As the global Net-Zero Carbon Emission Target is brought into force, the wind power industry enters a new era of development, where improving the quality and efficiency through the upgrade and innovation of the manufacturing process comes into spotlight. The gearbox, being an important component of wind turbine, features a complex structure which is at the same time, huge in size, making the disassembly and maintenance exceptionally challenging. Therefore, it is vital to control and monitor the gearbox throughout its entire lifespan. Where traditional manual inspection processes are prone to error, automated whole lifecycle test and measurement technologies allow for long-term, uninterrupted, multi-point data acquisition, enabling real-time analysis and evaluation. This enhances the operational efficiency and reliability of wind turbines, thereby promoting the high-quality development of the industry.
