Electrical Power Assessment
Power quality refers to the ability of an electrical grid to supply clean, stable, and reliable power. Ideally, power should have a pure sinusoidal waveform, maintaining voltage and frequency within acceptable tolerances. However, real-world power sources often face disruptions due to non-linear loads, harmonic distortions, and evolving power generation technologies.
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.
Why is Power Quality Important?
Poor Power Quality Can Lead To
Good Power Quality Provides
Lower Energy Costs
Optimized power factor reduces unnecessary electricity consumption.
Extended Equipment Life
Prevents overheating, wear, and premature failure.
Improved Business Continuity
Minimizes operational risks and production halts.
Compliance with Power Regulations
Meets industry standards for energy efficiency and safety.
OUR SERVICES:
- Power Factor Correction Analysis – Improve power efficiency and reduce energy costs.
- Harmonic Analysis & Mitigation – Identify and eliminate electrical disturbances for system stability.
- Transient Analysis – Detect and prevent voltage spikes, surges, and fluctuations.
- Power Quality Site Surveys – Conduct field measurements, simulations, and sensitivity analysis.
- Inrush Current Analysis – Assess inrush currents to prevent equipment stress and instability.
- Harmonic Loss Factor and K-Factor – Analyze transformer loading and harmonic impact on efficiency.
- Long-Term and Short-Term Voltage Flicker – Evaluate flicker effects on equipment performance and stability.
- Voltage and Current Unbalance – Detect and correct phase imbalances for smooth power distribution.
Voltage Regulation Test
Voltage regulation is critical for ensuring stable and efficient power distribution within an electrical system. Voltage Regulation Test is conducted to assess how well the system maintains voltage levels under varying load conditions. Poor voltage regulation can lead to equipment malfunction, inefficiencies, and electrical hazards.
Why is Voltage Regulation Important?
- Prevents Voltage Fluctuations– Ensures a steady power supply, avoiding surges and dips.
- Protects Sensitive Equipment– Prevents damage to motors, transformers, and electronics.
- Enhances System Reliability– Reduces unplanned downtime and power disruptions.
- Improves Energy Efficiency– Maintains optimal voltage levels, reducing energy wastage.
- Ensures Compliance with Electrical Standards– Meets regulatory voltage stability requirements.
Ensure Stable & Reliable Power for Your Facility!
At Bigeta Energy Solutions, our Voltage Regulation Test as part of the Electrical Safety Audit helps businesses identify voltage issues, enhance equipment performance, and ensure a safe electrical environment.