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
Keywords
Related Articles
- EP ID EP46573
- DOI 10.34218/IJEET.10.1.2019.003
- Views 222
- Downloads 0
SENSORLESS VECTOR CONTROL OF INDUCTION MOTORUSING MODEL REFERENCE ADAPTIVE SYSTEM
The implementation and performance evaluation of sensorless vector control of three-phase induction motor is carried out in this paper which uses Model Reference Adaptive System (MRAS) technique for the estimation of m...
CONTROL STRETEGY FOR POWER MANAGEMENT IN GRID CONNECTED MICROGRID WITH RENEWABLE ENERGY SOURCES
Renewable energy based Distributed Generators (DGs) play a dominant role in electricity production, to reduce global warming. Emerging potential of distributed generation can be realize using microgrid concept. A micro...
OPTIMAL ALLOCATION OF RENEWABLE DISTRIBUTED GENERATION WITH LARGE PENETRATION TO MITIGATE POWER QUALITY ISSUES
The intervention of DG’s in the electrical network has increased remarkably which has led to the requirement of optimally allocating them in the system. They should be allocated with an optimal size and appropriate loc...
MINIMIZE POWER LOSS USING PARTICLE SWARM OPTIMIZATION TECHNIQUE
This paper presents the solution of optimal power flow (OPF) using particle swarm optimization (PSO). The objective function is minimize power loss by adjustment the power control variables and at the same time satisfy...
DESIGN AND ANALYSIS OF QUASI CASCADED MULTI-LEVEL INVERTER
This paper presents new topology of Quasi multi-level inverter (MLI) with five level output voltage. Traditional cascaded MLI is a buck DC-AC conversion circuit, which puts a limit on the peak AC voltage. However, with...