High-Voltage Testing
High-Voltage Testing
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For asset managers and project teams aiming to prevent unexpected failures, our testing services offer advanced diagnostics and preventive maintenance to protect system integrity.
What i provide
- Efficient offshore testing
Utilising dual resonant test systems to significantly reduces testing time and costs, making offshore operations more economical.
- VLF/DAC testing
Performing Very Low Frequency (VLF) and Damped Alternating Current (DAC) tests up to 400kV to proactively detect and prevent potential failures.
- Partial Discharge detection
Offering precise diagnostic capabilities to identify potential weaknesses and enable targeted maintenance before issues arise.
A container full of piece of mind
For safe and reliable high-voltage testing anywhere
Your Partner in Success
Choosing Reynard means choosing excellence. I’m not just connecting turbines to cables. I’m connecting the future – homes, cars, all to renewable energy. Let’s make it happen, together.
Projects
Frequently asked questions
▶ What is high-voltage testing?
High-voltage testing uses specialised methods like VLF and DAC to assess electrical systems, ensuring reliability, reducing failures, and extending asset life.
▶ Why is offshore high-voltage testing important?
Offshore testing uses dual resonant systems to cut testing time and costs. This efficient process maintains accuracy and reduces downtime in challenging marine environments.
VLF (Very Low Frequency) and DAC (Damped Alternating Current) tests detect cable defects up to 400kV. Early detection prevents costly outages and improves long-term system health.
▶ How does Partial Discharge (PD) detection help?
PD detection identifies weaknesses in insulation before they cause failures. This proactive approach enables targeted maintenance, boosting safety and equipment longevity.
▶ Who benefits from these testing services?
Asset managers and project teams gain actionable insights for preventive maintenance. Early issue detection leads to fewer unexpected failures, lower costs, and improved system performance.
