ÖEK analysis from plant documents
Map carrier, process, and years. TEP shares and the 80% rule decide which significant energy uses go into training.
AI-Driven Smart Energy Management System
The world's first integrated platform unifying 6 ISO standards. Reduce your energy costs by 20% to 30% with our localized, AI-driven software. Ensure full compliance with the Carbon Border Adjustment Mechanism (CBAM) and future-proof your industrial footprint today.
No credit card requiredDeploys in ~2 weeksFree consultation & demo
80% rule met83.6%
A live walkthrough of the Significant Energy Use wizard — map uploaded documents, apply the 80% rule, train one model per ÖEK, then compare predictions with reported consumption.
ÖEK v2 wizard
Reading uploaded documents…
Traditional, Excel-based energy management hides inefficiencies and leaves savings on the table. AEYS removes manual work by harvesting real-time data from IoT sensors, energy analyzers, and SCADA systems (Siemens, GE, and more)—turning raw signals into smart energy governance without human-error risk.
Map carrier, process, and years. TEP shares and the 80% rule decide which significant energy uses go into training.
Train locally on selected significant energy uses — all years, no year filter — so each line has its own energy model.
Upload, analyse, select, train, predict, and report in one workspace operations and energy teams can share.
Company energy reports with WMAPE bands and ENRC narrative — ISO 50001 evidence, not slideware.
Compare scenario forecasts with reported consumption. Months outside the WMAPE band surface as over-consumption.
Plant telemetry stays with your organization. Connector Hub reaches meters and SCADA on the server side; roles and scopes decide who can see which unit. Energy models train on your measurements — raw facility data is not shared with other tenants.
See pricingDeploy our system in as little as 2 weeks. Step into a sustainable future with a Smart Energy Management System.
Smart Energy Management System—AI, ISO, and CBAM in one stack.