The energy sector is undergoing a profound transformation: the decentralization of generation, the penetration of renewables, the electrification of industrial processes, and regulatory pressure on efficiency and emissions are completely redrawing the map. In this context, the ability to monitor, manage, and optimize energy assets in real time is not a competitive advantage: it is an operational necessity.

IIoT (Industrial Internet of Things) is the technology that makes this real-time management possible, with the scale and reliability required by the energy sector.

Solar Generation Facilities: More Data, Fewer Surprises

An industrial photovoltaic installation or a medium-scale solar plant can have dozens or hundreds of inverters, each generating its own set of data: instantaneous production, module temperature, string voltage and current, alarm status…

Without real-time monitoring, detecting an inverter that has stopped producing, a string with shading or accumulated dirt, or a gradual degradation of performance in a section of the installation can take days or weeks. With IIoT, these anomalies generate an automatic alert the moment they occur.

IIoT Use Cases in Solar Installations

• Real-time production monitoring per inverter and per string.
• Automatic detection of deviations from production forecasts.
• Inverter failure alerts or current anomalies in strings.
• Tracking performance ratio (PR) over time to detect degradation.
• Integration with meteorological data to correlate irradiation and production.

Industrial Utilities: The Value of Visibility

Industrial utility systems (compressed air, cooling water, steam, gas, ventilation systems) represent a significant portion of a plant’s total energy consumption and, paradoxically, are the least monitored. The usual mindset is “if it ain’t broke, don’t fix it,” but the reality is that these installations accumulate inefficiencies that are only visible with data.

Compressed Air

A typical compressed air system has leaks equivalent to 20-30% of the compressor’s output. Without monitoring consumption and pressure at different points in the network, detecting and quantifying these leaks is practically impossible. With pressure sensors and flow meters connected to the cloud, analyzing pressure drops at different times (especially during shutdowns when there should be no consumption) allows for identifying leaks and quantifying potential savings.

Cooling Systems

Cooling water systems are major consumers of electrical energy. Monitoring temperatures, flow rates, and electrical consumption allows for optimizing setpoints, detecting scaling in heat exchangers (which reduces thermal efficiency), and planning cleanings at the optimal time instead of following fixed schedules.

Electrical Distribution Grids

For companies with multiple buildings, independent production lines, or distributed installations, monitoring the internal electrical grid allows for identifying load imbalances, detecting harmonics that degrade the power factor (with its corresponding bill penalty), and managing demand to avoid peaks.

Energy Management with IIoT: Beyond Monitoring

Real-time monitoring is the first step, but not the only one. With data accumulated in the cloud, it is possible to:

• Create predictive consumption models to optimize energy purchasing in a liberalized market.
• Generate automatic compliance reports for energy efficiency certifications (ISO 50001).
• Correlate energy consumption with production to calculate energy intensity per unit produced.
• Implement demand management strategies that reduce peaks and their associated cost.

CoppioT in the Energy Sector

CoppioT connects energy meters (Schneider, Legrand, and others), solar inverters (Huawei, among others), pressure and temperature sensors, and any device with Modbus TCP or OPC-UA to the cloud in a no-code manner. Data flows in real time to dashboards, alerts, and BI reports, enabling energy management with the same precision as any other production parameter.

Do you have energy assets you want to monitor? Request a CoppioT demo and we’ll show you how to connect them to the cloud.