Products
Engineering support
Below you can explore cases where United Wind has assisted with engineering support to improve the availability on-site.
Case
End Of Warranty
End-of-warranty assessments often reveal trends that developed slowly during the initial operational years. Wear patterns, documentation gaps or system behaviour may require structured evaluation to understand correctly. Without a clear overview, some findings can lead to unnecessary risk or periods of lost wind energy later in the turbine’s lifecycle. A systematic approach strengthens decision-making and helps operators prioritise what matters most. Understanding these patterns early supports stable long-term operation.
Case
Product Life Extension
As turbines age, wear development, design evolution and operational history all influence how confidently a life‑extension decision can be made. Some components may show stable behaviour, while others require closer assessment to avoid unnecessary risk. Without a structured view, uncertainties can lead to periods of lost wind energy or unexpected corrective work. Engineering insight helps connect operational data, historical patterns and field observations into a clearer picture. This supports informed decisions about the turbine’s extended service life.
Case
O&M Strategy
Variations in wear, lubrication, cooling or hydraulic behaviour often reveal where preventive focus has the greatest effect. When these patterns are not connected, O&M decisions may become reactive or inconsistent. A structured perspective supports better prioritisation and reduces the risk of avoidable lost wind energy. Clarity also helps align technicians, planners and asset managers around the same operational objectives. Well-understood patterns form the foundation of a stable maintenance strategy.
Case
Pitch System
The pitch system consists of several interacting components, each influencing movement, load and hydraulic behaviour. Changes in cylinder condition, oil performance, electrical interaction or mechanical resistance can be difficult to interpret without structure. If these signals are overlooked, the turbine may respond less efficiently and capture less wind energy than expected. An engineering review helps identifying the patterns behind these changes and supports more stable long-term operation. Clear understanding reduces uncertainty and strengthens preventive focus.
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Whether planned replacement or urgent intervention, parts arrive when they are needed.
