Optimize Energy Usage.

Nonlinear loads like VFDs, UPSs, and servers create electrical harmonics that distort the voltage waveform. This causes overheating, breaker trips, reduced capacity, and wasted energy.

Our Active Power Filters and Current Balancing System dynamically inject counter-harmonic currents, cancelling distortion at the source. This restores clean sine waves, reduces heat and stress on assets, and frees up usable capacity.

Facilities that exceed IEEE 519 harmonic limits face penalties, equipment issues, or costly retrofits - often caused by multiple harmonic-heavy loads sharing the same electrical bus.

Our harmonic mitigation platform brings sites back within IEEE 519 limits by combining active filtering, balancing, and engineered line conditioning. We design to site-specific harmonic profiles, ensuring compliance under real operating conditions.

Distorted and unbalanced currents increase resistive (I²R) losses in cables and transformers. This leads to higher energy bills, wasted power, and faster equipment aging.

By rebalancing phase currents and eliminating harmonic content, our system lowers RMS current levels across the network. This directly reduces conductor and transformer losses, cutting waste energy and improving asset efficiency.

Low power factor forces utilities to supply more current for the same power, leading to penalties, strain on infrastructure, and limited expansion capacity.

Our integrated Current Balancing and Active Power Filter solutions correct displacement and distortion power factor simultaneously. Facilities see power factor improvements to >0.97, unlocking capacity and reducing utility penalties.