Power Quality Analysis & Improvement
Comprehensive power quality assessment and improvement engineering covering harmonic analysis, power factor correction, voltage stability, and transient protection. Helps industries reduce BPDB/DESA power factor penalties and protect sensitive equipment from power quality problems.
Proper PF correction eliminates BPDB/DESA power factor penalty charges, typically recovering the project cost within months.
Harmonic filters and surge protection prevent premature failure of VFDs, PLCs, motors, and precision instruments.
Correcting reactive power and harmonics reduces kVAh consumption and improves overall electrical system efficiency.
Voltage sag and transient protection prevents unexpected equipment trips that cause costly production interruptions.
Meet BPDB/DESA interconnection requirements and avoid future penalty regimes with proper power quality infrastructure.
Comprehensive site measurement using certified power quality analysers capturing harmonics, PF, voltage, and current waveforms.
Identify harmonic sources, model distortion levels, and design passive or active harmonic filters for mitigation.
Calculate and specify automatic capacitor banks sized for your load profile to achieve target power factor levels.
Design DVR, UPS, and surge protection solutions to protect critical loads from voltage disturbances.
Specific engineering to achieve and maintain power factor levels above BPDB/DESA penalty thresholds.
Earth resistance testing, soil resistivity measurement, and earthing system upgrade design to meet IEC standards.
Continuous Power Quality MonitoringIoT-connected power quality monitors stream data to FN Cloud for continuous harmonic and PF trend monitoring.
Anomaly DetectionAI detects emerging power quality degradation before it causes equipment damage or penalty charges.
Energy Savings QuantificationContinuously measure and report energy savings achieved through power quality improvement interventions.
Deploy certified power quality analysers at key measurement points for a minimum 7-day continuous recording period.
Analyse recorded data for harmonics, power factor, voltage stability, and transients; produce detailed power quality report.
Design corrective solutions — capacitor banks, harmonic filters, surge protection — with equipment specifications and cost estimates.
Supply, install, and commission corrective equipment; verify performance improvement with post-installation measurement.
Harmonic mitigation for arc furnaces, rolling mills, and large motor drives that generate significant harmonic distortion.
Power factor correction and harmonic filtering for large populations of VFD-driven motors in spinning and weaving operations.
Voltage sag protection for sensitive manufacturing equipment and UPS systems to prevent batch failures.
Harmonic filtering for large UPS and server load populations; earthing system verification for equipment protection.
Power factor correction to eliminate DESA penalty charges and reduce energy bills in large commercial facilities.
Substation-level power quality improvement for industrial parks with diverse tenant load profiles.