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AI Smart Electromagnetic Generator
The generation architecture.
AISEG is a compact electromagnetic module that ENXIA deploys as distributed, 24×7 plants at industrial and data-center loads — power generated next to the place that uses it, non-stop, so it does not have to travel the grid and does not stop with the weather.
What AISEG is
A stackable unit that replaces mechanical rotation with digital switching.
ENXIA’s technology introduction describes a patented structure: no physical rotation. The same electromotive force that a rotary machine produces by alternating N and S poles is generated by AI-driven digital power switching — on the order of 120 on/off cycles per second — acting on an electromagnetic assembly.
- One module is approximately the size of a single solar panel
- Charge/discharge units and supercapacitors regulate output
- AI software-hardware integration controls electromagnetic modulation cycles
- Remote, scenario-based control customized to the offtaker
- Entered commercialization after research-prototype validation
Our solution
Five attributes of the commercial module.
Non-rotary
Safe static structure. No turbine, no shaft, no mechanical rotation.
AI control
Hardware and software set output phase to the consumer’s requirement.
No combustion
No stack fuel. No combustion emissions. Named input is electrical excitation / control current.
> 60 years
No mechanical wear. Specified service life exceeding sixty years.
Capacity factor above 95% is an AISEG operating specification in the September 2026 introduction. The same introduction lists a startup-energy multiple greater than 5× — that is not a heat-engine efficiency percentage, and this site does not present it as over-unity or perpetual motion. Capital cost per kilowatt is currently comparable to nuclear because it is calculated from the experimental prototype. Volume production may reduce unit cost; that reduction is not stated here as today’s price. LCOE is marked comparably lower, TBC.
Working principle
Faraday induction without a spinning rotor.
Conventional hydro, wind, thermal, and nuclear plants create alternating N and S magnetic poles by driving a mechanical rotor. AISEG keeps the electromagnetic induction path — electricity to magnetism, magnetism to electricity — and replaces the rotor with a remanence activation loop: a short excitation pulse, a remnant field, then a sustained generation phase under digital control.
The named electrical input is a control current held at 13 A from one module to a thirty-module string, plus the excitation pulse that starts the loop. Coil fields add as units are paralleled; output is specified to grow in arithmetic progression. That is the scaling rule ENXIA uses to design U.S. plants. Independent energy-balance publication is not posted on this site.
Test record
Industrial model, KEPCO measurement, KOLAS reports.
The introduction records industrial-model demonstrations with live input/output metering, input-battery measurement, and verification support from Korea Electric Power Corporation. KOLAS-accredited test reports from KES and instrument calibration certificates from Korea Calab are cited as the laboratory backbone. Document numbers and PDFs are not published on this site; the laboratory pack is available from ENXIA on request.
- KOLAS / KES test reports — cited, not posted as public files
- KEPCO measurement support — cited, pack on request
- Patent estate — introduction cites 159+ countries and 200+ filings; numbers on request
- This page does not substitute an independent energy-balance study
From module to plant
AISEG science. Off-grid plants.
AISEG has been presented at WFES Abu Dhabi, a Seoul international demonstration, and COP28. ENXIA turns those modules into off-grid plants for U.S. industry and data centers.
2015–2018
Research
SEG research begins. Korean and PCT filings for the electromagnetic architecture.
2019–2023
Demonstration
WFES, KEPCO/KOLAS measurement, Seoul demonstration, COP28 launch.
2026
Off-grid U.S.
ENXIA deploys AISEG as off-grid generation for industry and data centers.