By Problem
Low Power Factor
Low power factor is primarily caused by inductive loads such as motors and transformers, resulting in higher demand charges and power factor penalties. Static VAR Generators provide fast and continuous power factor correction, eliminating penalties and improving system efficiency.
We identify these challenges and provide practical, results-driven solutions tailored to your needs.
Capacitor bank failures
Capacitor bank failures commonly occur due to harmonic distortion and over-voltage conditions, leading to frequent fuse blowing and downtime. Active Harmonic Filters eliminate harmonics, protecting capacitor banks and increasing their service life.
We identify these challenges and provide practical, results-driven solutions tailored to your needs.
HIGH THD (%) – Current & Voltage Distortion
High total harmonic distortion (THD) is caused by non-linear loads such as VFDs, UPS systems, and SMPS-based equipment. High THD results in equipment overheating, losses, and malfunction. Active Harmonic Filters reduce THD to acceptable limits and ensure a clean power supply.
We identify these challenges and provide practical, results-driven solutions tailored to your needs.
Harmonics from VFDs
Variable Frequency Drives (VFDs) are widely used for speed control and energy savings in motors, but they are a major source of harmonic distortion in electrical systems. These harmonics cause increased losses, overheating of transformers and cables, nuisance tripping of protection devices, malfunction of sensitive equipment, and frequent failure of capacitor banks. Harmonics from VFDs also lead to poor power factor and voltage distortion, reducing overall system efficiency. Active Harmonic Filters effectively mitigate harmonics generated by VFDs by injecting equal and opposite harmonic currents in real time, ensuring compliance with IEEE-519 standards, improving power quality, and protecting electrical equipment.
We identify these challenges and provide practical, results-driven solutions tailored to your needs.
High Neutral Current
High neutral current is generated by single-phase non-linear loads and unbalanced systems, leading to neutral conductor overheating and fire hazards. Active Harmonic Filters significantly reduce neutral current and improve system safety.
We identify these challenges and provide practical, results-driven solutions tailored to your needs.
Transformer Overheating
Transformer overheating occurs due to harmonics, unbalanced loads, and excessive losses, reducing transformer life and reliability. A combination of Active Harmonic Filters and SVGs protects transformers by reducing thermal stress and improving load balance.
We identify these challenges and provide practical, results-driven solutions tailored to your needs.
Power Factor Penalty
Power factor penalties are imposed by utilities when power factor falls below specified limits, increasing electricity costs. SVGs maintain power factor within required limits at all times, eliminating penalties and reducing energy bills.
We identify these challenges and provide practical, results-driven solutions tailored to your needs.
