Wind turbine service and maintenance for onshore and offshore wind farms

Global wind turbine maintenance, repair, and inspection services delivered by experienced technicians supporting asset owners and OEMs worldwide.

Global wind turbine service and maintenance

Wind turbine service and maintenance are critical to ensuring reliable energy production and maximising the lifespan of wind assets. FairWind provides comprehensive wind turbine operations and maintenance services, supporting OEMs and asset owners across the entire lifecycle of wind energy projects.

Our experienced technicians deliver preventive maintenance, corrective repairs, component exchanges, and technical upgrades for turbines operating in both onshore and offshore environments.

With global project experience and multidisciplinary teams, we help reduce downtime, improve turbine performance, and ensure safe operations.

Scheduled wind turbine maintenance

Preventive maintenance ensures wind turbines operate safely and efficiently while minimising unexpected failures. Our technicians deliver scheduled service programmes tailored to turbine models, environmental conditions, and project requirements.

Preventive maintenance services include:

Corrective wind turbine maintenance and repairs

Unexpected faults can lead to costly downtime and production losses. Our global service teams provide rapid response corrective maintenance to restore turbine performance quickly and safely.

我们的纠正性维护服务包括

Wind turbine in Scottish wind farm

Specialised wind turbine service capabilities

In addition to installation and routine maintenance, FairWind offers specialised technical services designed to support wind turbines throughout their operational lifecycle. Our multidisciplinary teams deliver expertise across blade repair, electrical systems, commissioning, and retrofit upgrades, helping wind farm owners maximise turbine reliability and energy production.

Main component exchange (MCE)

FairWind delivers specialised major component exchange services for wind turbines, ensuring critical components are replaced efficiently and safely.

Our MCE capabilities include the replacement of these components:

Our teams manage the full scope of component exchange projects including engineering planning, logistics coordination, crane operations, and commissioning.

Wind turbine blades are exposed to extreme environmental conditions and require regular inspection and maintenance to maintain aerodynamic performance.

FairWind provides advanced blade inspection, repair, and retrofit solutions including:

Our specialised electrical technicians support the installation, maintenance, and testing of electrical systems across wind energy projects.

Services include:

FairWind supports wind turbine assets throughout their entire lifecycle, from installation through operation and eventual decommissioning.

Our lifecycle services include:

As wind turbines age, upgrading key components can significantly improve efficiency and extend operational lifespan.

Our repowering services include:

FAQ

What does wind turbine maintenance include?

Wind turbine maintenance includes scheduled inspections, lubrication, bolt tensioning, electrical testing, blade inspections, and component replacements to ensure turbines operate safely and efficiently.

How often are wind turbines serviced?

Most turbines require scheduled maintenance every 6–12 months, depending on turbine type, operating conditions, and manufacturer guidelines.

What is a major component exchange?

A major component exchange involves replacing critical turbine parts such as gearboxes, generators, blades, or main shafts to restore turbine performance.

Can FairWind support large-scale wind farm service projects?

Yes. FairWind regularly supports large wind farm projects and service campaigns by deploying experienced technicians and supervisors globally. Our scalable workforce allows us to support projects ranging from individual turbines to large multi-site wind farms.

Partner with FairWind

Speak with our global service teams to minimise downtime and maximise turbine performance.