Our equipment’s characteristics

1. Power electronics
Controls operation of transformers based on signals sent by the board.

2. Safety functions
Of note is the automatic bypass without zero switch, able to uncouple the equipment autonomously in the event of failure, surcharge and other circumstances, all without cutting off power supply during the operation.

3. Transformers and autotransformers
Single-phase systems, regulate voltage in the last instance, independently for each phase.

4. Control board
Constantly supervises the levels of voltage in the installation and calculates deviation from recommended levels. It takes action on power electronics to correct and stabilise voltages. It controls the equipment’s entire operation.

Smart voltage stabiliser

Smart voltage stabiliser

GESINNE stabilises and optimises the installation’s input voltage with the smart control, independent for each one of the phases.

This reduces energy consumption, leading to direct savings of up to 17%.

It protects loads from surges, undervoltages and fluctuations that are harmful to electricity supply, decreasing the number of maintenance operations and increasing the equipment’s life cycle.

CLEAN, harmless transformation for the equipment through transformers and autotransformers, without using harmonic components. We do not use clipping circuits and other similar technology.

High security measures. Automatic bypass without zero switch.

Remote metering and remote management

GESINNE GS equipment have the remote metering and remote management option for the equipment and for the facility, so as to take action on electrical parameters and collect information remotely and in real time.

Monitor your facility’s electrical consumption.

Observe the quality of supply, viewing electrical variables such as voltage, current, power factor, voltage peaks, etc.

Keep a record of incidents occurring in the network with alerts and access to historical records.

Discover the savings obtained with Gesinne GS equipment, conducting verification tests remotely.

Build more measurement points into the platform, to control consumption on individual lines and to detect problems in the facility.