INTELLIGENT DISTRIBUTED AUTONOMOUS POWER

SYSTEMS(IDAPS)

Presented byV.Pallavi

O.Roheeswar

CONTENTS:-

Introduction Background Information IDAPS - An Intelligent Micro grid IDAPS Simulation Advantages/Disadvantages Conclusion

INTRODUCTION:- IDAPS is a network of several interconnected sub

networks that are cellular in structure and can operate autonomously in the event of a system fault.

ELECTRICITY supply is one of the most important utilities that underpin the survival of a nation’s critical infrastructures.

The services such as natural gas supply, water supply services, transportation, telecommunications, financial services and healthcare services.

To increase reliability of electric services locally, commercial and some residential customers have increasingly installed on-site distributed energy resources (DER).

BACKGROUND INFORMATION:-1. The Micro grid Concept2. Electricity Markets3. Control and communication architectures4. Web-based Communication Architecture

IDAPS – AN INTELLIGENT MICROGRID

i. Control and communication architecturesii. The IDAPS Supply-Driven-Demand

Managementiii. The IDAPS Agent-based Frameworkiv. IDAPS Web Services

The IDAPS Agent-based Framework:

IDAPS Web Services:

IDAPS SIMULATION:-

i. The Virginia Tech Micro grid (VTM) ii. Simulation Setup

Advantages/Disadvantages:

CONCLUSIONS:-

The utilization of web services enables components within an IDAPS micro grid to communicate with one another and also ensure portability and interoperability among various DG systems.

Broader impacts of the IDAPS micro grid include the promotion of renewable energy technologies, the facilitation of customer choices in residential electricity .

And ensure interoperability among various markets and the design for more resiliency in electric power systems .

Thank You!