Advanced testing that drives wind power

Testing systems

Ensure the full reliability of your wind turbine before it reaches demanding onshore locations or extreme offshore conditions. Our advanced test systems comprehensively verify the turbine’s key subsystems – from control units, through energy conversion and distribution, to high-voltage components and insolation. This guarantees that every element performs according to specifications and that the entire turbine meets the highest safety and reliability standards.

Testing systems for wind turbines, and beyond

Our automated testing systems for wind energy are expertly engineered to perform functional, insulation, and high-voltage (HV) testing of critical wind turbine electrical components. Featuring a compact, modular design built from premium off-the-shelf parts, these solutions offer exceptional flexibility, cost-efficiency, and rapid adaptation to diverse wind turbine component testing requirements.

Designed to replicate real-world electrical conditions, our testing systems rigorously verify the safety, durability, and performance of control panels, power converters, cable harnesses, and other vital turbine subsystems. Ideal for OEM production lines, quality assurance labs, and R&D departments within the wind energy industry, these testing systems for offshore and onshore wind turbines streamline manufacturing processes and accelerate product validation.

Test process and engineering excellence

ConverterTec OEM provides high-end electrical testing systems engineered to validate every device during mass production. Our processes strictly adhere to industry standards and customer-specific requirements, ensuring unmatched product quality while significantly reducing end-of-line inspection times.

Our test engineering expertise includes:

⁠EOL, Hi-Pot, and Point-to-Point test units designed for wind turbine electrical components,
custom test strategies developed from product specifications and relevant industry norms,
comprehensive testing system design aligned with EU directives and standards, including EMC, LVD, and RoHS compliance,

dedicated hardware team crafting robust and reliable wind turbine testing equipment,
in-house software development covering test architecture, communication drivers, test cases, and infrastructure tools,
complete manufacturing of test harnesses for seamless device connectivity and accurate measurement.