Energy Savings — up to 47%
Trimming surplus voltage removes energy that was being burned as heat in motors, lighting and resistive loads. Actual savings depend on your supply profile and load mix.
How SmartPower Works.
Request a Site AssessmentAn active, closed-loop system that measures the supply continuously and holds delivered voltage inside an efficient band — not a fixed-ratio guess.
Active closed-loop, not passive fixed-ratio
A passive fixed-ratio transformer drops voltage by a set amount regardless of what the grid is doing, so it under-corrects when supply is high and risks under-voltage when it dips. SmartPower measures and adjusts continuously, keeping delivered voltage inside the efficient range across the day.
Solid-state regulation, zero moving parts.
Switching is handled electronically, so there are no tap changers, motors or contacts to wear out over the unit's service life.
Failsafe bypass
If regulation is interrupted for any reason, the unit transfers the load to a direct bypass path so supply continuity to the site is maintained.
Six things the unit does at your intake, continuously and without supervision.
Harmonic Reduction — ~50%
Distortion on the waveform is reduced by roughly half, easing thermal stress on transformers, cabling and sensitive control electronics.
Power Factor Improvement
A cleaner, better-regulated supply improves power factor at the intake, reducing reactive demand and the penalties that come with it.
Surge Protection — 25,000V
Transient surge energy up to 25,000V is diverted before it reaches your distribution boards and connected equipment.
Zero Maintenance
Solid-state design with no tap changers, motors or moving contacts means no scheduled servicing and no consumable parts to replace.
Failsafe Design
An integrated bypass path carries the load directly if regulation is interrupted, so site supply continuity is never dependent on the optimizer.
Independently function-tested, witnessed by SGS Egypt.
In July 2026 a witnessed function test confirmed the SmartPower unit holds delivered voltage inside its target range under the tested load conditions.
Development Record
2026SGS Egypt witnessed function testJuly 2026
2025Working solid-state MVP completedIn-house build
2024Closed-loop control design finalisedBench validation
Engineering Note
We only publish figures we have measured. The unit is designed to hold voltage in range, and the witnessed test was the first independent confirmation that it does exactly that.
SmartPower EngineeringPower electronics team, Cairo
25kVSurge energy diverted at the intake
Core Capabilities
Voltage RegulationHarmonic FilteringContinuous MeteringSurge DiversionThermal ManagementVoltage RegulationHarmonic FilteringContinuous MeteringSurge DiversionThermal Management
Closed-Loop ControlWaveform AnalysisStandards ComplianceFailsafe BypassSavings ReportingClosed-Loop ControlWaveform AnalysisStandards ComplianceFailsafe BypassSavings Reporting