment", and "Optimization of
Self-Consumption during EV Charging" . 136
Table 117 – Resource Names for UCF_Load_Control actor "Device" . 137
Table 118 – Information content for deviceClassificationManufacturerData read at
actor EMS . 139
Table 119 – Information content for deviceClassificationManufacturerData reply at
actor device – Use case "EV Commissioning and Configuration" . 140
Table 120 – Information content for deviceClassificationManufacturerData reply at
actor device – Use case "Charging station Commissioning and Configuration" . 141
Table 121 – Resource Names for UCF_Manufacturer_Information actor "Device" . 142
Table 122 – Information content for timeSeriesDescriptionListData read at actor EMS . 144
Table 123 – Information content for timeSeriesConstraintsListData read at actor EMS . 145
Table 124 – Information content for timeSeriesListData read at actor EMS . 145
Table 125 – Information content for timeSeriesDescriptionListData reply at actor device
– Use case "Coordinated EV Charging" . 146
Table 126 – Information content for timeSeriesConstraintsListData reply at actor
device– Use case "Coordinated EV Charging" . 147
Table 127 – Information content for timeSeriesListData reply at actor device – Use
case "Coordinated EV Charging" . 148
Table 128 – Information content for timeSeriesListData write at actor EMS – Use case
"Coordinated EV Charging" . 149
Table 129 – Resource Names for UCF_Maximum_Powe
...
IEC 63380-2 ®
Edition 1.0 2025-07
NORME
INTERNATIONALE
Interface normale pour la connexion de bornes de charge aux systèmes
locaux de gestion de l’énergie -
Partie 2: Mise en correspondance avec des modèles de données spécifiques
ICS 29.240.99; 43.120 ISBN 978-2-8327-0581-0
SOMMAIRE
AVANT-PROPOS . 13
INTRODUCTION . 15
1 Domaine d’application . 17
2 Références normatives . 17
3 Termes, définitions et abréviations . 17
3.1 Termes et définitions . 17
3.2 Abréviations . 20
4 Vue d’ensemble . 21
4.1 Généralités . 21
4.2 Lecture des graphiques . 21
4.2.1 Généralités . 21
4.2.2 Diagramme hiérarchique . 21
4.2.3 Diagramme séquentiel . 22
4.3 Trouver les bonnes informations . 23
5 Détails des fonctions de cas d’utilisation (UCF) . 23
5.1 Généralités . 23
5.2 Mise en correspondance avec SPINE . 23
5.2.1 Concepts . 23
5.2.2 UCF_AC_Measurement . 42
5.2.3 UCF_Characteristics . 73
5.2.4 UCF_Charging_Power_Limits . 83
5.2.5 UCF_Consumption_Curve . 88
5.2.6 UCF_Device_Configuration. 99
5.2.7 UCF_Device_State . 109
5.2.8 UCF_EV_Connected . 114
5.2.9 UCF_Heartbeat . 115
5.2.10 UCF_Identification . 120
5.2.11 UCF_Incentive_Table . 124
5.2.12 UCF_Load_Control . 138
5.2.13 UCF_Manufacturer_Information . 148
5.2.14 UCF_Maximum_Power_Limitation_Curve . 153
5.2.15 UCF_Mesure . 162
5.2.16 UCF_Power_Limit . 168
5.2.17 UCF_Session_Summary . 174
5.2.18 UCF_Setpoint . 184
5.3 Mise en correspondance avec ECHONET Lite . 193
5.3.1 Concepts . 193
5.3.2 UCF_Device_State . 193
5.3.3 UCF_EV_Connected . 197
5.3.4 UCF_Load_Control . 198
5.3.5 UCF_Measurement . 201
5.3.6 UCF_Operation_Mode . 202
5.3.7 UCF_Power_Limit . 206
Bibliographie . 210
Figure 1 – Vue d’ensemble des ressources dans l’IEC 63380-2 . 21
Figure 2 – Exemple de vue d’ensemble de l’acteur . 22
Figure 3 – Exemple de diagramme séquentiel de communication . 22
Figure 4 – Exemple de vue d’ensemble de l’acteur . 37
Figure 5 – Communication préalable au scénario – Diagramme séquentiel de
découverte détaillé . 40
Figure 6 – Communication préalable au scénario – Diagramme séquentiel de liaison . 41
Figure 7 – Communication préalable au scénario – Diagramme séquentiel
d’abonnement . 42
Figure 8 – Séquence d’échange de messages pour UCF_AC_Measurement . 43
Figure 9 – UCF_AC_Measurement: demande du mesurage/diagramme séquentiel de
communication du mesurage . 44
Figure 10 – UCF_AC_Measurement: demande des données de connexion électrique
(diagramme séquentiel de communication des données de connexion électrique) . 63
Figure 11 – Vue d’ensemble de l’acteur "Dispositif" . 72
Figure 12 – Vue d’ensemble de l’acteur "EMS" . 73
Figure 13 – Séquence d’échange de messages pour UCF_Characteristics . 73
Figure 14 – UCF_Characteristics: demande des caractéristiques/diagramme séquentiel
de communication des caractéristiques . 74
Figure 15 – Vue d’ensemble de l’acteur "Dispositif" . 82
Figure 16 – Vue d’ensemble de l’acteur "EMS" . 83
Figure 17 – Séquence d’échange de messages pour UCF_Charging_Power_Limits . 84
Figure 18 – UCF_Charging_Power_Limits: demande des limites de puissance
(diagramme séquentiel de communication des limites de puissance) . 84
Figure 19 – Vue d’ensemble de l’acteur "Dispositif" . 88
Figure 20 – Vue d’ensemble de l’acteur "EMS" . 88
Figure 21 – Séquence d’échange de messages pour UCF_Consumption_Curve . 89
Figure 22 – Diagramme séquentiel SPINE pour la demande de courbe de
consommation et la courbe de consommation . 90
Figure 23 – Vue d’ensemble de l’acteur "Dispositif" . 98
Figure 24 – Vue d’ensemble de l’acteur "EMS" . 98
Figure 25 – Séquence d’échange de messages pour UCF_Device_Configuration . 99
Figure 26 – Configuration de UCF_Device: demande de la configuration du dispositif
(diagramme séquentiel de communication des données de configuration du dispositif) . 99
Figure 27 – Configuration de UCF_Device: diagramme séquentiel de notification de
communication des données de configuration du dispositif . 105
Figure 28 – Configuration de UCF_Device: diagramme séquentiel d’écriture de
communication de la configuration du dispositif . 106
Figure 29 – Vue d’ensemble de l’acteur "Dispositif" . 108
Figure 30 – Vue d’ensemble de l’acteur "EMS" . 109
Figure 31 – Séquence d’échange de messages pour UCF_Device_State . 109
Figure 32 – Diagramme séquentiel SPINE pour l’état du dispositif . 110
Figure 33 – Vue d’ensemble de l’acteur "Dispositif" . 113
Figure 34 – Vue d’ensemble de l’acteur "EMS" . 113
Figure 35 – Vue d’ensemble de l’acteur "Dispositif" . 114
Figure 36 – Vue d’ensemble de l’acteur "EMS" . 115
Figure 37 – Séquence d’échange de messages pour UCF_Heartbeat . 115
Figure 38 – Diagramme séquentiel de communication de UCF_Heartbeat . 116
Figure 39 – Vue d’ensemble de l’acteur "Dispositif" . 119
Figure 40 – Vue d’ensemble de l’acteur "EMS" . 120
Figure 41 – Séquence d’échange de messages pour UCF_Identification . 121
Figure 42 – Diagramme séquentiel de communication de UCF_Identification . 121
Figure 43 – Vue d’ensemble de l’acteur "Dispositif" . 123
Figure 44 – Vue d’ensemble de l’acteur "EMS" . 124
Figure 45 – Séquence d’échange de messages pour UCF_Incentive_Table . 124
Figure 46 – Diagramme séquentiel SPINE pour la lecture du barème incitatif et le
barème incitatif . 125
Figure 47 – Diagramme séquentiel SPINE pour l’écriture du tableau du barème incitatif . 131
Figure 48 – Vue d’ensemble de l’acteur "Dispositif" . 137
Figure 49 – Vue d’ensemble de l’acteur "EMS" . 138
Figure 50 – Séquence d’échange de messages pour UCF_Load_Control . 138
Figure 51 – Diagramme séquentiel SPINE pour la demande des contraintes de charge
et les contraintes de charge . 139
Figure 52 – Diagramme séquentiel SPINE pour les contraintes de charge . 145
Figure 53 – Diagramme séquentiel SPINE pour le contrôle de la charge . 146
Figure 54 – Vue d’ensemble de l’acteur "Dispositif " UCF_Load_Control . 147
Figure 55 – Vue d’ensemble de l’acteur "EMS" UCF_Load_Control . 147
Figure 56 – Séquence d’échange de messages pour UCF_Manufacturer_Information . 148
Figure 57 – Diagramme séquentiel SPINE pour la demande des données du
constructeur et les données du constructeur . 148
Figure 58 – Vue d’ensemble de l’acteur "Dispositif" . 152
Figure 59 – Vue d’ensemble de l’acteur "EMS" . 152
Figure 60 – Séquence d’échange de messages pour
UCF_Maximum_Power_Limitation_Curve . 153
Figure 61 – Diagramme séquentiel SPINE pour la demande de la courbe de limitation
de la puissance maximale et la courbe de limitation de la puissance maximale . 154
Figure 62 – Diagramme séquentiel SPINE pour la mise à jour de la courbe de limitation
de puissance maximale . 159
Figure 63 – Vue d’ensemble de l’acteur "Dispositif" . 161
Figure 64 – Vue d’ensemble de l’acteur "EMS" . 162
Figure 65 – Séquence d’échange de messages pour UCF_Measurement . 162
Figure 66 – Diagramme séquentiel SPINE pour la demande du mesurage et le
mesurage. 163
Figure 67 – Vue d’ensemble de l’acteur "Dispositif" . 167
Figure 68 – Vue d’ensemble de l’acteur "EMS" . 167
Figure 69 – Séquence d’échange de messages pour UCF_Power_Limit . 168
Figure 70 – UCF_Power_Limit: Lecture de la limite de puissance active (diagramme
séquentiel de communication de la limite de puissance active actuelle) . 168
Figure 71 – UCF_Power_Limit: diagramme séquentiel de communication de la
notification de la limite de puissance active actuelle . 171
Figure 72 – Vue d’ensemble de l’acteur "Dispositif" . 173
Figure 73 – Vue d’ensemble de l’acteur "EMS" . 173
Figure 74 – Séquence d’échange de messages pour UCF_Session_Summary. 175
Figure 75 – Diagramme séquentiel SPINE pour la demande du récapitulatif de la
session et le récapitulatif de la session . 175
Figure 76 – Diagramme séquentiel SPINE pour Rédiger le récapitulatif de la session . 180
Figure 77 – Vue d’ensemble de l’acteur "Dispositif" . 183
Figure 78 – Vue d’ensemble de l’acteur "EMS" . 183
Figure 79 – Séquence d’échange de messages pour UCF_Setpoint . 184
Figure 80 – Diagramme séquentiel SPINE pour la demande du point de consigne et le
point de consigne . 185
Figure 81 – Diagramme séquentiel SPINE pour Modifier la valeur de consigne . 191
Figure 82 – Vue d’ensemble de l’acteur "Dispositif" . 192
Figure 83 – Vue d’ensemble de l’acteur "EMS" . 192
Figure 84 – Format de trame ECHONET Lite . 193
Figure 85 – Diagramme séquentiels ECHONET Lite pour la demande de l’état du
dispositif et l’état du dispositif . 194
Figure 86 – Diagramme séquentiel ECHONET Lite pour VE connecté . 197
Figure 87 – Diagramme séquentiel ECHONET Lite pour le contrôle de la charge . 198
Figure 88 – Diagramme séquentiel ECHONET Lite pour la demande du mesurage et le
mesurage. 201
Figure 89 – Séquence d’échange de messages pour UCF_Operation_Mode . 203
Figure 90 – Diagramme séquentiels ECHONET Lite pour la demande de l’état du
dispositif et l’état du dispositif . 203
Figure 91 – Diagramme séquentiel ECHONET Lite pour la limite de puissance . 207
Tableau 1 – Description d’indication de présence . 29
Tableau 2 – Exemple de tableau d’indications de cardinalité sur les éléments et les
éléments de liste . 31
Tableau 3 – Exemple de contenu d’un tableau . 35
Tableau 4 – Contenu du message "read" measurementDescriptionListData au niveau
de l’acteur EMS – Cas d’utilisation "Surveillance de la consommation de puissance" et
"Mesurage de l’électricité de charge du VE" . 44
Tableau 5 – Contenu du message "read" measurementConstraintListData au niveau de
l’acteur EMS . 45
Tableau 6 – Contenu du message "read" measurementListData au niveau de l’acteur
EMS . 45
Tableau 7 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Puissance, non spécifique à une phase –
Cas d’utilisation "Surveillance de la consommation de puissance" . 46
Tableau 8 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Puissance, non spécifique à une phase –
Cas d’utilisation "Mesurage de l’électricité de charge du VE" . 46
Tableau 9 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Puissance, spécifique à chaque phase –
Cas d’utilisation "Surveillance de la consommation de puissance" . 47
Tableau 10 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Puissance, non spécifique à une phase –
Cas d’utilisation "Surveillance de la consommation de puissance" . 47
Tableau 11 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Puissance, non spécifique à une phase –
Cas d’utilisation "Mesurage de l’électricité de charge du VE" . 48
Tableau 12 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Puissance, spécifique à chaque phase –
Cas d’utilisation "Surveillance de la consommation de puissance" . 48
Tableau 13 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Puissance, spécifique à chaque phase –
Cas d’utilisation "Surveillance de la consommation de puissance" . 49
Tableau 14 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Puissance, non spécifique à une phase – Cas d’utilisation
"Surveillance de la consommation de puissance" . 50
Tableau 15 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Puissance, non spécifique à chaque phase – Cas d’utilisation
"Mesurage de l’électricité de charge du VE" . 50
Tableau 16 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Énergie consommée – Cas d’utilisation "Surveillance
de la consommation de puissance" . 51
Tableau 17 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Énergie produite – Cas d’utilisation "Surveillance de
la consommation de puissance" . 51
Tableau 18 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Cas d’utilisation "Mesurage de l’électricité de charge
du VE" . 52
Tableau 19 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Énergie consommée – Cas d’utilisation "Surveillance
de la consommation de puissance" . 52
Tableau 20 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Énergie produite – Cas d’utilisation "Surveillance de
la consommation de puissance" . 53
Tableau 21 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Cas d’utilisation "Mesurage de l’électricité de charge
du VE" . 53
Tableau 22 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Énergie consommée – Cas d’utilisation "Surveillance de la
consommation de puissance" . 54
Tableau 23 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Énergie produite – Cas d’utilisation "Surveillance de la
consommation de puissance" . 55
Tableau 24 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Cas d’utilisation "Mesurage de l’électricité de charge du VE" . 56
Tableau 25 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Courant – Cas d’utilisation "Surveillance de la
consommation de puissance" . 56
Tableau 26 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Courant – Cas d’utilisation "Mesurage de l’électricité
de charge du VE" . 57
Tableau 27 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Courant – Cas d’utilisation "Surveillance de la
consommation de puissance" . 57
Tableau 28 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Courant – Cas d’utilisation "Mesurage de l’électricité
de charge du VE" . 58
Tableau 29 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Courant – Cas d’utilisation "Surveillance de la consommation de
puissance" . 59
Tableau 30 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Courant – Cas d’utilisation "Mesurage de l’électricité de charge
du VE" . 59
Tableau 31 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Tension – Cas d’utilisation "Surveillance de la
consommation de puissance" . 60
Tableau 32 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Tension – Cas d’utilisation "Surveillance de la
consommation de puissance" . 60
Tableau 33 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Tension – Cas d’utilisation "Surveillance de la consommation de
puissance" . 61
Tableau 34 – Contenu du message "reply" ou "notify" measurementDescriptionListData
au niveau de l’acteur dispositif – Fréquence – Cas d’utilisation "Surveillance de la
consommation de puissance" . 61
Tableau 35 – Contenu du message "reply" ou "notify" measurementConstraintsListData
au niveau de l’acteur dispositif – Fréquence – Cas d’utilisation "Surveillance de la
consommation de puissance" . 62
Tableau 36 – Contenu du message "reply" ou "notify" measurementListData au niveau
de l’acteur dispositif – Fréquence – Cas d’utilisation "Surveillance de la consommation
de puissance" . 62
Tableau 37 – Contenu du message "read" electricalConnectionParameterListData au
niveau de l’acteur EMS . 63
Tableau 38 – Contenu du message "read" electricalConnectionDescriptionListData au
niveau de l’acteur EMS . 64
Tableau 39 – Contenu du message "reply" ou "notify"
electricalConnectionDescriptionListData au niveau de l’acteur dispositif –
Cas d’utilisation "Surveillance de la consommation de puissance" . 64
Tableau 40 – Contenu du message "reply" ou "notify"
electricalConnectionDescriptionListData au niveau de l’acteur dispositif –
Cas d’utilisation "Mesurage de l’électricité de charge du VE" . 65
Tableau 41 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Puissance, non spécifique à une phase . 65
Tableau 42 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Puissance, non spécifique à une phase – Cas d’utilisation "Mesurage de l’électricité de
charge du VE" . 66
Tableau 43 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Puissance, spécifique à chaque phase . 66
Tableau 44 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Énergie consommée – Cas d’utilisation "Surveillance de la consommation de
puissance" . 67
Tableau 45 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Énergie produite – Cas d’utilisation "Surveillance de la consommation de puissance" . 67
Tableau 46 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Cas d’utilisation "Mesurage de l’électricité de charge du VE" . 68
Tableau 47 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Courant – Cas d’utilisation "Surveillance de la consommation de puissance" . 68
Tableau 48 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Courant – Cas d’utilisation "Mesurage de l’électricité de charge du VE" . 69
Tableau 49 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Tension – Cas d’utilisation "Surveillance de la consommation de puissance" . 70
Tableau 50 – Contenu du message "reply" ou "notify"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Fréquence – Cas d’utilisation "Surveillance de la consommation de puissance" . 71
Tableau 51 – Dénomination de l’acteur pour "Dispositif" . 71
Tableau 52 – Dénomination de l’acteur pour "EMS" . 72
Tableau 53 – Contenu du message "read" electricalConnectionCharacteristicListData
au niveau de l’acteur EMS – Cas d’utilisation "Limitation de la consommation de
puissance active" et "Charge bidirectionnelle dynamique du VE, scénario 3" . 74
Tableau 54 – Contenu du message "reply" ou "notify"
electricalConnectionCharacteristicListData au niveau de l’acteur dispositif –
Cas d’utilisation "Limitation de la consommation de puissance" . 75
Tableau 55 – Contenu du message "reply" ou "notify"
electricalConnectionCharacteristicListData au niveau de l’acteur dispositif –
Cas d’utilisation "Charge bidirectionnelle dynamique du VE" . 79
Tableau 56 – Dénomination de l’acteur pour "Dispositif" . 82
Tableau 57 – Dénomination de l’acteur pour "EMS" . 83
Tableau 58 – Contenu des informations du message "read"
electricalConnectionParameterDescriptionListData au niveau de l’acteur EMS . 85
Tableau 59 – Contenu des informations du message "read"
electricalConnectionPermittedValueSetListData au niveau de l’acteur EMS . 85
Tableau 60 – Contenu des informations du message "reply"
electricalConnectionParameterDescriptionListData au niveau de l’acteur dispositif –
Cas d’utilisation "Mise en service et configuration du VE" . 86
Tableau 61 – Contenu des informations du message "reply"
electricalConnectionPermittedValueSetListData au niveau de l’acteur dispositif –
Cas d’utilisation "Mise en service et configuration du VE" . 86
Tableau 62 – Contenu des informations du message "read"
timeSeriesDescriptionListData au niveau de l’acteur EMS – Cas d’utilisation "Charge
coordonnée du VE", scénario 1 . 90
Tableau 63 – Contenu des informations du message "read"
timeSeriesDescriptionListData au niveau de l’acteur EMS – Cas d’utilisation "Charge
coordonnée du VE", scénario 4 . 90
Tableau 64 – Contenu des informations du message "read"
timeSeriesDescriptionListData au niveau de l’acteur EMS – Cas d’utilisation "Charge
bidirectionnelle dynamique du VE", scénario 2 . 91
Tableau 65 – Contenu des informations du message "read" timeSeriesListData au
niveau de l’acteur EMS (tous les cas) . 91
Tableau 66 – Contenu des informations du message "reply"
timeSeriesDescriptionListData au niveau de l’acteur dispositif – Cas d’utilisation
"Charge coordonnée du VE" . 91
Tableau 67 – Contenu des informations du message "reply"
timeSeriesDescriptionListData au niveau de l’acteur dispositif – Cas d’utilisation
"Charge bidirectionnelle dynamique du VE" . 92
Tableau 68 – Contenu des informations du message "reply" timeSeriesListData au
niveau de l’acteur dispositif – Cas d’utilisation "Charge coordonnée du VE" . 93
Tableau 69 – Contenu des informations du message "reply" timeSeriesListData au
niveau de l’acteur dispositif – Cas d’utilisation "Charge bidirectionnelle dynamique
du VE" . 96
Tableau 70 – Dénomination de l’acteur pour "Dispositif" . 98
Tableau 71 – Contenu du message "read"
deviceConfigurationKeyValueDescriptionListData au niveau de l’acteur EMS . 100
Tableau 72 – Contenu du message "read" deviceConfigurationKeyValueListData au
niveau de l’acteur EMS . 100
Tableau 73 – Contenu du message "reply" ou "notify"
deviceConfigurationKeyValueDescriptionListData au niveau de l’acteur dispositif –
failsafeConsumptionActivePowerLimit – Cas d’utilisation "Limitation de la
consommation de puissance" . 101
Tableau 74 – Contenu du message "reply" ou "notify"
deviceConfigurationKeyValueDescriptionListData au niveau de l’acteur dispositif –
failsafeDurationMinimum – Cas d’utilisation "Limitation de la consommation de
puissance" . 101
Tableau 75 – Contenu du message "reply" ou "notify"
deviceConfigurationKeyValueDescriptionListData au niveau de l’acteur dispositif –
Cas d’utilisation "Mise en service et configuration du VE" . 102
Tableau 76 – Contenu du message "reply" ou "notify"
deviceConfigurationKeyValueDescriptionListData au niveau de l’acteur dispositif –
Cas d’utilisation "Charge bidirectionnelle dynamique du VE" . 102
Tableau 77 – Contenu du message "reply" ou "notify"
deviceConfigurationKeyValueListData au niveau de l’acteur dispositif – Cas
d’utilisation "Limitation de la consommation de puissance" . 103
Tableau 78 – Contenu du message "reply" ou "notify"
deviceConfigurationKeyValueListData au niveau de l’acteur dispositif – Cas
d’utilisation "Mise en service et configuration du VE" . 104
Tableau 79 – Contenu du message "reply" ou "notify"
deviceConfigurationKeyValueListData au niveau de l’acteur dispositif – Cas
d’utilisation "Charge bidirectionnelle dynamique du VE" . 104
Tableau 80 – Contenu du message "write" deviceConfigurationKeyValueListData au
niveau de l’acteur EMS – Cas d’utilisation "Limitation de la consommation de
puissance" pour la durée minimale de sécurité . 105
Tableau 81 – Contenu du message "write" deviceConfigurationKeyValueListData au
niveau de l’acteur EMS – Cas d’utilisation "Limitation de la consommation de
puissance" pour la durée minimale de sécurité . 106
Tableau 82 – Dénomination de l’acteur pour "Dispositif" . 107
Tableau 83 – Dénomination de l’acteur pour "EMS" . 108
Tableau 84 – Contenu des informations du message "reply" deviceDiagnosisStateData
au niveau de l’acteur EMS (cas d’utilisation "Protection contre les surcharges par
délestage du courant de charge du VE" et "Optimisation de l’autoconsommation
pendant la charge du VE" . 110
Tableau 85 – Contenu des informations du message "reply" deviceDiagnosisStateData
au niveau de l’acteur dispositif – Cas d’utilisation "Mise en service et configuration
du VE" . 110
Tableau 86 – Contenu des informations du message "reply" deviceDiagnosisStateData
au niveau de l’acteur dispositif – Cas d’utilisation "Charge coordonnée du VE" . 111
Tableau 87 – Contenu des informations du message "reply" deviceDiagnosisStateData
au niveau de l’acteur EMS – Cas d’utilisation "Charge coordonnée du VE" . 111
Tableau 88 – Contenu des informations du message "reply" deviceDiagnosisStateData
au niveau de l’acteur dispositif – Cas d’utilisation "Mise en service et configuration de
la borne de charge" . 111
Tableau 89 – Noms des ressources pour l’acteur "Dispositif" UCF_Device_State . 112
Tableau 90 – Contenu du message "read" deviceDiagnosisHeartbeatData au niveau de
l’acteur dispositif ou EMS . 116
Tableau 91 – Contenu du message "reply" ou "notify" deviceDiagnosisHeartbeatData
au niveau de l’acteur dispositif ou de l’EMS – Cas d’utilisation "Limitation de la
consommation de puissance" . 117
Tableau 92 – Contenu du message "reply" ou "notify" deviceDiagnosisHeartbeatData
au niveau de l’acteur EMS – Cas d’utilisation "Charge coordonnée du VE" . 117
Tableau 93 – Contenu du message "reply" ou "notify" deviceDiagnosisHeartbeatData
au niveau de l’acteur EMS – Cas d’utilisation "Protection contre les surcharges par
délestage du courant de charge du VE", au niveau de l’acteur dispositif – Cas
d’utilisation "Optimisation de l’autoconsommation pendant la charge du VE" . 118
Tableau 94 – Dénomination de l’acteur pour "Dispositif" . 119
Tableau 95 – Dénomination de l’acteur pour "EMS" . 120
Tableau 96 – Contenu des informations du message "read" identificationListData au
niveau de l’acteur EMS . 121
Tableau 97 – Contenu des informations du message "reply" ou "notify"
identificationListData au niveau de l’acteur dispositif – Cas d’utilisation "Mise en
service et configuration du VE" . 122
Tableau 98 – Contenu des informations du message "read"
incentiveTableDescriptionData au niveau de l’acteur EMS . 125
Tableau 99 – Contenu des informations du message "read"
incentiveTableConstraintsData au niveau de l’acteur EMS . 126
Tableau 100 – Contenu des informations du message "read" incentiveTableData au
niveau de l’acteur EMS . 126
Tableau 101 – Contenu des informations du message "reply"
incentiveTableDescriptionData au niveau de l’acteur dispositif – Cas d’utilisation
"Charge coordonnée du VE" . 126
Tableau 102 – Contenu des informations du message "reply"
incentiveTableConstraintsData au niveau de l’acteur dispositif – Cas d’utilisation
"Charge coordonnée du VE" . 129
Tableau 103 – Contenu des informations du message "reply" incentiveTableData au
niveau de l’acteur dispositif – Cas d’utilisation "Charge coordonnée du VE" . 129
Tableau 104 – Contenu des informations du message "write"
incentiveTableDescriptionData au niveau de l’acteur EMS – Cas d’utilisation "Charge
coordonnée du VE" . 132
Tableau 105 – Contenu des informations du message "write" incentiveTableData au
niveau de l’acteur EMS – Cas d’utilisation "Charge coordonnée du VE" . 135
Tableau 106 – Noms des ressources pour l’acteur "Dispositif " UCF_Incentive_Table. 137
Tableau 107 – Contenu des informations du message "read"
loadControlLimitDescriptionListData au niveau de l’acteur EMS . 139
Tableau 108 – Contenu des informations du message "read" loadControlLimitListData
au niveau de l’acteur EMS . 140
Tableau 109 – Contenu des informations du message "read"
electricalConnectionParameterDescriptionListData au niveau de l’acteur EMS . 140
Tableau 110 – Contenu des informations du message "read"
electricalConnectionPermittedValueSetListData au niveau de l’acteur E
...
IEC 63380-2 ®
Edition 1.0 2025-07
INTERNATIONAL
STANDARD
NORME
INTERNATIONALE
Standard interface for connecting charging stations to local energy
management systems -
Part 2: Specific data model mapping
Interface normale pour la connexion de bornes de charge aux systèmes
locaux de gestion de l’énergie -
Partie 2: Mise en correspondance avec des modèles de données spécifiques
ICS 29.240.99, 43.120 ISBN 978-2-8327-0581-0
All rights reserved. Unless otherwise specified, no part of this publication may be reproduced or utilized in any form or
by any means, electronic or mechanical, including photocopying and microfilm, without permission in writing from either
IEC or IEC's member National Committee in the country of the requester. If you have any questions about IEC copyright
or have an enquiry about obtaining additional rights to this publication, please contact the address below or your local
IEC member National Committee for further information.
Droits de reproduction réservés. Sauf indication contraire, aucune partie de cette publication ne peut être reproduite ni
utilisée sous quelque forme que ce soit et par aucun procédé, électronique ou mécanique, y compris la photocopie et
les microfilms, sans l'accord écrit de l'IEC ou du Comité national de l'IEC du pays du demandeur. Si vous avez des
questions sur le copyright de l'IEC ou si vous désirez obtenir des droits supplémentaires sur cette publication, utilisez
les coordonnées ci-après ou contactez le Comité national de l'IEC de votre pays de résidence.
IEC Secretariat Tel.: +41 22 919 02 11
3, rue de Varembé info@iec.ch
CH-1211 Geneva 20 www.iec.ch
Switzerland
About the IEC
The International Electrotechnical Commission (IEC) is the leading global organization that prepares and publishes
International Standards for all electrical, electronic and related technologies.
About IEC publications
The technical content of IEC publications is kept under constant review by the IEC. Please make sure that you have the
latest edition, a corrigendum or an amendment might have been published.
IEC publications search - IEC Products & Services Portal - products.iec.ch
webstore.iec.ch/advsearchform Discover our powerful search engine and read freely all the
The advanced search enables to find IEC publications by a publications previews, graphical symbols and the glossary.
variety of criteria (reference number, text, technical With a subscription you will always have access to up to date
committee, …). It also gives information on projects, content tailored to your needs.
replaced and withdrawn publications.
Electropedia - www.electropedia.org
IEC Just Published - webstore.iec.ch/justpublished The world's leading online dictionary on electrotechnology,
Stay up to date on all new IEC publications. Just Published containing more than 22 500 terminological entries in English
details all new publications released. Available online and and French, with equivalent terms in 25 additional languages.
once a month by email. Also known as the International Electrotechnical Vocabulary
(IEV) online.
IEC Customer Service Centre - webstore.iec.ch/csc
If you wish to give us your feedback on this publication or
need further assistance, please contact the Customer
Service Centre: sales@iec.ch.
A propos de l'IEC
La Commission Electrotechnique Internationale (IEC) est la première organisation mondiale qui élabore et publie des
Normes internationales pour tout ce qui a trait à l'électricité, à l'électronique et aux technologies apparentées.
A propos des publications IEC
Le contenu technique des publications IEC est constamment revu. Veuillez vous assurer que vous possédez l’édition la
plus récente, un corrigendum ou amendement peut avoir été publié.
Recherche de publications IEC - IEC Products & Services Portal - products.iec.ch
webstore.iec.ch/advsearchform Découvrez notre puissant moteur de recherche et consultez
La recherche avancée permet de trouver des publications gratuitement tous les aperçus des publications, symboles
IEC en utilisant différents critères (numéro de référence, graphiques et le glossaire. Avec un abonnement, vous aurez
texte, comité d’études, …). Elle donne aussi des toujours accès à un contenu à jour adapté à vos besoins.
informations sur les projets et les publications remplacées
ou retirées. Electropedia - www.electropedia.org
Le premier dictionnaire d'électrotechnologie en ligne au
IEC Just Published - webstore.iec.ch/justpublished monde, avec plus de 22 500 articles terminologiques en
Restez informé sur les nouvelles publications IEC. Just anglais et en français, ainsi que les termes équivalents
Published détaille les nouvelles publications parues. dans 25 langues additionnelles. Egalement appelé
Disponible en ligne et une fois par mois par email. Vocabulaire Electrotechnique International (IEV) en ligne.
Service Clients - webstore.iec.ch/csc
Si vous désirez nous donner des commentaires sur cette
publication ou si vous avez des questions contactez-
nous: sales@iec.ch.
CONTENTS
FOREWORD . 12
INTRODUCTION . 14
1 Scope . 16
2 Normative references . 16
3 Terms, definitions and abbreviated terms . 16
3.1 Terms and definitions. 16
3.2 Abbreviated terms . 19
4 Overview . 19
4.1 General . 19
4.2 Reading the graphics . 20
4.2.1 General . 20
4.2.2 Hierarchy diagram . 20
4.2.3 Sequence diagram . 21
4.3 Finding the right information . 22
5 Use case function (UCF) details . 22
5.1 General . 22
5.2 Mapping to SPINE . 22
5.2.1 Concepts . 22
5.2.2 UCF_AC_Measurement . 39
5.2.3 UCF_Characteristics . 68
5.2.4 UCF_Charging_Power_Limits . 77
5.2.5 UCF_Consumption_Curve . 81
5.2.6 UCF_Device_Configuration. 91
5.2.7 UCF_Device_State . 101
5.2.8 UCF_EV_Connected . 106
5.2.9 UCF_Heartbeat . 107
5.2.10 UCF_Identification . 112
5.2.11 UCF_ Incentive_Table . 116
5.2.12 UCF_Load_Control . 129
5.2.13 UCF_Manufacturer_Information . 139
5.2.14 UCF_Maximum_Power_Limitation_Curve . 143
5.2.15 UCF_ Measurement . 152
5.2.16 UCF_ Power_Limit . 158
5.2.17 UCF_Session_Summary . 164
5.2.18 UCF_Setpoint . 173
5.3 Mapping to ECHONET Lite . 182
5.3.1 Concepts . 182
5.3.2 UCF_Device_State . 182
5.3.3 UCF_EV_Connected . 185
5.3.4 UCF_Load_Control . 187
5.3.5 UCF_Measurement . 189
5.3.6 UCF_Operation_Mode . 191
5.3.7 UCF_ Power_Limit . 195
Bibliography . 198
Figure 1 – Overview of resources within IEC 63380-2 . 20
Figure 2 – Actor overview example . 21
Figure 3 – Example communication sequence diagram . 21
Figure 4 – Actor overview example . 34
Figure 5 – Pre-scenario communication – Detailed discovery sequence diagram . 37
Figure 6 – Pre-scenario communication – Binding sequence diagram . 38
Figure 7 – Pre-scenario communication – Subscription sequence diagram . 39
Figure 8 – Messaging sequence for UCF_AC_Measurement . 40
Figure 9 – UCF_AC_Measurement: Request Measurement/ Measurement
communication sequence diagram . 41
Figure 10 – UCF_AC_Measurement: Request Electrical Connection Data (Electrical
Connection Data communication sequence diagram) . 59
Figure 11 – Actor "Device " overview . 67
Figure 12 – Actor "EMS" overview . 68
Figure 13 – Messaging sequence for UCF_Characteristics . 68
Figure 14 – UCF_Characteristics: Request Characteristics/Characteristics
communication sequence diagram . 69
Figure 15 – Actor "Device" overview . 76
Figure 16 – Actor "EMS" overview . 76
Figure 17 – Messaging sequence for UCF_Charging_Power_Limits . 77
Figure 18 – UCF_Charging_Power_Limits: Request Power Limits (Power Limits
communication sequence diagram) . 77
Figure 19 – Actor "Device" overview . 80
Figure 20 – Actor "EMS" overview . 81
Figure 21 – Messaging sequence for UCF_Consumption_Curve . 82
Figure 22 – SPINE sequence diagram for Request Consumption Curve and
Consumption Curve . 83
Figure 23 – Actor "Device" overview . 90
Figure 24 – Actor "EMS" overview . 91
Figure 25 – Messaging sequence for UCF_Device_Configuration . 91
Figure 26 – UCF_Device Configuration: Request Device Configuration (Device
Configuration Data communication sequence diagram) . 92
Figure 27 – UCF_Device Configuration: Notify Device Configuration Data
communication sequence diagram . 97
Figure 28 – UCF_Device Configuration: Write Device Configuration communication
sequence diagram . 98
Figure 29 – Actor "Device" overview . 100
Figure 30 – Actor "EMS" overview . 101
Figure 31 – Messaging sequence for UCF_Device_State . 101
Figure 32 – SPINE sequence diagram for Device State . 102
Figure 33 – Actor "Device" overview . 105
Figure 34 – Actor "EMS" overview . 105
Figure 35 – Actor "Device" overview . 106
Figure 36 – Actor "EMS" overview . 107
Figure 37 – Messaging sequence for UCF_Heartbeat . 107
Figure 38 – UCF_Heartbeat communication sequence diagram . 108
Figure 39 – Actor "Device" overview . 111
Figure 40 – Actor "EMS" overview . 112
Figure 41 – Messaging sequence for UCF_Identification . 113
Figure 42 – UCF_Identification communication sequence diagram . 113
Figure 43 – Actor "Device" overview . 115
Figure 44 – Actor "EMS" overview . 116
Figure 45 – Messaging sequence for UCF_Incentive_Table . 116
Figure 46 – SPINE sequence diagram for Read Incentive Table and Incentive Table . 117
Figure 47 – SPINE sequence diagram for Write Incentive Table . 123
Figure 48 – Actor "Device" overview . 128
Figure 49 – Actor "EMS" overview . 129
Figure 50 – Messaging sequence for UCF_Load_Control . 129
Figure 51 – SPINE sequence diagram for Request Load Constraints and Load
Constraints . 130
Figure 52 – SPINE sequence diagram for Load Constraints . 136
Figure 53 – SPINE sequence diagram for Load Control . 137
Figure 54 – UCF_Load_Control Actor "Device" overview. 138
Figure 55 – UCF_Load_Control Actor "EMS" overview . 138
Figure 56 – Messaging sequence for UCF_ Manufacturer_Information . 139
Figure 57 – SPINE sequence diagram for Request Manufacturer Data and
Manufacturer Data . 139
Figure 58 – Actor "Device" overview . 142
Figure 59 – Actor "EMS" overview . 143
Figure 60 – Messaging sequence for UCF_ Maximum_Power_Limitation_Curve . 143
Figure 61 – SPINE sequence diagram for Request Max Power Limitation Curve and
Max Power Limitation Curve . 144
Figure 62 – SPINE sequence diagram for Update Max Power Limitation Curve . 149
Figure 63 – Actor "Device" overview . 151
Figure 64 – Actor "EMS" overview . 152
Figure 65 – Messaging sequence for UCF_Measurement. 152
Figure 66 – SPINE sequence diagram for Request Measurement and Measurement . 153
Figure 67 – Actor "Device" overview . 157
Figure 68 – Actor "EMS" overview . 157
Figure 69 – Messaging sequence for UCF_Power_Limit . 158
Figure 70 – UCF_Power_Limit: Read Active Power Limit (Current Active Power Limit
communication sequence diagram) . 158
Figure 71 – UCF_Power_Limit: Notify Current Active Power Limit communication
sequence diagram . 161
Figure 72 – Actor "Device" overview . 163
Figure 73 – Actor "EMS" overview . 163
Figure 74 – Messaging sequence for UCF_Session_Summary . 165
Figure 75 – SPINE sequence diagram for Request Session Summary and Session
Summary . 165
Figure 76 – SPINE sequence diagram for Write Session Summary . 170
Figure 77 – Actor "Device" overview . 173
Figure 78 – Actor "EMS" overview . 173
Figure 79 – Messaging sequence for UCF_Setpoint . 174
Figure 80 – SPINE sequence diagram for Request Setpoint and Setpoint . 174
Figure 81 – SPINE sequence diagram for Change Setpoint . 180
Figure 82 – Actor "Device" overview . 181
Figure 83 – Actor "EMS" overview . 181
Figure 84 – ECHONET Lite frame format . 182
Figure 85 – ECHONET Lite sequence diagram for Request Device State and Device
State . 183
Figure 86 – ECHONET Lite sequence diagram for EV Connected . 186
Figure 87 – ECHONET Lite sequence diagram for Load Control . 187
Figure 88 – ECHONET Lite sequence diagram for Request Measurement and
Measurement . 190
Figure 89 – Messaging sequence for UCF_Operation_Mode . 191
Figure 90 – ECHONET Lite sequence diagram for Request Device State and Device
State . 192
Figure 91 – ECHONET Lite sequence diagram for Power Limit . 195
Table 1 – Presence indication description . 27
Table 2 – Example table for cardinality indications on elements and list items . 29
Table 3 – Content of an example table . 33
Table 4 – Content of measurementDescriptionListData read at actor EMS – Use case
"Monitoring of Power Consumption", "EV Charging Electricity Measurement" . 41
Table 5 – Content of measurementConstraintListData read at actor EMS . 42
Table 6 – Content of measurementListData read at actor EMS . 42
Table 7 – Content of measurementDescriptionListData reply or notify at actor device –
Power, non-phase specific – Use case "Monitoring of Power Consumption" . 42
Table 8 – Content of measurementDescriptionListData reply or notify at actor device –
Power, non-phase specific – Use case "EV Charging Electricity Measurement" . 43
Table 9 – Content of measurementDescriptionListData reply or notify at actor device –
Power, phase-specific – Use case "Monitoring of Power Consumption" . 43
Table 10 – Content of measurementConstraintsListData reply or notify at actor device
– Power, non-phase specific – Use case "Monitoring of Power Consumption" . 44
Table 11 – Content of measurementConstraintsListData reply or notify at actor device
– Power, non-phase specific – Use case "EV Charging Electricity Measurement" . 44
Table 12 – Content of measurementConstraintsListData reply or notify at actor device
– Power, phase specific – Use case "Monitoring of Power Consumption" . 45
Table 13 – Content of measurementConstraintsListData reply or notify at actor device
– Power, phase specific – Use case "Monitoring of Power Consumption" . 46
Table 14 – Content of measurementListData reply or notify at actor device – Power,
non-phase specific – Use case "Monitoring of Power Consumption" . 46
Table 15 – Content of measurementListData reply or notify at actor device – Power,
non-phase-specific – Use case "EV Charging Electricity Measurement" . 47
Table 16 – Content of measurementDescriptionListData reply or notify at actor device
– Energy consumed – Use case "Monitoring of Power Consumption" . 47
Table 17 – Content of measurementDescriptionListData reply or notify at actor device
– Energy produced – Use case "Monitoring of Power Consumption" . 48
Table 18 – Content of measurementDescriptionListData reply or notify at actor device
– Use case "EV Charging Electricity Measurement" . 48
Table 19 – Content of measurementConstraintsListData reply or notify at actor device
– Energy consumed – Use case "Monitoring of Power Consumption" . 49
Table 20 – Content of measurementConstraintsListData reply or notify at actor device
– Energy produced – Use case "Monitoring of Power Consumption" . 49
Table 21 – Content of measurementConstraintsListData reply or notify at actor device
– Use case "EV Charging Electricity Measurement" . 50
Table 22 – Content of measurementListData reply or notify at actor device – Energy
consumed – Use case "Monitoring of Power Consumption" . 50
Table 23 – Content of measurementListData reply or notify at actor device – Energy
produced – Use case "Monitoring of Power Consumption" . 51
Table 24 – Content of measurementListData reply or notify at actor device – Use case
"EV Charging Electricity Measurement". 51
Table 25 – Content of measurementDescriptionListData reply or notify at actor device
– Current – Use case "Monitoring of Power Consumption" . 52
Table 26 – Content of measurementDescriptionListData reply or notify at actor device
– Current – Use case "EV Charging Electricity Measurement" . 52
Table 27 – Content of measurementConstraintsListData reply or notify at actor device
– Current – Use case "Monitoring of Power Consumption" . 53
Table 28 – Content of measurementConstraintsListData reply or notify at actor device
– Current – Use case "EV Charging Electricity Measurement" . 54
Table 29 – Content of measurementListData reply or notify at actor device – Current –
Use case "Monitoring of Power Consumption" . 55
Table 30 – Content of measurementListData reply or notify at actor device – Current –
Use case "EV Charging Electricity Measurement" . 55
Table 31 – Content of measurementDescriptionListData reply or notify at actor device
– Voltage – Use case "Monitoring of Power Consumption" . 56
Table 32 – Content of measurementConstraintsListData reply or notify at actor device
– Voltage – Use case "Monitoring of Power Consumption" . 56
Table 33 – Content of measurementListData reply or notify at actor device – Voltage –
Use case "Monitoring of Power Consumption" . 57
Table 34 – Content of measurementDescriptionListData reply or notify at actor device
– Frequency – Use case "Monitoring of Power Consumption" . 57
Table 35 – Content of measurementConstraintsListData reply or notify at actor device
– Frequency – Use case "Monitoring of Power Consumption" . 58
Table 36 – Content of measurementListData reply or notify at actor device –
Frequency – Use case "Monitoring of Power Consumption" . 58
Table 37 – Content of electricalConnectionParameterListData read at actor EMS . 59
Table 38 – Content of electricalConnectionDescriptionListData read at actor EMS . 59
Table 39 – Content of electricalConnectionDescriptionListData reply or notify at actor
device – Use case "Monitoring of Power Consumption" . 60
Table 40 – Content of electricalConnectionDescriptionListData reply or notify at actor
device – Use case "EV Charging Electricity Measurement" . 60
Table 41 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Power, non-phase specific . 61
Table 42 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Power, non-phase specific – Use case "EV Charging Electricity
Measurement". 61
Table 43 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Power, phase-specific . 62
Table 44 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Energy consumed – Use case "Monitoring of Power
Consumption" . 62
Table 45 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Energy produced – Use case "Monitoring of Power
Consumption" . 63
Table 46 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Use case "EV Charging Electricity Measurement" . 63
Table 47 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Current – Use case "Monitoring of Power Consumption" . 64
Table 48 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Current – Use case "EV Charging Electricity Measurement" . 64
Table 49 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Voltage – Use case "Monitoring of Power Consumption" . 65
Table 50 – Content of electricalConnectionParameterDescriptionListData reply or
notify at actor device – Frequency – Use case "Monitoring of Power Consumption" . 66
Table 51 – Actor naming for "Device" . 66
Table 52 – Actor naming for "EMS" . 67
Table 53 – Content of electricalConnectionCharacteristicListData read at actor EMS –
use cases "Limitation of Active Power Consumption", "Dynamic Bidirectional EV
Charging, scenario 3" . 69
Table 54 – Content of electricalConnectionCharacteristicListData reply or notify at
actor device – Use case "Limitation of Power Consumption" . 70
Table 55 – Content of electricalConnectionCharacteristicListData reply or notify at
actor device – Use case "Dynamic Bidirectional EV Charging" . 73
Table 56 – Actor naming for "Device" . 75
Table 57 – Actor naming for "EMS" . 76
Table 58 – Information content for electricalConnectionParameterDescriptionListData
read at actor EMS . 78
Table 59 – Information content for electricalConnectionPermittedValueSetListData
read at actor EMS . 78
Table 60 – Information content for electricalConnectionParameterDescriptionListData
reply at actor device – Use case "EV Commissioning and Configuration" . 79
Table 61 – Information content for electricalConnectionPermittedValueSetListData
reply at actor device – Use case "EV Commissioning and Configuration" . 79
Table 62 – Information content for timeSeriesDescriptionListData read at actor EMS –
Use case "Coordinated EV Charging", scenario 1 . 83
Table 63 – Information content for timeSeriesDescriptionListData read at actor EMS –
Use case "Coordinated EV Charging", scenario 4 . 83
Table 64 – Information content for timeSeriesDescriptionListData read at actor EMS –
Use case "Dynamic Bidirectional EV Charging", scenario 2 . 84
Table 65 – Information content for timeSeriesListData read at actor EMS (all cases) . 84
Table 66 – Information content for timeSeriesDescriptionListData reply at actor device
– Use case "Coordinated EV Charging" . 84
Table 67 – Information content for timeSeriesDescriptionListData reply at actor device
– Use case "Dynamic Bidirectional EV Charging" . 85
Table 68 – Information content for timeSeriesListData reply at actor device – Use case
"Coordinated EV Charging" . 85
Table 69 – Information content for timeSeriesListData reply at actor device – Use case
"Dynamic Bidirectional EV Charging" . 88
Table 70 – Actor naming for "Device" . 90
Table 71 – Content of deviceConfigurationKeyValueDescriptionListData read at actor
EMS . 92
Table 72 – Content of deviceConfigurationKeyValueListData read at actor EMS . 92
Table 73 – Content of deviceConfigurationKeyValueDescriptionListData reply or notify
at actor device – failsafeConsumptionActivePowerLimit – Use case "Limitation of
Power Consumption" . 93
Table 74 – Content of deviceConfigurationKeyValueDescriptionListData reply or notify
at actor device – failsafeDurationMinimum – Use case "Limitation of Power
Consumption" . 93
Table 75 – Content of deviceConfigurationKeyValueDescriptionListData reply or notify
at actor device – Use case "EV Commissioning and Configuration". 94
Table 76 – Content of deviceConfigurationKeyValueDescriptionListData reply or notify
at actor device – Use case "Dynamic Bidirectional EV Charging" . 94
Table 77 – Content of deviceConfigurationKeyValueListData reply or notify at actor
device – Use case "Limitation of Power Consumption" . 95
Table 78 – Content of deviceConfigurationKeyValueListData reply or notify at actor
device – Use case "EV Commissioning and Configuration" . 96
Table 79 – Content of deviceConfigurationKeyValueListData reply or notify at actor
device – Use case "Dynamic Bidirectional EV Charging" . 96
Table 80 – Content of deviceConfigurationKeyValueListData write at actor EMS – Use
case "Limitation of Power Consumption" for Failsafe Duration Minimum . 97
Table 81 – Content of deviceConfigurationKeyValueListData write at actor EMS – Use
case "Limitation of Power Consumption" for Failsafe Duration Minimum . 98
Table 82 – Actor naming for "Device" . 99
Table 83 – Actor naming for "EMS" . 100
Table 84 – Information content for deviceDiagnosisStateData reply at actor EMS – use
cases "Overload Protection by EV Charging Current Curtailment", "Optimization of
Self-Consumption during EV Charging" . 102
Table 85 – Information content for deviceDiagnosisStateData reply at actor device –
Use case "EV Commissioning and Configuration" . 102
Table 86 – Information content for deviceDiagnosisStateData reply at actor device –
Use case "Coordinated EV Charging" . 103
Table 87 – Information content for deviceDiagnosisStateData reply at actor EMS –
Use case "Coordinated EV Charging" . 103
Table 88 – Information content for deviceDiagnosisStateData reply at actor device –
Use case "Charging station Commissioning and Configuration" . 103
Table 89 – Resource Names for UCF_Device_State, Actor "Device" . 104
Table 90 – Content of deviceDiagnosisHeartbeatData read at actor device or EMS . 108
Table 91 – Content of deviceDiagnosisHeartbeatData reply or notify at actor device or
EMS – Use case "Limitation of Power consumption" . 109
Table 92 – Content of deviceDiagnosisHeartbeatData reply or notify at actor EMS –
Use case "Coordinated EV Charging" . 109
Table 93 – Content of deviceDiagnosisHeartbeatData reply or notify at actor EMS –
Use case "Overload Protection by EV Charging Current Curtailment", at actor device –
Use case " Optimization of Self-Consumption During EV Charging" . 110
Table 94 – Actor naming for "Device" . 111
Table 95 – Actor naming for "EMS" . 112
Table 96 – Information content for identificationListData read at actor EMS . 113
Table 97 – Information content for identificationListData reply or notify at actor device
– Use case "EV Commissioning and Configuration" . 114
Table 98 – Information content for incentiveTableDescriptionData read at actor EMS . 117
Table 99 – Information content for incentiveTableConstraintsData read at actor EMS . 118
Table 100 – Information content for incentiveTableData read at actor EMS . 118
Table 101 – Information content for incentiveTableDescriptionData reply at actor
device Use case "Coordinated EV Charging" . 118
Table 102 – Information content for incentiveTableConstraintsData reply at actor
device – Use case "Coordinated EV Charging" . 121
Table 103 – Information content for incentiveTableData reply at actor device use case
"Coordinated EV Charging" . 121
Table 104 – Information content for incentiveTableDescriptionData write at actor EMS
–Use case "Coordinated EV Charging" . 124
Table 105 – Information content for incentiveTableData write at actor EMS use case –
"Coordinated EV Charging" . 126
Table 106 – Resource Names for UCF_Incentive_Table actor "Device" . 128
Table 107 – Information content for loadControlLimitDescriptionListData read at actor
EMS . 130
Table 108 – Information content for loadControlLimitListData read at actor EMS . 131
Table 109 – Information content for electricalConnectionParameterDescriptionListData
read at actor EMS . 131
Table 110 – Information content for electricalConnectionPermittedValueSetListData
read at actor EMS . 131
Table 111 – Information content for loadControlLimitDescriptionListData reply at actor
device – Use case "Overload Protection by EV Charging Current Curtailment", and
"Optimization of Self-Consumption during EV Charging" . 132
Table 112 – Information content for loadControlLimitDescriptionListData reply at actor
device – Use case "Overload Protection by EV Charging Current Curtailment", and
"Optimization of Self-Consumption during EV Charging" . 133
Table 113 – Information content for electricalConnectionParameterDescriptionListData
reply at actor device – Use case "Overload Protection by EV Charging Current
Curtailment", and "Optimization of Self-Consumption during EV Charging" . 133
Table 114 – Information content for electricalConnectionPermittedValueSetListData
reply at actor device – Use case "Optimization of Self-Consumption during EV
Charging" . 134
Table 115 – Infor
...
Questions, Comments and Discussion
Ask us and Technical Secretary will try to provide an answer. You can facilitate discussion about the standard in here.
Loading comments...