STEROCOMP
VOLTAGE DIP COMPENSATOR

VOLTAGE DIPS SOLUTION

STEROCOMP

Voltage Dip Compensator

VOLTAGE DIP COMPENSATOR
STEROCOMP

The STEROCOMP IREM Voltage Dip Compensator instantly stabilises and corrects voltage dips.
Voltage dips are now the most common cause of malfunctions in highly automated industrial equipment.
The STEROCOMP IREM is designed to mitigate the effects of voltage dips on the power supply lines of sensitive industrial equipment.

IREM PROPOSAL

The STEROCOMP IREM Voltage Dip Compensator provides eective and e¥cient voltage regulation when industrial or commercial processes require a clean, immediately available, and continuous power supply.
The STEROCOMP IREM continuously regulates the grid voltage and compensates for voltage dips without relying on energy storage systems such as batteries or capacitors.
The DVR also helps mitigate other power quality issues, including fluctuations, voltage asymmetry, flicker eects, and regulation problems.
The STEROCOMP IREM Voltage Dip Compensator uses a booster transformer connected in series with the load.
The rectifier-inverter system provides the compensation voltage, ensuring immediate, e¥cient, and precise regulation.
This architecture meets the power supply requirements of industrial production processes and maintains a constant and stable output voltage, regardless of input voltage variations, as defined within operational limits.

MICRO-INTERRUPTIONS IN ELECTRICAL POWER SUPPLY

Voltage dips are temporary reductions in voltage levels that are unpredictable and largely random.

They are primarily caused by various phenomena in the power distribution network, including:

Faults caused by atmospheric events, such as thunderstorms, where lightning can damage power grids;
Faults due to short circuits, particularly in overhead transmission and distribution networks exposed to various weather conditions and environmental effects;
Faults on the customer’s power supply line or on other lines connected to the same power bus;
Inrush currents from transformers and capacitors;
Rapidly changing loads or motor inrush currents;
Nonlinear loads.

Voltage dips negatively aect the operation of process machinery, leading to production downtime, raw material losses, equipment damage, delivery delays, and lost profits.