Advanced Manufacturing

The Hidden Cost of Power Quality in Modern Manufacturing

In advanced manufacturing facilities, power quality is suspected in 7 out of 10 equipment failures of unknown cause, while also contributing to reduced yield, accelerated equipment degradation, and energy losses. With downtime costs ranging from $1M–$3M per hour in semiconductor fabs to millions in lost productivity across other manufacturing sectors, the stakes have never been higher.

The transition to Industry 4.0 has fundamentally changed the power quality landscape. Variable frequency drives, LED lighting conversions, and the proliferation of power electronics create a complex electromagnetic environment where traditional monitoring approaches fail. Add to this the integration of renewable energy sources and battery storage systems, and manufacturers face unprecedented challenges in maintaining stable, clean power.

Traditional Monitoring Falls Short

Most power monitoring systems capture only gross violations and operate on event-triggered sampling, missing the subtle disturbances that accumulate into major failures. In semiconductor manufacturing, sub-cycle voltage sags lasting mere milliseconds can create defects that won't be detected until weeks later in production, after millions of dollars in processing costs have been incurred.

Energy Quotient's continuous point-on-wave monitoring captures every electrical anomaly, revealing the multi-physics relationships between power events and their mechanical or process consequences. This comprehensive visibility enables:

Tangible Results for Manufacturing Operations

Our platform integrates seamlessly with Manufacturing Execution Systems (MES) and existing infrastructure, providing actionable intelligence that helps facilities:

For manufacturers serious about operational excellence, Energy Quotient delivers the comprehensive power quality intelligence needed to protect investments, optimize processes, and maintain competitive advantage in an increasingly complex electrical environment.

Discuss Your Power Quality Requirements

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