Voltage monitoring system ESA

currentturbinefor solar inverters

Overview
Dynamox Enging is a predictive maintenance system for electrical assets that provides early fault detection for transformers, rotating machines and power electronics. The solution captures real-time current and voltage signatures via sensors and applies algorithmic and AI analytics to predict and identify developing electrical faults before they cause major failures.

Monitoring scope

• Current and voltage monitoring for electrical equipment
• Primary targets: transformers, motors, turbines, converters and other power electronics

How it works

• Real-time data capture via fixed and portable sensors measuring electrical signatures
• Automated data transfer through gateways to on-premise or cloud platforms
• Algorithmic analysis and AI-enhanced diagnostics (DynaDetect / platform integration)
• Early fault identification to enable scheduled maintenance before catastrophic failures

Key benefits

• Up to 80% detection rate for early-stage faults
• Advance warning up to 9 months before failure in reported cases
• Maintenance cost reductions reported: 25% (documented) up to 50% (claimed)
• Productivity increase up to 15%
• Reduction of unplanned industrial downtime by up to 70%

Additional product notes

• Applicable across power generation, wind, solar, energy storage, industrial plants, utilities, water & sanitation
• Can be deployed end-to-end with Dynamox sensors, portable devices, gateways and cloud analytics/platform services

Technical specifications

• Monitored signals: current and voltage (electrical signature)
• Data capture: real-time sensors and automated collectors (gateways)
• Analytics: algorithmic and AI processing for predictive maintenance and automated diagnosis
• Detection horizon: faults detectable up to several months in advance (up to 9 months reported)
• Primary asset types: transformers, rotating machines (motors, turbines), power converters and power electronics
• Deployment: sensor + gateway + cloud/platform integration
• Documented outcomes include early detection rates, maintenance cost reductions, productivity and downtime improvements