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Located in Newport, Victoria, the Energy Australia Newport Power Station plays a critical role in regional energy supply, operating as a high-efficiency gas-fired power generation facility. Supporting both residential and commercial sectors, the station is renowned for its reliability and performance.
To maintain operational excellence and minimize the risk of unplanned outages, our team conducted a comprehensive suite of diagnostic assessments focused on thermal imaging, high-voltage testing, and preventive maintenance.
Our expert engineers performed detailed thermal scanning and HV testing to ensure power system integrity, compliance, and efficiency. The scope of work included:
✅ Thermal Scanning of LV Infrastructure
We conducted a comprehensive thermal scan of more than 900 individual low-voltage (LV) assets to detect potential electrical faults. This advanced infrared thermography technique identifies heat anomalies caused by insulation failures, loose connections, or overloaded circuits—preventing costly breakdowns and improving system reliability.
✅ Thermal Imaging of HV & Mechanical Assets
Using cutting-edge infrared thermal cameras, we assessed both high-voltage (HV) electrical systems and mechanical components for early detection of overheating, wear, or insulation degradation. This approach helps extend asset lifespan and reduce maintenance costs.
✅ Partial Discharge Testing of HV Assets
We conducted partial discharge (PD) testing to detect early-stage insulation deterioration in high-voltage components. PD testing plays a crucial role in identifying potential faults before they escalate, helping mitigate unexpected failures and ensuring long-term compliance.
✔ Early Fault Detection – Minimize unplanned downtime and reduce failure risks
✔ Enhanced Safety & Compliance – Meet Australian safety and operational standards
✔ Energy Efficiency Optimization – Detect inefficiencies before they escalate
✔ Cost-Effective Asset Protection – Extend equipment lifespan with proactive maintenance
Prevents Unplanned Outages – Reduces downtime through predictive maintenance
Improves Operational Safety – Ensures HV assets function within safe parameters
Optimizes Energy Performance – Identifies energy loss areas in power distribution
Extends Equipment Lifespan – Prevents premature asset degradation
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