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The future of energy is PMCS

Guaranteed cost savings. Reduced energy use.

PMCS Power dynamically conditions power at the source, removing harmonics, imbalance, and reactive energy so every kilowatt does productive work—cutting energy waste, reducing costs, and protecting equipment. Guaranteed.

See how much energy you’re wasting.

Distorted Input
PMCS Power
Clean Output

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ABOUT
Verified Performance

Addressing the World’s Hidden Energy Crisis

A proven, patented approach to eliminating electrical waste and maximizing efficiency across mission-critical facilities.

PMCS Power exists to solve one of the most expensive and invisible problems in modern buildings: wasted electricity caused by poor power quality. Most facilities lose 10–30% of the power they purchase to harmonics, reactive energy, imbalance, and inefficient current flow. PMCS Power addresses this at the source with the Maximum Power Transfer Solution (MPTS)—a patented, UL-approved, real-time Power Management Control System that dynamically cleans and optimizes electrical networks without replacing existing infrastructure. The result is measurably lower energy and demand costs, improved power quality, extended equipment life, reduced carbon emissions, and fast ROI—validated through third-party measurement, government testing, and real-world deployments in hospitals, data centers, universities, and industrial facilities worldwide.

Explore the future with and without PMCS Power

Before After
Without PMCS Power
With PMCS Power
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BENEFITS
The impact

ELECTRICAL IMPACT

PMCS Power cleans and stabilizes electrical power in real time, reducing current, harmonics, reactive energy, and voltage instability. The result is lower peak demand, cleaner power, and less energy waste across the entire electrical network.

END-USER IMPACT

PMCS Power eliminates electrical waste to free hidden capacity within existing panels and transformers. Facilities reduce maintenance, extend equipment life, and operate more safely and reliably—without costly upgrades.

UTILITY IMPACT

PMCS Power reduces peak demand and smooths customer load profiles, easing stress on substations and distribution systems. Utilities benefit from lower transmission losses, improved asset utilization, and more reliable grid performance.

POWER GENERATION IMPACT

PMCS Power aligns power production with real consumption to improve generator efficiency and reduce peak load requirements. This lowers operating stress, reduces fuel use, and delays the need for new generation capacity.

ENVIRONMENTAL IMPACT

By eliminating electrical waste at the source, PMCS Power lowers total energy demand and reduces CO₂ emissions. Efficiency gains deliver measurable sustainability benefits without offsets or behavior changes.

The hidden cost behind the energy crisis and how to eliminate it.

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POWER OPTIMIZATION
Where Efficiency Meets Performance
CAPACITY
POWER QUALITY
EFFICIENCY
MONITORING
WHY PMCS
Electrical capacity release visualization

Unlock hidden electrical capacity

PMCS releases trapped capacity by reducing current, kVA, and reactive power across the network. Facilities can add up to 20% more load, downsize backup generation, or export excess power—without upgrading transformers, batteries, GenSets, or solar power systems.

Common outcomes
More loads Deferred upgrades Grid export Backup downsizing
SCHEDULE A POWER ASSESSMENT
Power quality waveform stabilization graphic

Clean, stable power—without capacitor banks

PMCS corrects power factor and harmonic distortion in real time using solid-state electronics and mathematical algorithms. Voltage is stabilized, THD is reduced, and dirty power is eliminated across balanced loads.

What’s corrected
Power factor Harmonics Voltage surges Reactive power
SCHEDULE A POWER ASSESSMENT
Energy efficiency and demand reduction graphic

When kVA approaches kW, waste disappears

By aligning voltage with current waveforms and mitigating THD , PMCS consistently achieves power factor levels of 0.95–0.99. This lowers peak demand, reduces total energy consumption, and converts more purchased power into productive work.

Measured improvements
Lower kW Lower kVA Reduced heat Higher efficiency
SCHEDULE A POWER ASSESSMENT
Real-time power monitoring dashboard graphic

See the truth—before and after

PMCS continuously measures and reports kVA, kW, kVAr, PF, and energy use across all three phases—24/7. Unlike passive meters, it uniquely reads and reports, restores and reports, and verifies performance over 20,000 times per second .

What’s tracked
Real-time data Before / after Billing validation Trending
SCHEDULE A POWER ASSESSMENT
MPTS differentiation graphic

One system. No comparisons.

Unlike PFC banks, filters, UPS systems, or VFDs, PMCS actively manages the entire electrical network in real time. Our MPTS platform processes up to 20,000 cycles per second , enabling a single cabinet to deliver results that typically require multiple devices and layers of equipment. Where conventional solutions operate at low sampling rates and address isolated problems, PMCS continuously optimizes the entire system at a speed and scale others cannot.

It reduces energy use by 10–30%, improves power quality, lowers heat, and delivers verified savings—while consuming less than 100 watts itself.

Why it’s different
Solid-state No capacitors UL certified Globally patented
SCHEDULE A POWER ASSESSMENT
DATA
Backed by results

20%

More electrical capacity released

PMCS Power unlocks up to 20% of hidden electrical capacity, allowing facilities to add loads, defer infrastructure upgrades, reduce demand strain, and lower total energy costs—without replacing transformers.

95–99%

Power factor consistently achieved

PMCS Power raises power factor across dynamic loads into the 0.95–0.99 range by aligning voltage and current, converting more purchased power into usable work.

30%+

Reduction in current and demand

Measured installations show current and kVA demand reductions in the 15 – 30% range, lowering peak demand charges and system stress.

90%

Reactive power eliminated

PMCS Power reduces reactive power by up to 90%, dramatically improving power quality while reducing heat and equipment wear.

18–22%

Energy and emissions reduced

Real-world deployments show energy savings of up to 22% while reducing carbon emissions similarly.

9 Months

UL certification testing

Underwriters Laboratories tested 16 PMCS Power MPTS units over a nine-month certification process, then retained a unit for ongoing benchmarking.

24/7

Verified performance monitoring

PMCS Power measures, restores, and verifies power quality in real time—over 20,000 times per second—with before-and-after validation.

The technology behind PMCS Power and the performance it delivers.

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TESTIMONIALS
What people are saying

“The PMCS MPTS units demonstrated measurable improvements in power quality, current reduction, and power factor during our extended certification testing. The system consistently performed as designed across multiple configurations, which ultimately led us to retain a unit for ongoing benchmarking and vendor testing.”

James Porter
Senior Electrical Systems Engineer, UL

“The side-by-side comparison between two nearly identical high schools made the results impossible to ignore. The campus with PMCS showed a meaningful reduction in peak demand and total energy consumption across lighting, HVAC, and mechanical systems. It validated PMCS as a practical, data-backed solution—not a theoretical one”

Karen Mitchell
Director of Facilities & Energy Management, Douglass County School District

Power quality and reliability are mission-critical for our operations. During controlled testing, PMCS improved electrical stability and efficiency across high-load compressor systems without disrupting operations. The performance gains were clear, repeatable, and operationally valuable.”

Michael Reynolds
Electrical Operations Manager, 721st Civil Engineering Squadron (NORAD)
NEWS
The latest in energy

Case Study: Locked-In Savings – How Morgan County Prison Cut Peak Demand by 30% and Reduced Carbon Emissions

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Scaling Data Center Operations Within Existing Utility Power Constraints

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AI Is Forcing a Reckoning in Energy and It’s Happening Faster Than Anyone Planned

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Case Study: A Higher Power – How Casas Church Cut HVAC Energy Demand by 50%

Organization Overview Casas Church is a large and active community church located in Tucson, Arizona. With expansive facilities and year-round…

Energy Prices Are Now a White House Priority — But the Fastest Fix Isn’t on the Agenda

In early December, senior officials across the federal government were directed to assemble a comprehensive briefing on energy affordability —…

The 160-Year Problem: Why Jacobi’s Law Took Modern Technology to Solve

The Theory That Changed Electrical Engineering In 1840, Moritz Hermann von Jacobi introduced what is now known as the Maximum…

From Certification to Customer: Why Underwriters Laboratories Tested PMCS

Why Certification Matters in Power Management In the energy sector, claims require proof. Certification from organizations like Underwriters Laboratories (UL)…

A Tale of Two Schools: What an 18-Month Energy Study Revealed

The Ideal Real-World Test Douglas County School District in Colorado provided a rare opportunity: two nearly identical high schools, located…

Why Power Factor and Harmonics Are Costing You More Than You Think

The Hidden Cost of “Dirty Power” Most facilities track kilowatt-hours, but few understand the financial impact of: These inefficiencies increase…

The Global Energy Crisis Isn’t About Shortage—It’s About Waste

Energy Waste Is the Real Crisis From utilities to industrial facilities, massive amounts of generated power never become useful work.…

Why Traditional Power Solutions Fall Short in Modern Networks

Fragmented Solutions, Fragmented Results Traditional solutions operate in isolation. They correct specific issues but fail to manage the entire system…

The Future of Power Management: From Static Correction to Intelligent Systems

From Correction to Intelligence Electrical networks are becoming more complex. Static correction methods can’t keep up with dynamic loads, renewables,…

Why Electrical Capacity Is the New Bottleneck—and How Facilities Can Solve It Without Upgrades

Electrical Capacity Is the Real Limiting Factor Across commercial, industrial, and institutional facilities, electrical capacity is becoming a critical bottleneck.…

VALIDATED
Verified. Measured. Proven. Guaranteed.

PMCS performance isn’t theoretical, it’s validated in the real world.

  • UL-certified across multiple MPTS models
  • Proven reductions in demand, current, and reactive power
  • Independent utility and engineering verification
  • Deployed in mission-critical facilities worldwide
  • Trusted by government, education, and industrial operators

Inaction quietly drains energy, efficiency, and capital every day.

Let’s uncover what’s being lost.

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