Three Phase Active Conditioner for Harmonics Mitigation
Journal Title: Bonfring International Journal of Power Systems and Integrated Circuits - Year 2012, Vol 2, Issue 3
Abstract
The Shunt Active Power Filter is a very essential tool to remove harmonic currents and to reimburse reactive power for nonlinear loads. The fundamental standard of process of a Shunt Active Power Filter is to introduce an appropriate non-sinusoidal current (compensating current) into the system at the point of common coupling. This research work focuses on the time-domain approach for three-phase Shunt Active Power Filters through an effective algorithm. A fundamental outline and evaluation of the performance of existing improved algorithms for active power filters are presented. An enhanced approach based on time domain technique is proposed based on various complicated power quality problems and various compensation functions. It is observed that the proposed algorithm provides has shorter response time delay when compared with the conventional approaches. Therefore, the proposed approach can accurately attain various compensating current references.
Authors and Affiliations
Balasubramaniam P. M, Gurusamy G
Keywords
Related Articles
- EP ID EP109174
- DOI 10.9756/BIJPSIC.1515
- Views 100
- Downloads 0
Modelling of Solar Still Using Granular Activated Carbon in Matlab
In the last years the demand for fresh water is increasing tremendously all over the world. The future demand will be very high and the fresh water resources are getting depleted at a faster rate. We need to depend on th...
Optimum Monochromatic Wavelengths for Solar Panel Testing and Conversion of Parameters to STC
Solar panels are one of the simplest devices to produce electricity from the sun. Even though the efficiency with which it harnesses energy from the sun is very less, its affordability and ease of use makes it a strong c...
Analysis of Circuit Breaker and Relays in Substations
There is a necessity of circuit breaker replacement with Gas circuit breaker is to meet the day by day growing load demand, to reduce the down time to upgrade the system with current technology and to provide better prot...
Fuzzy Approach to Nodal Reliability Ranking for Radial Distribution Networks
Power distribution systems are exposed to load swings and faults, which can lead to voltage instability and collapse. It's important for a distribution engineer is to identify the sensitive nodes so that corrective actio...
Cost Efficient and Optimized Energy Solution in Plug-in Hybrid Vehicles (PHEV) for Public Transport System
This paper proposes a novel method to find an effective solution for the increasing problems of traffic congestion and environmental pollution through an efficient mode of public transport system. In the proposed topolog...