Recent developments in technology & electronic devices are with nonlinear voltage-current characteristics, so generate harmonics....
ViewTo prolong the service life of the equipment and to reduce the possibilities of interference with any of the equipment function, manufacturers of electrical equipment recommend that disturbance levels on the power distribution system be limited.
Several recommendations mainly focused on equipment, which concerns the quality of the power delivered by the electrical utility.
Power quality issues can impact on economic consequences which results in revenue loss, process improvements, equipment failure, electrical hazards like fire and scrapped product.
The benchmark processes help to assess the performance level of the power distribution system in adjusting disturbance levels to deliver a suitable voltage quality to the user.
These procedures evaluate the annoyance level that the voltage disturbances can produce to the user.
The power quality analysis study provides the level of distortion of the supply voltage that has an active role in upsetting or damaging the consumer equipment.
In the final process, all troubleshooting events are accumulated to obtain the quality index.
The CEA Guide to Performing Power Quality Surveys includes measurement techniques covering 25 adverse quality indices that comprise 106 adverse quality factors. This guide contains parameters from both IEC and IEEE standards.
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