Energy Efficient Technology Highlights

Use what you pay for - only pay for what you use
  • Clips power spikes and lower your maximum demand
  • Mitigates the harmonics in the building from external and internal sources
  • Balances voltage between phases
  • Suppresses voltage sags and swells optimizing electrical voltage to equipment
  • Improves the power factor reducing charges in certain buildings
  • The BPU provides lightning protection for your building
BPU product

The BPU senses and corrects anomalies in the electrical service arising from the utility supplied electrical service and power quality issues created within your building to make your electrical power very efficient.

The BPU clips the energy spikes that are generated when equipment is switched on to reduce your “Peak Demand” which your utility company uses as a benchmark rate when billing you.

The BPU reduces harmonic distortion within your electrical service and recycles this energy back into useful power.

The BPU helps balance electrical phases allowing motors and systems to run cooler and smoother reducing equipment maintenance and increasing system lifespan.

The BPU suppresses sags and surges and optimizes the electrical voltage entering your building.

The BPU™ is proven technology, check out how the BPU™ is working in different buildings.

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What the BPU energy management system does

Harmonic Reduction

Harmonic Reduction

Adjusting the spectral content of site voltage and current waveforms that are comprised of frequencies other than the fundamental 60 Hz.

Surge Supression

Surge Supression

Reducing the effects of suddenly present high voltage disturbances like lightning that appear to be mixed in with the supply voltage or current.

Sags Mitigation

Sags Mitigation

Compensating for changes in supply voltage that appear as reductions in the peak value of the supply voltage at various times and conditions.

Swells Mitigation

Swells Mitigation

Compensating for changes in supply voltage that appear as expansions in the peak value of the supply voltage at various times and conditions.

In-Rush Current Limiting

In-Rush Current Limiting

Compensating for changes in site voltage and current magnitudes that appear as sharp rises in peak current value when large loads switch on.

Phase Balancing

Phase Balancing

Compensating for asymmetrical differences in power magnitudes that appear as differing site current draw values on individual supply phases.

Power Factor Correction

Phase Angle Alignment

Compensation for changes in site voltage and current relationship that appear as angular offsets between voltage and current at various times.