An energy monitoring system is an industrial energy efficiency solution that enables the collection and analysis of power consumption data within an organization.

This system provides a detailed overview of energy consumption, allowing companies to identify areas of waste and take measures to optimize energy efficiency. Energy monitoring systems incorporate advanced technologies such as smart sensors, metering devices, data analysis software and energy management systems.

By leveraging IoT power consumption, these tools enable real-time monitoring of energy usage, allowing to identify anomalies, implement energy-saving strategies and improve the company’s overall environmental sustainability.

Extract data from machinery: an energy monitoring system allows you to extract data on your machinery energy consumption and identify sources of waste to make data-driven decisions.

Optimize industrial energy efficiency: by extracting real-time and remote data 24/7, you can adopt effective energy-saving strategies and optimize your consumption while reducing costs.

Implement predictive maintenance actions: adopt predictive and condition-based maintenance techniques to reduce machinery malfunctions or downtime and consequently reduce energy consumption.

Identify areas for improvement: monitor your factory to detect the areas where you are wasting the most energy and then develop strategies to reduce consumption.

Pinpoint the assets or processes to optimize: with an electricity consumption monitoring system you can identify inefficient assets or processes that contribute to disproportionate energy consumption.

Set consumption thresholds: with energy efficiency solutions you can set consumption thresholds to reduce energy use over time and monitor progress, while demonstrating your commitment to sustainability.

Optimize energy costs and consumption: with an energy consumption monitoring system you can obtain accurate data on the energy consumption of individual legacy machines as well as the entire shop-floor.

Improve energy consumption of auxiliary machinery: easily identify areas where energy is wasted and uncover opportunities for optimizing your service machinery and switchboards.

Increase production efficiency: extract data on energy consumption from your production machinery to gain competitiveness and make optimal use of energy resources.