Wind power field

Strong winds and bad factors. Storms and remote locations. All kinds of problems will affect the performance and reliability of the fan. When the fan shuts down due to maintenance problems or equipment failure, the high maintenance labor costs and crane use costs will make the cost per kilowatt-hour rise sharply. The long waiting time for the parts to be in place will further increase the cost.            Whether onshore or offshore, any factor that can reduce maintenance will help to improve the return on investment of fans and reduce their leveling power cost (LCOE). With the increasing scale of wind turbines and farther installation sites, the ability to predict and prevent equipment failure is becoming more and more important to ensure the high profitability of wind farms. Therefore, reliable components, intelligent operation and maintenance processes are critical to ensure the profitability of wind farms. A proven product life cycle management solution can help.            From the beginning of this industry, the performance, reliability and energy output of fans can be improved through product upgrading. Today, we are helping owners, operators and maintenance providers of wind farms to use a variety of wind maintenance solutions to achieve this goal, helping to prolong fan operation time, add value, and improve performance at every stage of the fan life cycle. With our worldwide engineering, manufacturing and service capabilities, we can quickly provide you with standard or upgraded versions of products. Vibration measurement and analysis through remote monitoring can help predict the remaining service life of various components, thus ensuring longer running time of equipment and more cost-effective planned maintenance. All in all, these product life cycle management solutions will help you increase energy production and reduce LCOE.