Enhancing Power Efficiency and Reducing Costs
Our Clients
Why Power Factor Correction Matters
Benefits of Power Factor Correction with Capacitor Banks
1. Avoiding Utility Penalties
2. Lower Demand Charges
3. Expanding Load Capacity
4. Improved Voltage Stability
5. Reduced System Losses
Importance of Regular Capacitor Bank Maintenance
Key maintenance activities include:
Inspecting Capacitors
Regular inspection of the capacitors is essential to check for signs of wear, overheating, or swelling. Failed capacitors can lead to inefficiencies in power correction, causing the system to draw more power than necessary.
Checking Connections
Loose or corroded connections can result in higher resistance and overheating, which may affect the entire electrical system. Regular maintenance should include a thorough inspection of all electrical connections.
Monitoring Harmonics
Harmonic distortion can damage capacitor banks over time, reducing their effectiveness. It’s important to monitor harmonics and install filters if necessary to protect the capacitor bank and ensure proper power factor correction.
Testing and Tuning
Routine testing and calibration ensure that the capacitor bank is tuned correctly to handle the facility’s reactive power needs. This helps maintain a stable power factor and prevents the system from becoming over-corrected or under-corrected.
Capacitor Bank Testing Services by Three Phase Tech Services
Capacitance Testing
Verifies capacitor performance against rated values.
Insulation Resistance Testing
Confirms insulation integrity to prevent faults.
Thermal Imaging
Detects overheating or hotspots that signal potential failures.
Voltage and Current Measurements
Confirms proper balancing of reactive power.
