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Voltage Sag Protection for Advanced Materials Manufacturing

Voltage Sag Protection for Advanced Materials Manufacturing

The customer specializes in information security materials, electronic functional materials, and fine chemical materials, with products including magnetic strips, thermal magnetic tickets, electromagnetic shielding films, pressure-sensitive films, light stabilizers, and antioxidants.

Voltage Sag Protection for Advanced Materials Manufacturing

Project Background

The customer specializes in information security materials, electronic functional materials, and fine chemical materials, with products including magnetic strips, thermal magnetic tickets, electromagnetic shielding films, pressure-sensitive films, light stabilizers, and antioxidants.

The project focused on protecting key equipment such as stretching machines, drying ovens, and online pulverizing and powder conveying systems from voltage sags. These processes require stable voltage to ensure precise equipment operation and consistent product quality. Voltage disturbances may cause equipment interruptions, material waste, product defects, and additional recovery or maintenance costs.

INPOWER Solution

To ensure stable operation of critical production equipment, INPOWER provided a dynamic voltage sag compensation solution. The project deployed three units with capacities of 70 kVA, 75 kVA, and 250 kVA, each providing up to 3 seconds of compensation.

 

Voltage Sag Protection for Advanced Materials Manufacturing

On-Site Operation

 

The solution continuously monitors the supply voltage and rapidly provides compensation when voltage sags occur, helping maintain stable power supply to critical production equipment and reduce the impact of voltage disturbances on manufacturing processes.

Project Value

By providing fast voltage sag compensation for critical production equipment, the solution helps reduce production interruptions, material waste, equipment downtime, and recovery costs, supporting stable and reliable operation in advanced materials manufacturing.

0.200796s