Smart Grid Consumer-Provider Relationship Analysis Using System Modeling Approach

Omar Alriyami, Masdar Institute of Science and TechnologyHusam Suleiman, University of Waterloo

Davor Svetinovic, Masdar Institute of Science and TechnologyHatem Zeineldin, Masdar Institute of Science and Technology

The 2012 IEEE International Conference on Green Computing and Communication

November 20th - 23rd

Overview

•Electricity Gird

•Smart Grid

•Prosumer-Based Smart Grid

Problem (1)Distribution Distribution

NetworkNetworkDistribution Distribution

NetworkNetwork

ProsumerProsumerProsumerProsumer

Problem (2)Distribution Distribution

NetworkNetworkDistribution Distribution

NetworkNetwork

ProsumerProsumerProsumerProsumer

xxxx

•Reliability

•Privacy

•Efficiency

Problem (3)

Contribution

•Abstract level of requirements

•Analyze the requirements

Main Actors

Central AuthorityCentral AuthorityCentral AuthorityCentral AuthorityProviderProviderProviderProvider

ConsumerConsumerConsumerConsumer Network ControlNetwork ControlNetwork ControlNetwork Control

Smart MeterSmart MeterSmart MeterSmart Meter

Smart MeterSmart MeterSmart MeterSmart Meter

Phases

•Registration Phase

•Request Phase

•Delivery Phase

•Confirmation Phase

Registration Phase

Request Phase

Delivery Phase

Confirmation Phase

Analysis (1)

Registration Phase One Time

Request Phase Frequent

Delivery Phase Frequent

Confirmation Phase Frequent

Analysis (2)

•Centralized communication

•Communication between prosumers

•Decentralized Payment

•Smart meter security

Analysis (3)

•Centralized communication

•Communication between prosumers

•Decentralized Payment

•Smart meter security

Future Work (1)

•BitCoin

•NameCoin

Future Work (2)

•Building a smart grid market system with:

•DeCentralized communication

•Secured Communication between prosumers

•Extended Decentralized Payment

That’s all

•Thanks for listening

•Any Questions?

•oalriyami@masdar.ac.ae