Energy Consumption and Power Quality Measurement in Industrial Processes
Detailed measurement and real-time analysis of energy consumption and power quality to detect losses, improve efficiency, and extend industrial equipment lifespan.
We provide detailed measurement and real-time analysis of energy consumption and power quality in industrial processes. This information enables loss detection, improved energy efficiency, and extended equipment lifespan.
We connect energy meters at strategic process points — transformers, main panels, production zones — integrating them with Reveal.
The platform unifies readings from all meters, providing granular visibility into energy behavior by zone.
Reveal identifies deviations in consumption, voltage drops, harmonics, and power factor that indicate inefficiencies or risk.
Historical consumption data by zone and equipment enables informed energy efficiency decisions.
Current spikes or abnormal patterns signal defective equipment, improper connections, or electrical risk.
Deviations in electrical parameters anticipate conditions that degrade equipment and compromise production.
A low power factor indicates excessive reactive energy, generating surcharges on bills and network overload.
Distortions in the electrical waveform that reduce the efficiency of motors, transformers, and sensitive equipment.
Consumption broken down by zone and measurement point to identify exactly where energy is lost.
Comparisons between zones and periods reveal equipment consuming more than expected.
Electrical anomaly detection enables intervention before power quality damages costly equipment.
Real data to support optimization decisions that directly impact the electricity bill.
Centralized supervision of CCTV infrastructure, video analytics, and electrical consumption in multi-site industrial operations
How a manufacturing industrial operation with three production plants went from scattered manual inspections to unified, proactive management of over 268 video surveillance and energy metering assets, without additional on-site hardware.
Electrical continuity and early fire detection in high-complexity hospital infrastructure
How a high-complexity medical center went from scattered manual inspections to centralized, proactive supervision of 7 backup generators, 17 electrical metering points, and 2 fire detection systems.