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{{div}}Electrical protection has evolved from response to prediction. A new generation of systems transforms data into decisions.{{/div}}
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{{div}}{{span style="font-weight: bold;"}}From isolated components to intelligent systems{{/span}}. For decades, electrical protection meant {{span style="font-weight: bold;"}}detecting a fault and reacting fast{{/span}} to contain its effects. Relays, breakers, and interlocks have long been the backbone of safety — efficient and indispensable. But today’s engineering goes beyond reaction: it’s about {{span style="font-weight: bold;"}}anticipating, predicting, and learning from data{{/span}}.{{/div}}
{{p}}{{span style="font-size: 14pt;"}}{{span style="font-weight: bold; white-space-collapse: preserve;"}}From Isolated Equipment to Intelligent Systems{{/span}}{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}In conventional architectures, each device operates {{span style="font-weight: bold;"}}independently{{/span}}: the {{span style="font-weight: bold;"}}relay{{/span}} reacts to current or voltage, the {{span style="font-weight: bold;"}}PLC{{/span}} manages interlocks, and the {{span style="font-weight: bold;"}}SCADA{{/span}} only collects discrete signals.{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}Information exists — but it {{span style="font-weight: bold;"}}doesn’t flow with context{{/span}}. The result is a set of efficient yet {{span style="font-weight: bold;"}}fragmented islands{{/span}}, capable of reacting — but blind to {{em}}why or what preceded the event{{/em}}.{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}• {{span style="font-weight: bold;"}}The connected architecture changes that{{/span}}. With {{span style="font-weight: bold;"}}continuous temperature and arc-flash sensors{{/span}}, interoperating via {{span style="font-weight: bold;"}}Modbus RTU/TCP, Ethernet, and IEC-61850{{/span}}, the panel starts to {{span style="font-weight: bold;"}}correlate thermal trends, load profiles, and criticality levels{{/span}} — triggering alerts {{strong}}before the event occurs{{/strong}}.{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}It's the shift from {{em}}reaction to prediction{{/em}}.{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}{{img src="https://cp.varixx.com.br/file/2025/10/20251014105948879" alt="" width="1050" height="266" /}}{{/span}}{{/p}}
{{p}}{{span style="font-size: 10pt;"}}{{a href="https://www.varixx.com/en/product-details/427/zyggot-raddia-ts"}}Varixx Radio Monitoring Sensor{{/a}}{{/span}}{{/p}}
{{p}}{{span style="font-weight: bold; white-space-collapse: preserve; font-size: 14pt;"}}Real Case: The Panel that Learned to Protect itself{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}In a chemical plant, a 480 V switchboard showed {{span style="font-weight: bold;"}}intermittent faults{{/span}}. After being instrumented with ZYGGOT® THM+ARC, a {{span style="font-weight: bold;"}}gradual heating trend{{/span}} was detected on one busbar. Through {{span style="font-weight: bold;"}}ZYGGOT Cloud{{/span}}, the system correlated the temperature rise and recommended {{span style="font-weight: bold;"}}inspection before failure{{/span}} — preventing downtime and production loss.{{/span}}{{/p}}
{{p}}•{{strong}} Something impossible under a conventional model{{/strong}}.{{/p}}
{{p}}{{img src="https://cp.varixx.com.br/file/2025/10/20251014105617186" alt="" width="740" height="221" /}}{{/p}}
{{p}}{{span style="font-size: 10pt; color: #808080;"}}Continuous Infrared Thermal Monitoring{{/span}}{{/p}}
{{p}}{{span style="font-weight: bold; white-space-collapse: preserve; font-size: 14pt;"}}From Protection to Intelligence: The Varixx Approach{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}Varixx unites {{span style="font-weight: bold;"}}electrical protection{{/span}} and {{span style="font-weight: bold;"}}continuous monitoring{{/span}}. The {{span style="font-weight: bold;"}}ZYGGOT®{{/span}} platform combines sensors, industrial interfaces, and native connectivity to generate {{span style="font-weight: bold;"}}contextualized operational data{{/span}}, transforming each panel into an {{span style="font-weight: bold;"}}intelligent node of industrial infrastructure{{/span}}.{{/span}}{{/p}}
{{p}}{{strong}}{{span style="white-space-collapse: preserve;"}}In practice, this means:{{/span}}{{/strong}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}{{strong}}1.{{/strong}} {{/span}}{{span style="white-space-collapse: preserve;"}}Failure prediction through machine learning{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}{{strong}}2.{{/strong}} {{/span}}{{span style="white-space-collapse: preserve;"}}Dynamic maintenance integrated with EAM/CMMS platforms{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}{{strong}}3.{{/strong}} {{/span}}{{span style="white-space-collapse: preserve;"}}Traceability and compliance with key U.S. electrical safety and maintenance standards:{{/span}} {{/p}}
{{ul}}
{{li style="white-space-collapse: preserve;"}}NFPA 70E – Standard for Electrical Safety in the Workplace{{/li}}
{{li style="white-space-collapse: preserve;"}}IEEE 1584 – Guide for Performing Arc-Flash Hazard Calculations{{/li}}
{{li style="white-space-collapse: preserve;"}}NFPA 70 (NEC) – National Electrical Code{{/li}}
{{li style="white-space-collapse: preserve;"}}NFPA 70B – Standard for Electrical Equipment Maintenance{{/li}}
{{li style="white-space-collapse: preserve;"}}ANSI C2 (NESC) – National Electrical Safety Code{{/li}}
{{li style="white-space-collapse: preserve;"}}OSHA 29 CFR 1910 & 1926 – Electrical Safety Regulations{{/li}}
{{li style="white-space-collapse: preserve;"}}ASTM D120 & ASTM F1506 – PPE and Arc-Rated Clothing Standards{{/li}}
{{li style="white-space-collapse: preserve;"}}IEC 61850 – Communication Networks and Systems for Power Utility Automation{{/li}}
{{/ul}}
{{p}}{{span style="font-weight: bold; white-space-collapse: preserve; font-size: 14pt;"}}The Future of Protection{{/span}}{{/p}}
{{p}}{{span style="white-space-collapse: preserve;"}}Electrical protection {{span style="font-weight: bold;"}}hasn’t ended{{/span}} — {{span style="font-weight: bold;"}}it’s evolved{{/span}}. The future isn’t the panel that trips faster, but the one that {{span style="font-weight: bold;"}}rarely needs to trip at all — because it learned to predict{{/span}}.{{/span}}{{/p}}
{{p}}{{strong}}{{span style="white-space-collapse: preserve;"}}Varixx {{/span}}{{/strong}}{{span style="white-space-collapse: preserve;"}}{{strong}}— Protection that sees before the risk{{/strong}}. {{span style="color: #0000ff;"}}#CreatetoBond{{/span}}{{/span}}{{/p}}