aRTi-D™ Env, Environmental and Energy Management
Energy monitoring that leads to real cost control — linked to production
SEEMS provides a unified view of energy consumption and environmental data, linked to actual operations — so that decisions are based on data rather than estimates.
Actual energy consumption
Energy connection with production
Real-time environmental data
// 01 — THE PROBLEM
Why energy and the environment are monitored in isolation
In many industries, energy data is collected separately from production, analyzed after the fact, and limited to aggregate metrics without an operational context.
~40%
of energy is lost
in industrial facilities due to a lack of real-time monitoring and suboptimal processes
4x
better results
from real-time monitoring compared to traditional energy audits
20%
of CO₂ emissions
come from industry — energy efficiency is the most immediate first step
TYPICAL SCENARIO
“The bill was 30% higher than last month. We don’t know which machine or production phase caused the increase.”
Result: inability to pinpoint the cause—costs are rising without us knowing where.
// 02 — THE APPROACH
What Sets SEEMS Apart
SEEMS integrates energy and environmental monitoring into its production operations—not as a separate reporting system.
01
Energy consumption measurements
Real-time energy consumption per line, piece of equipment, or process
02
Environmental parameters
Temperature, humidity, and other production-related data
03
Operational statuses
Time correlation of consumption with production phases and orders
Energy and the environment are addressed within the appropriate operational framework—not in isolation.
// 03 — FEATURES
What offers in practice
REAL-TIME ENERGY MONITORING
● Monitor consumption by line, equipment, or process
●Correlate consumption over time with operational conditions
●Immediate visibility of deviations and anomalies — before they translate into costs
ENVIRONMENTAL MEASUREMENTS
● Recording of critical environmental parameters
● Real-time overview of operating conditions
● Linking environmental conditions to production and quality
DATA ANALYSIS & CORRELATION
● Comparison of energy consumption across different periods and conditions
● Identification of energy-intensive operating phases
● Foundation for optimization and targeted interventions
// 04 — BENEFITS
What you actually gain
◔
Better understanding of energy consumption
In real-world operating conditions, by machine, line, and phase.
✓
Early detection of anomalies
Before an energy anomaly turns into increased costs.
▮
Integrating energy, quality, and performance
A single view—not three separate systems.
★
Supporting sustainability goals
Reliable data for ESG reporting and energy targets.
→ Energy and environmental monitoring is transforming from a passive reporting tool into a tool for operational control and improvement.
// 05 — ADJUSTMENT
Για κάθε τύπο παραγωγής
DISCRETE MANUFACTURING
Consumption per production order and stage — for job shops, make-to-order, and batch production.
CONTINUOUS PRODUCTION
Track consumption per run, phase, and equipment in 24/7 operating environments.
// 06 — INTEGRATED PLATFORM
Part of the SEEMS unified platform
The Environment & Energy module connects with the other modules.
Environment & Energy — linked to production
ΣΥΝΔΕΕΤΑCONNECTED TO
Production Analytics (OEE)
Correlation between energy consumption, performance, and downtime.
PO Tracking
Energy consumption per order and execution phase.
Quality Control
Correlation of environmental conditions with quality.
Traceability
Energy footprint per batch and production run.
Energy and the environment are part of an overall production picture —with the entire platform serving as the framework.
From consumption to knowledge
