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South Plains Electric Cooperative (SPEC) - Case Study

This case study explores the unique safety challenges facing South Plains Electric Cooperative during cotton gin harvest season in West Texas, where enormous seasonal power loads and highly combustible facility conditions made transformer overloads potentially catastrophic. It describes how deploying Ubicquia's UbiGrid™ DTM+ monitors replaced unreliable interval-based estimates with live, real-time data — giving engineers the confidence to safely plan maintenance operations and proactively catch developing issues before they could escalate into fires or outages.

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South Plains Electric Cooperative (SPEC) uses Ubicquia's UbiGrid™ DTM+ solution to gain real-time visibility into transformer loading at cotton gin facilities during harvest season. By replacing traditional interval data with live transformer intelligence, SPEC reduced operational uncertainty, improved lineworker safety, strengthened fire prevention efforts, and enhanced planning for maintenance and load transfer operations.

Cotton gin facilities represent some of the most demanding seasonal loads on a utility's distribution system. During harvest, utilities must balance reliability, safety, and maintenance activities while supporting large industrial customers operating under intense production schedules. Real-time transformer monitoring helps provide the visibility required to make confident operational decisions when the stakes are highest.

The challenge: managing high-risk seasonal loads with limited visibility

South Plains Electric Cooperative (SPEC), serving the Lubbock, Texas region, supports numerous cotton gin operations that create significant seasonal demand on its electric distribution system. These facilities draw substantial electrical loads during harvest season, making planned maintenance activities and load transfers increasingly complex.

Historically, engineers relied on 15-minute interval data to estimate transformer loading conditions. While useful for general planning, this approach introduced uncertainty during maintenance clearances, switching operations, and load transfer events because actual operating conditions could change significantly between reporting intervals.

The risk extended beyond operational planning. Cotton gin facilities contain highly combustible lint and materials, creating the potential for serious consequences if an overloaded transformer or electrical fault were to occur during peak operating periods. SPEC needed transformer-level visibility to proactively manage these risks and support safe operations.

The solution: real-time transformer intelligence with UbiGrid™ DTM+

SPEC deployed UbiGrid™ DTM+ monitors on transformers serving its cotton gin facilities. The solution streams real-time load, voltage, and transformer health information into the UbiVu® analytics platform, providing immediate visibility into operating conditions.

The cooperative integrated live transformer loading data directly into its WindMil modeling environment, enabling engineers to perform load-flow analysis using actual field conditions rather than estimates. This gave operations and planning teams greater confidence when scheduling maintenance clearances and managing seasonal load transfer activities.

In addition to load visibility, continuous monitoring provided insights into thermal stress, oil conditions, and bushing health. These indicators helped identify developing issues early, enabling proactive intervention before minor concerns could become service-impacting events.

Looking ahead

South Plains Electric Cooperative (SPEC) continues to expand its deployment of UbiGrid™ DTM+ across critical and high-risk locations throughout its service territory. By extending real-time transformer monitoring to additional facilities, the cooperative is building a stronger foundation for reliability, safety, and proactive asset management while supporting the region's agricultural economy.

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Download the SPEC Cotton Gin Case Study

Learn how South Plains Electric Cooperative uses real-time transformer monitoring to improve lineworker safety, reduce fire risk, optimize maintenance planning, and support reliable operations during the demanding cotton harvest season.

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