"Are You Concerned About Power System Reliability? "
Bigeta Energy Solutions performs a variety of power system studies, including power quality audit, harmonic analysis, voltage regulation test, reactive power management, power system performance studies and much more. We are intended to provide our clients with the most promising solutions that can give improved power system performance and reliability. O.ur vast experience in the field of power system studies and our well-experienced professionals together contributes to the successful execution of projects and customer satisfaction
The electrical power assessment evaluates the overall performance of the electrical network, electrical installations and gives recommendations based on the existing conditions, that can meet reliability and efficiency.
Power Quality Assessment
Power Quality issues can take many forms; harmonics, voltage hangs/swells, flicker, transients etc. Regularly the cost of power quality moderation is little contrasted with the expenses related to the issue itself. The issue of poor power quality is that it goes to a great extent unnoticed. The symptomatic results of poor power quality issues are regularly ascribed inaccurately to different causes.
Poor power quality is caused by:
1) Harmonic distortion and voltage fluctuation.
2) Low power factor
3) Power electronic loads like variable speed drives, CNC machines etc.
4) Inadequate wiring design and undersized circuits
As industries are trying to automate their various processes to expand control over operations and save money on energy, the utilization of electronic equipment has likewise increased at the same time. The utilization of devices for example, variable speed drives, rectifiers, and various other power electronic equipment cause harmonics and transients in the system regularly ascribed inaccurately to different causes.
Harmonics, one of the dangerous power quality issues, affect the operation and life of critical equipment in a facility. Harmonics also destabilizes the grid and affects users connected to the grid. The impact of Harmonics in a system includes:
1) High current to flow in neutral conductors
2) Motors and transformers running hot, shortening their lives
3) Increased susceptibility to voltage dips, potentially causing spurious resets
4) Reduced efficiency of a transformer or a larger unit is required to accommodate harmonics