DEMAND SIDE MANAGEMENT: DEMAND RESPONSE, INTELLIGENT ENERGY SYSTEMS AND SMART LOADS
Journal Title: International Journal of Electrical Engineering & Technology (IJEET) - Year 2019, Vol 10, Issue 1
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
PERFORMANCE ANALYSIS OF FRACTIONAL ORDER CIRCUITS USING FRACTIONAL ORDER DEVICES (FODs)
The design and realization of continuous- time fractional order circuits and their performance analysis have been presented. Here, a fractional order devices which is primarily used for realization of fractional order...
DESIGN OF GRID TIED BI-DIRECTIONAL INVERTER FOR BATTERY ENERGY STORAGE SYSTEM
The main aim is to develop the Energy Management Control (EMC) with proposed Bi-directional converter. The EMC consists of a towering EMC level and a small EMC level. Bi-directional Inverter is skilled of connecting a...
COMPARATIVE STUDY OF ZETA AND SINGLE STAGE HIGH VOLTAGE GAIN DC-DC CONVERTERS
Solar energy will be the important source of energy for the future. Solar cells transform energy from an essentially unlimited source sun. PV system virtually zero running cost energy is the input source of power. It i...
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,...
IMPROVING DYNAMIC STABILITY OF POWER SYSTEMS BY USING AVR, POWER SYSTEM STABILIZER
This paper introduced a sum method for controlling electrical power systems for multi-machines under dynamic loads by using artificial intelligence. This paper includes complete descriptions of the sum methods used to...