No-code Industrial AI for power generators and energy producers.
Plant availability pays the bills, emissions limits are non-negotiable, and fuel cost and grid signals change faster than your control strategy.
The operating pressures we built around.
Plant availability
Forced outages on turbines and boilers cost orders of magnitude more than maintenance.
Emissions under permit
NOx, SOx and CO continuously measured and reported.
Fuel and grid price volatility
Spot prices and grid signals shift faster than control strategies.
The work that pays for itself first.
The platform capabilities that matter most here.
- Prescriptive optimization →
Combustion and heat-rate optimization.
- Forecasting →
Emissions and demand horizons.
- Closed-loop automation →
Promote proven recommendations under guardrails.
Returkraft (case style)
"Operators stopped guessing the combustion setpoint per shift. The model gives them a number, with the why."
What we read, how often, and how it gets here.
DCS, Historian, CEMS, turbine OEM packages, market price feeds
MW out, fuel flow, NOx/SOx/CO, steam T&P, vibration, ambient
1–5s for combustion and emissions; per-minute for market data
Gateway integrates Historian and CEMS. Write-back is opt-in per loop.
Reporting and audit, built into the workflow.
EU ETS and emissions trading
Verified CO2 e per MWh and traceable optimization actions.
Industrial Emissions Directive (IED)
Continuous record of NOx, SOx, CO with operator response.
Grid reporting & balancing
Forecasts and dispatch actions logged for the system operator.
One-pager for power & energy teams.
A printable summary covering the use cases, expected KPIs, data needed, and integration notes on this page — written for plant leadership and IT/OT.
See it on your own power & energy data.
A 30-minute working session with an industry specialist. Bring one unit and your top KPI — we'll come back with a working model proposal.