The Technology
The RH Circuit
A proprietary solid-state energy optimization circuit engineered to reduce electrical waste, lower operating temperatures, improve power factor, and extend equipment life — without replacing existing infrastructure.
What Is the RH Circuit?
The RH Circuit is RemcorX's flagship solid-state technology — a purpose-built circuit architecture designed to address the root causes of electrical inefficiency in motors, compressors, pumps, HVAC systems, and other inductive loads.
Unlike conventional power conditioning approaches, the RH Circuit operates at the circuit level to optimize the relationship between voltage, current, and power factor in real time. The result is a dramatic reduction in wasted energy, heat, and electrical noise — all while the existing equipment continues to operate normally.
The RH Circuit integrates seamlessly with existing electrical infrastructure. No wholesale system replacement is required. It is scalable from small single-phase motors to large three-phase industrial systems, and is application-agnostic across industries.
See the RH Circuit in Action
Watch the RemcorX product overview to learn how the RH Circuit supports more efficient motor and equipment operation.
Watch product video on YouTubeHow It Works
Monitors the Load
The RH Circuit continuously monitors the electrical characteristics of the connected load — voltage, current draw, power factor, and thermal output.
Optimizes Power Delivery
Using solid-state switching architecture, the circuit dynamically adjusts power delivery to match the actual demand of the load, eliminating excess current draw and reactive power waste.
Reduces Losses in Real Time
Electrical losses — expressed as heat, noise, and inefficient current — are reduced at the source. The motor or system receives exactly what it needs, nothing more.
Sustains Performance Over Time
Unlike passive solutions, the RH Circuit maintains its optimization effect over extended operation. Testing has demonstrated consistent performance gains over 30-hour continuous runs.
Verified Performance Data
Independent testing on a 1 HP Siemens motor under full load. Results are measured, not modeled.
1 HP Siemens Motor — Full Load Test
| Metric | Without RH Circuit | With RH Circuit | Improvement |
|---|---|---|---|
| AmperageDramatic reduction in current draw at the same mechanical output | 10.9 A | 2.23 A | −80% |
| Motor TemperatureLower heat means longer motor life and reduced cooling load | 121°F | 89°F | −26% |
| Power FactorImproved power factor reduces reactive power waste on the line | 0.4 | 0.7 | +75% |
| Noise (Decibels)Reduced electrical noise indicates cleaner, more efficient operation | 76 dB | 64 dB | −16% |
Test duration: 3 hours without RH Circuit vs. 30 hours with RH Circuit. Extended testing confirms sustained performance — not a short-term effect.
Estimated Annual Energy Savings
Based on U.S. national average electricity cost of $0.17/kWh, running 24 hrs/day, 250 operating days/year at the same designed output. Savings scale with motor size.
Why the RH Circuit
Drop-In Integration
Installs alongside existing equipment. No system redesign, no downtime-intensive replacement, no new infrastructure required.
Thermal Reduction
Lower operating temperatures directly extend motor and component lifespan, reducing maintenance frequency and unplanned downtime.
Power Factor Correction
Improving power factor reduces reactive power demand on the electrical system — lowering utility demand charges and line losses.
Aerospace-Grade Engineering
Developed under the same disciplined engineering standards applied to NASA and Lockheed Martin mission-critical systems.
Scalable Across Motor Sizes
From 1 HP to 300+ HP, the RH Circuit delivers proportional efficiency gains across the full range of industrial motor applications.
Sustained Over Time
Performance gains are not a startup effect. Extended 30-hour testing confirms consistent, sustained optimization throughout operation.