ieee_2030 smart grid

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Disclaimer

The information contained here does not necessarily

expresses the final opinion of the IEEE P2030 since

this is still an working in progress. But it providesthe basis for ongoing standards development

discussions.

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IEEE P2030 Smart Grid Key Highlights

The IEEE P2030 is a Standard Guide for Smart GridInteroperability.

It addresses the basic Smart Grid definitions, frameworks,

challenges and three different architectural perspectives

(Power & Energy, Communications and IT) with

interoperability tables and charts.

The architectures adopts a methodic end-to-end and system

engineering approach to address the secure, modular andscalable Smart Grid interfaces and building blocks.

IEEE P2030 has been voted and approved for ballot in the

last General Plenary meeting (New Orleans, Feb 2011).

The IEEE 2030 Series of standards will address more specific

technologies and implementation of Smart Grid system (e.g.

P2030.1 Electric Vehicle, P2030.2 Storage Energy Systems).

All Rights Reserved to the IEEE

Source: IEEE

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IEEE P2030 Smart Grid Interoperability TimelineIEEE P2030 Smart Grid Interoperability TimelineIEEE P2030 Smart Grid Interoperability TimelineIEEE P2030 Smart Grid Interoperability Timeline

Almost DONE!

All Rights Reserved to the IEEE4


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IEEE P2030 Smart Grid

Generic Framework

Methodological Interoperability

Framework composed of: Three Interoperability

Architecture Perspectives

(IAP):

Communications

Technology (CT)

Information

Technology (IT)

IAPs Interoperability Tables


Source: IEEE

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Using the System Engineering ApproachUsing the System Engineering ApproachUsing the System Engineering ApproachUsing the System Engineering Approach

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TwoTwoTwoTwo----Levels SG System ArchitectureLevels SG System ArchitectureLevels SG System ArchitectureLevels SG System Architecture

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The Smart Grid Foundational LayersThe Smart Grid Foundational LayersThe Smart Grid Foundational LayersThe Smart Grid Foundational Layers

All Rights Reserved to the IEEE8


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Key Attributes

1. Broadest, All Inclusive Architecture (providealternative paths).

2. Adopt a System Engineering Approach.

3. Define Key Actors and Critical Interfaces.4. Methodological and Well Documented Procedure.

5. Top Down Approach (System to Sub-System Level).

. , , .

(define demarcation points between entities/actors).

7. Use Technology Neutral Approach.

8. Dynamic and Evolving Architecture.

9. Covers the Whole Utility Smart Grid Spectrum.10. Useful to Stakeholders (utilities, vendors, SDOs, etc).

11. Seeks an International Perspective.


Source: IEEE

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Important Smart Grid Design PrinciplesImportant Smart Grid Design PrinciplesImportant Smart Grid Design PrinciplesImportant Smart Grid Design Principles

Secure

Reliable

Scalable Open

-Recommended

Manageable

Modular

Future Proof

Interoperable

Characteristics

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The Smart Grid Building BlocksThe Smart Grid Building BlocksThe Smart Grid Building BlocksThe Smart Grid Building Blocks


Source: IEEE

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IEEE P2030 Smart Grid CommunicationsIEEE P2030 Smart Grid CommunicationsIEEE P2030 Smart Grid CommunicationsIEEE P2030 Smart Grid Communications

Reference Architecture (SGReference Architecture (SGReference Architecture (SGReference Architecture (SG----CRA)CRA)CRA)CRA)


Source: IEEE P2030

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SG Architecture Development Methodology


Source: IEEE P2030

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IEEE P2030 Smart Grid Work: Architectures

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IEEE P2030 Smart Grid Work: Tables & Charts

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IEEE P2030

Appendix


Source: IEEE


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IEEE P2030 Information Technology

Interoperability Architecture Perspective (IT-IAP)

Source: IEEE



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IEEE P2030


Source: IEEE


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Example of Detailed Communications (CT) Interface Description

Source: IEEE



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IT Interfaces/Data Flows Description Table

Source: IEEE



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Power System Interfaces Types and Descriptions

Source: IEEE



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Sample Smart Grid Interface/ Application Mapping Table

Source: IEEE



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Typical Data Characteristics of Sample Applications

Source: IEEE



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