DEMAND SIDE MANAGEMENT: DEMAND RESPONSE, INTELLIGENT ENERGY SYSTEMS AND SMART LOADS

Abstract

Request side administration is a helpful and vital device in savvy network vitality the executives framework to decrease absolute power request amid pinnacle request periods and henceforth, upgrading lattice supportability and lessening by and large expense. The proposed load planning approach dependent on guage power costs and pre-booked burdens. It essentially utilizes the technique for load moving of move capable and interruptible loads and can be constrained by the brought together controller of things to come savvy network. This methodology advances the utilization bends of family unit, business and mechanical shoppers. The proposed calculation in this methodology limits the expense caused by clients while considering clients' individual inclinations for the heaps by setting needs and favored time interims for load planning.

Authors and Affiliations

SURAJ S and SENTHIL K

Keywords

Related Articles

A STATIC NON-LINEAR CONTROLLED BRIDGE TYPE FAULT CURRENT LIMITER FOR TRANSIENT STABILITY AUGMENTATION OF MULTI-MACHINE POWER SYSTEM

This paper implements Fault Current Limiting (FCL) requirements and proposed a calculation method to determine the required dc reactor value, for the purpose of the converter continuous operation during dc faults. On t...

POWER QUALITY IMPROVEMENT OF MULTI-FUNCTIONAL GRID CONNECTED INVERTER WITH RENEWABLE SYSTEM

To improve performance of voltage profile and current profile of power quality issues in renewable sources. This paper propose a multi-functional grid connected inverter and MFGCI is improve both voltage-based and curr...

HYBRID ENERGY MANAGEMENT SYSTEM OF EV USING GRID TO VEHICLE SYSTEM

To implement the Electric Vehicle-Energy Storage System (EV-ESS) to control of battery charging and discharging and control between the power generation and load. The proposed system implement a interlinking converter,...

FRACTIONAL ORDER PID CONTROLLER FOR AGC LOOP OF A TWO-AREA SOLAR-THERMAL DEREGULATED POWER SYSTEM WITH RFB AND IPFC UNIT

This paper presents the Fractional Order Proportional-Integral-Derivative (FOPID) controller for Automatic Generation Control (AGC) of an interconnected twoarea solar-thermal deregulated power system. In this investigat...

REACTIVE POWER AND AC VOLTAGE CONTROL OF LCC HVDC WITH SFCL SYSTEM WITH CONTROLLABLE CAPACITORS

This paper implements the AC voltage control of HVDC using superconducting fault current limiter (SFCL) in AC voltage control of LCC HVDC using controllable capacitors. Also to analyze the behavior of a Voltage Source...

Download PDF file
  • EP ID EP46573
  • DOI 10.34218/IJEET.10.1.2019.003
  • Views 224
  • Downloads 0

How To Cite

SURAJ S and SENTHIL K (2019). DEMAND SIDE MANAGEMENT: DEMAND RESPONSE, INTELLIGENT ENERGY SYSTEMS AND SMART LOADS. International Journal of Electrical Engineering & Technology (IJEET), 10(1), -. https://europub.co.uk./articles/-A-46573