Abstract: In this paper, a distributed strategy for improving the power quality and maximum demand smoothing is presented. Many authors have presented the power quality improvement as a centralized issue, which implies high power capability of compensators. Based on multi-functionality of specific switching-mode converters, a decentralised model is presented. A discussion of simultaneity of different functions is presented in details. The results of this paper are intended to be a guideline for application designer
The increased usage of power-sensitive electronic devices has prompted interest in power conditionin...
Improving power supply quality is one of the most important tasks in electric power engineering toda...
Non-linear loads are frequently affected by power quality (PQ). Resonance mechanisms, condenser over...
Abstract: In this paper, a distributed strategy for improving the power quality and maximum demand s...
This paper presents a comprehensive study of various possible solutions for power quality improvemen...
In an era of automation and computation, sophisticated equipments with their sophisticated controlle...
Power quality (PQ) has become an important topic in today’s power system scenario. PQ issues are rai...
In recent times, power quality (PQ) issues such as current and voltage harmonics, voltage sag/swell,...
Power Quality is a measure of how well a system supports reliable operation of its loads. A power di...
Abstract: According to the analysis, results suggest that maximum part of interruptions at industria...
Power quality can be defined as any power problem faced in the frequency, current or voltage deviati...
Due to increasing complexity in the power system, power quality problems are most significant proble...
This paper investigates the power quality problems which occur frequently in power supply and sugges...
This dissertation explores circuit, control, and optimization techniques for power electronics with ...
In recent years, the prolific use of power electronics devices to improve the overall energy effici...
The increased usage of power-sensitive electronic devices has prompted interest in power conditionin...
Improving power supply quality is one of the most important tasks in electric power engineering toda...
Non-linear loads are frequently affected by power quality (PQ). Resonance mechanisms, condenser over...
Abstract: In this paper, a distributed strategy for improving the power quality and maximum demand s...
This paper presents a comprehensive study of various possible solutions for power quality improvemen...
In an era of automation and computation, sophisticated equipments with their sophisticated controlle...
Power quality (PQ) has become an important topic in today’s power system scenario. PQ issues are rai...
In recent times, power quality (PQ) issues such as current and voltage harmonics, voltage sag/swell,...
Power Quality is a measure of how well a system supports reliable operation of its loads. A power di...
Abstract: According to the analysis, results suggest that maximum part of interruptions at industria...
Power quality can be defined as any power problem faced in the frequency, current or voltage deviati...
Due to increasing complexity in the power system, power quality problems are most significant proble...
This paper investigates the power quality problems which occur frequently in power supply and sugges...
This dissertation explores circuit, control, and optimization techniques for power electronics with ...
In recent years, the prolific use of power electronics devices to improve the overall energy effici...
The increased usage of power-sensitive electronic devices has prompted interest in power conditionin...
Improving power supply quality is one of the most important tasks in electric power engineering toda...
Non-linear loads are frequently affected by power quality (PQ). Resonance mechanisms, condenser over...