Dielectric Loss Detection Category

Qilida Solutions

Advanced Dielectric Loss Detection System

Prevent catastrophic equipment failures, reduce downtime, and extend asset lifespan with AI-powered real-time insulation monitoring for transformers, cables, and high-voltage equipment

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Advanced Features That Solve Your Problems

Technology designed for accuracy, reliability, and ease of use

Anti-Interference Technology

Frequency conversion and Fourier transform digital filtering ensure accurate measurements in high-noise substation environments with up to 200% interference.

Intelligent Automation

Fully automatic testing with self-calibration and digital waveform analysis. No manual bridge balancing or complex calculations required.

Live Equipment Testing

Measure dielectric loss on energized capacitive equipment without disconnection, minimizing operational disruption and safety risks.

High Precision Measurement

Integrated three-terminal SF6 standard capacitors provide accuracy unaffected by temperature and humidity, ensuring consistent results over years of use.

Multiple Test Modes

Support for series/parallel measurement, CVT self-excitation testing, and simultaneous C1/C2 capacitance measurement with automatic compensation.

Advanced Data Management

Large LCD display with backlight, built-in thermal printer, USB connectivity, and automatic data storage with timestamp for compliance documentation.

Comprehensive Safety Protection

Multi-level protection including high-voltage cutoff, ground detection, power supply protection, and overload prevention for operator safety.

Temperature Monitoring

Integrated temperature control for transformer oil testing (0-125°C) with PID algorithm and medium-frequency induction heating for uniform results.

Are You Facing These Critical Challenges?

Critical Challenges

Transformers, cables, and high-voltage equipment fail without warning, causing millions in losses and safety hazards.

Traditional testing equipment fails in high-interference environments, producing unreliable data that leads to wrong decisions.

Equipment must be taken offline for testing, resulting in production losses, labor costs, and extended downtime.

Manual testing requires skilled technicians, multiple site visits, and hours of work per equipment unit.

Raw test data requires expert analysis to identify actual problems, delaying critical maintenance decisions.

Testing accuracy degrades in extreme temperatures, humidity, or outdoor substation environments.

OUR SOLUTION

Real-time dielectric loss monitoring detects insulation degradation up to 6-12 months before failure, enabling predictive maintenance.

Advanced frequency conversion anti-interference technology maintains accuracy even under 200% interference conditions.

Live detection capability allows testing without disconnecting equipment, reducing downtime by 90% and saving thousands in operational costs.

Fully automated measurement with one-click operation reduces testing time from hours to minutes with consistent, reliable results.

Intelligent diagnostic algorithms automatically identify insulation faults with trending analysis and clear pass/fail indicators.

Temperature-compensated measurements and ruggedized design ensure reliable operation from -40°C to +125°C.

Applications of Dielectric Loss Detection Systems

Power Utilities

Transmission and distribution transformers, bushings, and capacitive voltage transformers (CVTs)

Industrial Facilities

Manufacturing plants, data centers, and critical infrastructure requiring reliable power quality

Renewable Energy

Solar farms, wind power stations, and energy storage systems with power conversion equipment

Electric Vehicles

Charging infrastructure, battery management systems, and high-voltage power electronics

Healthcare

Hospital power systems, medical imaging equipment, and radiation therapy machines

Aerospace

Aircraft electrical systems, ground support equipment, and testing facilities

What Our Clients Say

"The anti-interference capability is truly impressive. We can now test our 220kV CVTs without taking them offline, which has saved us hundreds of thousands in lost revenue from planned outages."

Michael

Chief Engineer, Pacific Power Utilities

"The system detected moisture ingress in our main transformer three months before it would have failed catastrophically. The early warning prevented a $1.2 million emergency replacement and kept our plant running."

Sarah

Maintenance Director, Advanced Manufacturing Corp

"We've reduced our annual testing costs by 65% while actually improving our asset monitoring coverage. The automated compliance reporting alone saves our team 200 hours per year."

James

Asset Management Lead, Regional Energy Network

Why Choose QilidaOver 15 years of transformer testing expertise with 10,000+ successful installations worldwide across 50+ countries.

Industry-Leading Support: 24/7 support, training, and local service centers for quick response and maintenance.

Future-Proof Technology: Expandable functionality, firmware updates, and compatibility with emerging testing standards.

ROI Optimization: Cut testing time by 70%, reduce downtime, and enable predictive maintenance.

Comprehensive Solution: Integrated software, cloud data, and mobile apps for efficient workflows.

Quality Assurance: ISO 9001 certified, NIST traceable calibration, and strict quality control for reliability.