Power Management
Turn standby generators into an energy resource. AI power-peak management, emission reduction, circuit breaker diagnostics and power monitoring connect and optimise your power equipment.
Power management
solutions
Peak management with standby generators, HV/LV circuit breaker diagnostics and our generator-control track record.
One yearly peak sets a whole year of basic charges. Standby generators run at peak moments to cut maximum demand.
Automatic testing of HV and LV circuit breakers with pass/fail judgement, plus trend analysis from test history.
Demand response, peak-demand control, generator combined control, equipment diagnostics, power monitoring and alarms.
AI peak-power management
& generator optimisation
Turn the standby generator you already have into a power resource. AI forecasts demand, runs the generator at peak moments and keeps emissions within Korean air-quality limits.
One peak sets a year of charges
Korean demand charges are set by the summer/winter peak for 12 months — shaving that peak cuts the whole year's bill.
Unmanaged standby generators
Diesel standby generators emit PM and NOx at every weekly test run, yet have no mandatory abatement.
Renewable intermittency
As renewables grow, fast-responding distributed resources matter more for grid stability.
Demo — from live monitoring to remote site control, group control, statistics and operating-log reports
Remote control of many sites from the browser — nothing to install
The site generator control panels (PPCS) connect to a central server, so you can watch every generator and direct peak-cut and demand-response (DR) operation from any web browser.
Live monitoring
Generator status, output (kW), load and battery voltage for every site refreshed every 2 seconds, with running, about-to-start and offline sites clearly separated.
Site connection · remote control
Connect to a site panel through the central server for live values, switch DR and peak-cut modes, and operate the generator controller remotely (stop, manual, test, auto, start).
Groups · one-command control
Group sites and start or stop peak-cut and DR with one command, then follow each site's response and progress live.
Events · messaging alerts
Peak-cut pre-warnings, generator start/stop, DR end and battery or communication alarms pop up on screen and are sent to site staff by mobile message.
Statistics · annual totals
Power trend charts and event history by period and site with CSV export, plus fiscal-year monthly output, run hours and peak-cut and DR counts.
Operating-log reports
Generator run records automatically fill in the emission and control facility operating log as a PDF, alongside site registration, staff and treatment-efficiency settings.
Edge nodes + central AI server
Lightweight nodes on each site collect meter, generator and emission-control signals; training, inference, versioning and monitoring run on a central AI server. Low installation burden, and models improve with data from every site.
- Lower bills through peak-demand control
- Simultaneous PM & NOx reduction within legal limits
- VPP grouping of distributed resources
- Verified load-run health of standby generators
- Local and remote control
Load-forecast AI
Multi-horizon demand and peak-risk forecasting from usage, grid import, schedules, weather and seasonality.
Condition-aware AI
Fuses engine and pre/post NOx, temperature and pressure sensors to estimate efficiency, abatement state and anomalies.
Operation-optimisation AI
Combines forecast and state to set generator mode, output and abatement — issued through a safety-constraint layer.
Circuit breaker diagnostic system
Regularly checks that switchgear breakers will operate when a fault occurs. Test items run automatically in sequence with a pass/fail judgement for each, and results build up a history that reveals deterioration early.
Demo — test run (per-phase operating waveforms and results) and history analysis
HV circuit breaker diagnostic system
- Operating characteristics (close/open time, chattering, phase spread), control-circuit and power-frequency withstand, insulation resistance, contact resistance and vacuum tests in one run
- Live R/S/T operating waveforms and values, automatically judged pass, caution or fail against limits
- Contact control units and instruments (insulation tester, voltage/current meters, resistance meters) linked for step-by-step automatic testing
- Year-by-year test history shows trends in operating time and coil resistance, flagging breakers that need attention
Demo — full test sequence and individual instrument tests
LV circuit breaker diagnostic system
- Full test sequence run automatically: close/open characteristics, insulation resistance, withstand voltage, main-circuit resistance, control-circuit leakage, over- and under-voltage operation
- Coil current and R/S/T/N and auxiliary-contact waveforms give opening time, phase spread and peak coil current
- Live breaker status and input contacts, with emergency stop, step retest and skip
- Individual instrument tests, contact I/O checks and waveform capture for on-site inspection
Power-sector track record
Demand response with standby generators
Mixed-use and knowledge-industry buildings — demand-response systems built, installed and in operation
Peak-demand control systems
Knowledge-industry buildings — built and commissioned, with live data collection and analysis
Generator combined-control system
Automatic generator start and peak control at set thresholds — developed and delivered
Power equipment diagnostics
Performance-diagnosis system for intelligent HV breakers — condition diagnosis and failure prediction (power-generation utility)
Power monitoring & alarms
Power-monitoring control panels and custom metering/alarm systems (air quality, pollution, power)
Energy savings,
designed for your site
Share your equipment and goals — we will review how to apply it.