Assumed Balance
01 / 07
The Assumption
Power seems balanced, but it is not.
The system looks healthy while hidden harmonic current is already consuming capacity out of view.
Hidden Loss
02 / 07
The Problem
Unusable current still consumes capacity.
Stray harmonics and reactive losses circulate through the system, turning capacity into heat instead of productive work.
Operating Cost
03 / 07
The Cost
Heat and electrical stress drive failures and OPEX.
Lost power, voltage fluctuation, and temperature rise increase electricity costs while shortening equipment life.
Symptom Control
04 / 07
Partial Solutions
Most mitigation reduces symptoms, but does not recover the lost capacity.
Filters and correction equipment can still be useful, but they typically address distortion symptoms rather than converting the trapped losses into usable capacity.
Parallel-Passive Install
05 / 07
The Intercept
A smartphone-sized AmpMiner mounts at the edge sub-panel with zero downtime.
It engages the magnetic circuit in parallel, without utility contract changes and without altering downstream equipment behavior.
Recovery Path
06 / 07
The Mechanism
AmpMiner recovers harmonic, reactive, and stray-current I²R losses into usable 50/60 Hz capacity.
Its parallel-passive conversion path lowers upstream kVA demand, improves usable load power, and reduces THD and fluctuation without disrupting the load.
Measured Outcome
07 / 07
The Result
More capacity from the same electrical system.
Headroom is recovered, upstream demand falls, OPEX drops, power quality improves, and failure pressure on equipment is reduced.
Deployment Model
Parallel-passive recovery.
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1. Measure Recoverable Losses
Harmonic distortion, reactive power, and stray-current I²R losses are measured at the edge sub-panel to quantify recoverable capacity.
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2. Install In Parallel
A smartphone-sized AmpMiner installs at 3-phase edge sub-panels with zero downtime, engaging the magnetic circuit in parallel without changing utility service or load behavior.
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3. Verify And Monitor
Recovered capacity and power-quality improvement are validated with revenue-grade metering and encrypted, unidirectional telemetry.
Specifications
Commercial Model
Paid for by the laws of physics.
With our Energy Services Agreement (ESA), you pay only from verified measured savings - no CAPEX required.