Grid eXchange Fabric Documentation

COSEM

COmpanion Specification for Energy Metering, defines a set of objects to exchange data with Smart Meters using DLMS protocol.

• 1.2. Architecture introduction
• 1.5. Platform components description
• 1.9.5. Technology Stack
• 4.6.3. Use cases
• 4.6.1.6.28. ConfigureDefinableLoadProfile
• 5.2. DLMS / COSEM
• 5.2.2. DLMS device simulator

DLMS

Device Language Message Specification, the protocol used to communicate with Smart Meters and other smart grid devices.

• 1.7. Logical Authorisation Model
• 1.2. Architecture introduction
• 1.5. Platform components description
• 1.9.4. Protocol Layer
• 1.9.5. Technology Stack
• 4.6. SmartMetering
• 4.6.3. Use cases
• 4.6.1.6.30. SetMbusUserKeyByChannel
• 4.6.1.9.9. GetProfileGenericData
• 5. Protocols
• 5.2. DLMS / COSEM
• 5.2.2. DLMS device simulator
• 5.2.1. DLMS protocol adapter configuration
• 5.3. OSLP
• 2.2.1. Add a device

DSMR

Dutch Smart Meter Requirements, a set of rules that describe how to use Smart Meters using DLMS/COSOM, defined by Dutch grid operators. For more information [click here](http://www.netbeheernederland.nl/themas/dossier/documenten/?pageindex=7)

• 4.6.1.6.26. GetConfigurationObject
• 4.6.1.6.16. SetConfigurationObject
• 4.6.1.8.1. FindEvents
• 5.2. DLMS / COSEM

DTO Object

Data Transfer Object. See [Wikipedia](https://en.wikipedia.org/wiki/Data_transfer_object)

• 1.9. Technical Overview

Domain driven design

See [Wikipedia](https://en.wikipedia.org/wiki/Domain-driven_design)

• 1.4. Architecture Principles
• 3.2. Developers 101

GXF

Grid eXchange Fabric, formerly known as the Open Smart Grid Platform (OSGP). GXF is an open, generic, scalable and independent 'Internet of Things' platform, which enables various connected smart objects in the public space to be easily controlled and monitored. The GXF project is built using open source tools and standards.

• 0. Introduction
• 1.11. Throttling
• 4.7. Guidelines to add a new domain to GXF
• 4.2.2. Light Schedules
• 3.7. Code of Conduct
• 3.5. Communication and Contact
• 3.8. Foundation
• 3.6. Governance
• 5.2.2. DLMS device simulator
• 5.4. MQTT
• 2.2.2. Users
• 2.1.2. GitHub configuration

IEC61850

IEC 61850 is an international standard defining communication protocols for intelligent electronic smart devices at electrical substations. See [IEC](https://www.iec.ch/smartgrid/standards/)

• 1.5. Platform components description
• 1.9.4. Protocol Layer
• 1.9.5. Technology Stack
• 4.7. Guidelines to add a new domain to GXF
• 4.4. Microgrids
• 4.2.2. Light Schedules
• 5. Protocols
• 5.1. IEC61850
• 5.1.2. FlexOVL\_540\_171101\_2
• 5.1.2.3. EventNotification
• 5.1.2.1. FlexOVL\_540\_171101\_2\_out.icd
• 5.1.2.2. GetStatus
• 5.1.1.13. SetLight
• 5.1.1. SWDevice-010805
• 5.1.1.3. GetConfiguration
• 5.1.1.8. GetFirmwareVersion
• 5.1.1.15. GetStatus
• 5.1.1.2. RegisterDevice
• 5.1.1.4. SetConfiguration
• 5.1.1.5. SetEventNotifications
• 5.1.1.6. EventNotification
• 5.1.1.10. SetReboot
• 5.1.1.7. SetSchedule
• 5.1.1.14. SetTransition
• 5.1.1.11. StartSelfTest
• 5.1.1.12. StopSelfTest
• 5.1.1.16. UpdateDeviceSslCertification
• 5.1.1.9. UpdateFirmware

LMD

Light Measurement Device, a smart grid device which uses up to 4 light sensor arrays to determine light or dark for several areas.

• 5.1.2. FlexOVL\_540\_171101\_2

MQTT

MQTT stands for MQ Telemetry Transport. It is a publish/subscribe, extremely simple and lightweight messaging protocol, designed for constrained devices and low-bandwidth, high-latency or unreliable networks. See [MQTT](http://mqtt.org/)

• 5. Protocols
• 5.4. MQTT

OSGP

Open Smart Grid Platform, see GXF.

• 0. Introduction
• 1.6. Message flow examples
• 1.9.3. Core Layer
• 1.9.2. Domain Layer
• 1.9.5. Technology Stack
• 1.9.1. Web Services Layer
• 4.7. Guidelines to add a new domain to GXF
• 4.5. Distribution automation
• 4.4. Microgrids
• 4.6. SmartMetering
• 4.6.1.7.1. AddDevice
• 4.6.1.7.5. DeCoupleMbusDevice
• 4.6.1.8.8. FindMessageLogs
• 4.6.1.9.13. RetrievePushNotificationAlarm
• 3.6. Governance
• 3.2. Developers 101
• 5.2.2. DLMS device simulator
• 5.2.1. DLMS protocol adapter configuration
• 5.1. IEC61850
• 5.1.2. FlexOVL\_540\_171101\_2
• 5.1.2.3. EventNotification
• 5.1.1. SWDevice-010805
• 5.1.1.3. GetConfiguration
• 5.1.1.4. SetConfiguration
• 5.1.1.6. EventNotification
• 5.1.1.7. SetSchedule
• 5.3.2. OSLP v0.6.1
• 5.3.2.4. GetConfiguration
• 5.3.2.1. Protobuf Contract
• 5.3.2.5. SetConfiguration
• 5.3.2.8. SetSchedule
• 2.1.1.2. Manual Setup
• 2.1.1.1. Vagrant
• 2.1.4.1. Using SoapUi
• 2.1.3. Platform Setup

OSLP

Open Street Light Protocol, the protocol used to communicate with SSLD and other smart grid devices.

• 1.8.2. Internationalization and localization
• 1.8.6. Performance
• 1.8.3. Security
• 1.8.1. TimeBehavior
• 1.3. Architecture functional layers
• 1.7. Logical Authorisation Model
• 1.5. Platform components description
• 1.9. Technical Overview
• 1.9.4. Protocol Layer
• 1.9.5. Technology Stack
• 4.2.2. Light Schedules
• 3.2. Developers 101
• 5. Protocols
• 5.1. IEC61850
• 5.3. OSLP
• 5.3.1. OSLP v0.5.1
• 5.3.1.1. Protobuf Contract
• 5.3.2.6. SetEventNotifications
• 5.3.2. OSLP v0.6.1
• 5.3.2.7. EventNotification
• 5.3.2.4. GetConfiguration
• 5.3.2.10. GetFirmwareVersion
• 5.3.2.17. GetStatus
• 5.3.2.1. Protobuf Contract
• 5.3.2.2. RegisterDevice
• 5.3.2.9. ResumeSchedule
• 5.3.2.5. SetConfiguration
• 5.3.2.19. SetDeviceVerificationKey
• 5.3.2.3. ConfirmRegisterDevice
• 5.3.2.15. SetLight
• 5.3.2.12. SetReboot
• 5.3.2.8. SetSchedule
• 5.3.2.16. SetTransition
• 5.3.2.13. StartSelfTest
• 5.3.2.14. StopSelfTest
• 5.3.2.21. SwitchConfiguration
• 5.3.2.20. SwitchFirmware
• 5.3.2.18. UpdateDeviceSslCertification
• 5.3.2.11. UpdateFirmware
• 2.2.1. Add a device
• 2.5. FAQ
• 2.1. Installation Guide
• 2.1.4.1. Using SoapUi
• 2.1.4.2. Using the Demo App

PSLD

Public Street Lighting Device, a smart grid device that is used to control and monitor a single street light.

• 1.3. Architecture functional layers
• 5.3.1.1. Protobuf Contract
• 5.3.2. OSLP v0.6.1
• 5.3.2.4. GetConfiguration
• 5.3.2.17. GetStatus
• 5.3.2.1. Protobuf Contract

SOAP Webservice

The open smart grid platform offers a Spring Framework SOAP Webservice.

SSLD

Sub Station Lighting Device, a smart grid device that is used to control and monitor public lighting (several street lights) and tariff switching for an area.

• 1.8.1. TimeBehavior
• 1.3. Architecture functional layers
• 1.5. Platform components description
• 4.2.1. Use cases
• 3.2. Developers 101
• 5. Protocols
• 5.1.1. SWDevice-010805
• 5.1.1.9. UpdateFirmware
• 5.3. OSLP
• 5.3.2. OSLP v0.6.1
• 5.3.2.4. GetConfiguration
• 5.3.2.17. GetStatus
• 5.3.2.11. UpdateFirmware
• 2.1.4.1. Using SoapUi
• 2.1.4.2. Using the Demo App