Magnetic Harmonic Mitigation

A patented magnetic approach to reducing harmonics.

For Data Centers & other Harmonic-Rich

Environments

Request Demo

Magnetic Harmonic Mitigation

A patented magnetic approach to reducing harmonics.

For Data Centers & other Harmonic-Rich

Environments

Request Demo

Harmonic Mitigation for Nonlinear Loads

High Harmonic Distortion

With Magnetic Harmonic Mitigation (MHM)

Nonlinear loads introduce harmonic distortion into the current waveform.
This results in increased losses, heat, and stress on electrical equipment while degrading overall power quality and increasing system operating costs.
Measured system waveform shown above.

With Magnetic Harmonic Mitigation (MHM)

The patented Magnetic Harmonic Mitigator (MHM) significantly reduces harmonic content, resulting in a cleaner current waveform.
This improves power quality, reduces system losses, and lowers stress on electrical infrastructure.

Cleaner current. Lower losses. Improved system reliability

System Impact

Features

Benefits

Passive design with no active components
Reduces Harmonics by 90%
Measured THD reduced by 60-80%.
Magnetic-based harmonic mitigation
Patented Power Quality Solution
Scalable for high-density power environments
Minimal maintenance required

Benefits

Reduced electrical losses and equipment stress
Well-suited for Data Centers
Lower thermal stress on cables, transformers, and switchgear
Improved equipment lifespan and reliability
Enhanced power quality for sensitive loads
Reduced risk of compliance issues (IEEE 519)

Cost of Ownership Advantage

Reducing harmonics impacts both operating costs and system reliability. Advantages include:

Lower energy losses, reducing ongoing operating expenses
Reduced thermal stress, extending equipment life and delaying capital replacement
Minimal maintenance due to passive system design
Avoidance of costly infrastructure upgrades driven by harmonic constraints
Improved utilization of existing electrical capacity

Measured Performance

The left side shows the measured current waveform and harmonic spectrum of a nonlinear load.

The distorted waveform and elevated harmonic content indicate significant current distortion, with energy distributed across multiple harmonic orders.

With Magnetic Harmonic Mitigation (right), the current waveform is restored to a near-sinusoidal shape.

The harmonic spectrum shows suppression of dominant harmonic orders, with the fundamental component becoming dominant.

Partner With Us to Bring Magnetic Harmonic Mitigation to Scale

We are selectively engaging partners to bring this patented Magnetic Harmonic Mitigation technology to market for nonlinear-load applications.

Magnetic Harmonic Mitigation

Magnetic Harmonic Mitigation