Industrial Case Studies

We Digitalized the Power Grid of Uruguay's Dairy Leader

Total visibility for uninterrupted production.

Critical Industry

Power Monitoring Expert for the Medium-Voltage Power Grid of Uruguay's Largest Dairy Industry

At Accuraxy, we implemented an electrical monitoring solution based on Schneider Electric's Power Monitoring Expert to transform power, event, and power quality data into operational insights for maintenance, engineering, and production continuity.
Especialista de Accuraxy realizando tareas de ingeniería, diagnóstico técnico y control de activos eléctricos industriales.

PME

Industrial Electrical Monitoring Platform

MV

Medium-Voltage Network Supervision

24/7

Continuous Visibility for Operations and Maintenance

PQ

Power Quality and Electrical Event Analysis

The Challenge

Making a critical electrical infrastructure visible to power continuous production processes.

In a large-scale dairy industry, energy is not an auxiliary utility: it is the heart of production. Cold storage rooms, processing lines, pumping systems, auxiliary services, and distribution systems all rely on a stable, traceable, and highly available power grid.

The client needed to centralize medium-voltage network data, reduce reliance on manual inspections, detect critical electrical events, and secure reliable historical data to make technical decisions based on data, not guesswork.

The business question was simple and brutally concrete: what is happening in the power grid, when did it occur, where did it occur, and how does it impact plant continuity?

Ícono de sustentabilidad y eficiencia, representando la integración de energías renovables y optimización de huella de carbono industrial.

Vista unifilar de la red de media tensión: estados, cargas y puntos críticos de supervisión eléctrica

The Solution

A PME architecture to transition from scattered measurements to centralized electrical intelligence.

We designed, configured, and commissioned a solution based on Power Monitoring Expert, integrating electrical metering, industrial communications, alarming, trends, historical data, and reporting. The platform successfully streamlined medium-voltage network data, transforming it into an everyday tool for operations, maintenance, and engineering.

01

Electrical Engineering

Survey of the distribution architecture, identification of critical points, and definition of key variables for operations, maintenance, and energy analysis.

02

Metering Integration

Connection of metering and protection devices to PME, organizing voltage, current, power, energy, demand, event, and power quality data.

03

PME and Reporting

Configuration of dashboards, historical logs, alarms, trends, and reports to deliver clear, auditable, and actionable electrical insights.

04

Operations and Support

Commissioning, communications validation, technical support, and knowledge transfer to ensure real shop-floor adoption.
Contenedores de sistemas de almacenamiento de energía por baterías BESS industriales para mitigación de picos de demanda

Detail of metering, signal acquisition, and communications inside the electrical panel

Results

A more observable, auditable industrial power grid, fully equipped for high-impact technical decisions.

The PME implementation successfully established a digital layer over the medium-voltage electrical infrastructure, eliminating blind spots and delivering reliable insights to act faster, diagnose better, and plan with greater precision.

  • Centralized MV Network Visibility
    Critical electrical variables available from a single, unified platform for both the operations and engineering teams.
  • Reliable Trends and Historical Data
    Electrical data securely logged for behavioral analysis, period-over-period comparison, and deviation diagnostics.
  • Traceable Alarms and Electrical Events
    Enhanced capability to detect abnormal conditions, log events, and accelerate post-fault technical analysis.
  • Predictive Maintenance Support
    Electrical insights readily available to prioritize inspections, anticipate failures, and reduce perception-based decisions.
  • Scalable Digital Foundation
    An architecture prepared to expand toward additional metering points, advanced reporting, power quality, and energy analytics.
Instalación de paneles solares a gran escala en el techo de una planta industrial para generación de energía fotovoltaica corporativa.

Medium-voltage switchgear and control panels during integration, validation, and commissioning tasks

Technology Stack

Platforms and Technologies Utilized.

EPMS Platform

EcoStruxure Power Operation

Schneider Electric

Electrical Infrastructure

Medium-Voltage Network

Industrial Substations

Critical Switchgear & Panels

Metering

Power Meters

Electrical Network Analyzers

Power Quality (PQ) & Electrical Events

Communications

Industrial Ethernet

Modbus TCP/RTU

Network Segmentation

Data & Historical Logs

SQL Server

Trending

Alarming

Reporting

Visualization

PME Dashboards

Electrical One-Line Diagrams

Authorized Web Access

Accuraxy Services

Engineering

Configuration

Commissioning

Technical Support

No Hype, No Black Boxes—Full End-to-End Ownership

We integrate electrical engineering, industrial software, and real-world operations

This project reflects our capability to lead highly critical SCADA implementations, from conceptual design to final commissioning. We integrate architecture, IEC 61850 communications, RTUs, time synchronization, and operational graphics, providing continuous technical support. In sectors like data centers, heavy industries, and utilities—where energy leaves no room for improvisation—we solidify our position as your expert technological partner in advanced digitalization, protection, and automation.
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