Solutions
in energy.

In a world where efficient use of resources is crucial for both economic savings and reducing the environmental footprint, having systems that can measure and analyze electricity consumption in real time is key.

Electrical energy monitoring

This solution can be applied to monitoring the consumption and/or generation of electrical energy, that is, if renewable energy of some kind is being generated, it also allows this data to be known in real time.

In both cases, electrical power monitoring allows you to monitor system performance in real time, identify areas for improvement and prevent electrical problems.

Power meters are devices that measure energy consumption in real time, recording key data such as:

APPARENT ENERGY

It is the total power that flows in the circuit, combining the active energy and that which is not converted into useful work (reactive). It is measured in kVAh.

ACTIVE ENERGY

This is the energy actually consumed by devices to perform useful work (lighting, heating, moving motors, etc.). This is what companies charge and is measured in kWh.

INDUCTIVE REACTIVE ENERGY

It is the reactive energy generated by inductive loads, such as motors or transformers. It affects the efficiency of the electrical system, since it does not produce useful work and is measured in kvarLh (kilovolt-ampere reactive hours).

CAPACITIVE REACTIVE ENERGY

It is the reactive energy generated by capacitive loads, such as capacitors, long cables or capacitor banks. It is used to compensate for inductive reactive energy and improve the power factor. It is measured in kvarCh (kilovolt-ampere reactive hours).

Monitoring electricity consumption is important for controlling costs, reducing environmental impact, improving electrical safety and making informed decisions in managing electrical energy.