Improve electrical efficiency, protect critical equipment, and reduce costly energy losses through advanced power optimization and harmonic filtering.

Abundant IoT deploys intelligent power optimization solutions that correct harmonic distortion, improve power factor, and balance electrical phases across commercial and industrial facilities. Harmonic filtering removes electrical noise generated by modern equipment such as VFDs, LED lighting, and data center infrastructure, allowing power systems to operate more efficiently and reliably. These solutions reduce transformer heating, prevent equipment damage, extend infrastructure lifespan, and lower utility demand costs. By delivering cleaner, more stable power, organizations improve operational reliability while strengthening overall energy performance and sustainability.

Eliminate Harmonics. Save Money. Protect the equipment.

Advanced Harmonic Filtering and Power Optimization Made Simple.

Key Benefits

10 – 20% ENERGY SAVINGS

NO MAJOR ELECTRICAL RETROFITS

IMPROVED POWER QUALITY

FAST DEPLOYMENT

EXTEND EQUIPMENT LIFE

LOWER DEMAND CHARGES

Vertical Solutions for Power Optimization

Hotels & Multifamily Properties

Manufacturing

Commercial Offices

Healthcare & Clinics

Schools & Campuses

Restaurants/Food Chains

Strong ROI and Growing Impact

Lower Energy Loss
Reduce wasted electricity caused by harmonic distortion and poor power factor, improving overall electrical efficiency and lowering utility costs.
Protect Electrical Infrastructure
Harmonic filtering stabilizes voltage and current, protecting transformers, motors, and sensitive electronic equipment from overheating and premature failure.
Predictable Energy Performance
Cleaner, balanced power improves system reliability, reduces downtime risk, and delivers consistent operational performance across your facility.

Harmonic Filters: Power Quality Optimization

  • Reduces electrical harmonic distortion caused by non-linear loads such as VFDs, LED lighting, IT equipment, and HVAC controls.
  • Improves electrical system efficiency by eliminating wasted energy that appears as heat and electrical noise.
  • Helps facilities reduce electricity consumption with typical savings of 8–20% and guaranteed minimum savings of 5%.
  • Protects sensitive electrical infrastructure including transformers, motors, power supplies, and electronic systems.
  • Provides long-term operational value with 7-year warranty and 10+ year life expectancy.

What Are Electrical Harmonics?

  • Electrical harmonics are distortions in the power waveform created by non-linear electrical loads that convert AC to DC.
  • Common sources include variable frequency drives, battery chargers, LED drivers, computers, and power electronics.
  • These distortions create turbulence in electrical systems, increasing inefficiency and reducing equipment performance.
  • Instead of useful work, part of the electricity becomes wasted heat and electrical noise.
  • In large facilities this waste can represent a significant portion of total electrical consumption.

Problems Caused by Harmonics

  • Higher electricity bills due to wasted energy that does not perform useful work.
  • Excess heat generation within electrical systems and electronic devices.
  • Premature equipment failure in motors, transformers, drives, and power supplies.
  • Reduced equipment lifespan due to ongoing electrical stress and overheating.
  • Increased carbon footprint because more electricity must be generated to supply wasted energy.

Harmonic Filter Mitigates Wasteful Harmonics

31 States are currently not deregulated for electricity, which drastically limit the savings opportunities. The filter can be used in any state.

The “Average savings” for a customer spending 15K a month is 20K annually.

Average Annual kWh Savings on Electrical Consumption

Manufacturing 13%
MDU/Hotels 15%
Food Service 9%
Office Building 15%
Medical 12%
Education 8%
Average 11.6%
15.00%
kWh Savings
12.00%
kWh Savings
10.21%
kWh Savings

Energy Savings and Performance Impact

  • Facilities typically achieve 8–20% reduction in electrical consumption by mitigating harmonic waste.
  • The solution includes a guaranteed minimum 5% energy savings.
  • Improves electrical efficiency while reducing stress on equipment and electrical infrastructure.
  • Works in any utility market or state because it improves internal electrical efficiency.
  • Supports sustainability and carbon reduction initiatives by lowering overall energy consumption.

Average Energy Savings by Industry

  • Manufacturing: approximately 13% reduction in electrical consumption.
  • Hotels and Multi-Dwelling Units: approximately 15% energy savings.
  • Food Service Facilities: approximately 9% savings.
  • Commercial Office Buildings: approximately 15% savings.
  • Medical Facilities: approximately 12% savings.
  • Educational Facilities: approximately 8% savings.
  • Average savings across sectors: approximately 11.6%.

Operational and Sustainability Benefits

  • Reduces wasted energy and improves overall electrical system efficiency.
  • Extends the life of critical infrastructure including motors, HVAC equipment, and power electronics.
  • Helps facilities achieve sustainability and carbon reduction targets.
  • Reduces maintenance events and unexpected equipment failures.
  • Provides a simple value proposition: stop paying for electricity that becomes heat instead of useful work.

Additional Power Conditioning Products

Power Factor Correction

  • Improves poor power factor caused by inductive loads such as motors, compressors, and HVAC systems
  • Reduces unnecessary reactive power demand and improves electrical system efficiency
  • Helps lower utility penalties associated with low power factor
  • Supports better capacity utilization of existing electrical infrastructure
  • Can improve voltage stability and reduce avoidable system losses

Phase Balancing

  • Balances electrical loads across phases to improve system performance and stability
  • Reduces overheating and excess wear caused by phase imbalance
  • Helps improve the performance of motors, transformers, and distribution equipment
  • Supports safer and more efficient operation of three-phase electrical systems
  • Can reduce maintenance issues and improve overall power quality

Peak Shaving Battery System

  • Reduces peak demand charges by discharging stored energy during high-usage periods
  • Helps facilities manage utility costs and improve energy budget predictability
  • Can be integrated with facility load profiles and intelligent controls for automated operation
  • Supports broader resilience and energy management strategies when paired with other solutions
  • Provides a flexible way to optimize electricity usage without changing core operations

Ready to learn more?

Work with Abundant IoT experts to find you the best customized solutions to save you money.

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