Abstract

Micro-grid plays a vital role in fulfilling the increasing demand by using distributed renewable energy resources. Demand and response technique can be broadly classified under the setup DR deployed (e.g. ISO’s/RTO’s). Demand response program can be implemented to improve power system quality, reliability and increasing demand. In modern power industry, strategic player can take more benefit from more emphasized DR study in terms of social benefit (uninterrupted power supply to consumers) and economy. This paper proposes the distributed micro-grid control and implemented control setup implemented demand response algorithm, which provides better power system reliability. This paper presents contingencies control demand and response for micro-grid. The main advantage of implementation of demand and response algorithms in Micro-grids provides reliable power supplies to consumers. The proposed micro-grid TCP/IP setup provides a chance to respond the contingencies to recover the shed to active condition. Micro-grid controller implements demand and response algorithm reasonable for managing the demand of the load and intelligent load scheme in case of blackout.

Highlights

  • Power supply is the one basic requirement to operate the machine or devices

  • This paper proposes the distributed micro-grid control and implemented control setup implemented demand response algorithm, which provides better power system reliability

  • In this paper proposed demand and response algorithm can be implemented on non-autonomous micro-grid mode of operation

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Summary

Introduction

The need of power is increasing drastically. Centralized power systems for generation produces fluctuations at load side as demand is not being fulfilled properly and this basic need is increasing rapidly. In power system planning and operation, Demand Responses are one of the most important factors. Modern power system smart grids in new emerging technology using Renewable Energy Resources (RER) plays a vital role in fulfilling current energy demand. Demand response impact on smart grids is discussed and renewable energy technologies (bio-gas, solar cell, wind energy) is used to propose algorithm fulfill increasing demand of power. Micro-grid is a form of smart grids which provides power (normally in KW) to load controlled by the intelligent energy management system

Proposed Demand Response Micro-Grid Network
Demand Response Power Flow Network
Demand Response Algorithm
Benefits of Demand Response in Micro-Grids
Conclusion
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