測量驗證是風機開發(fā)過程的最后階段，對于風機認證也是非常必要的。由MECAL進行模擬和測量比較并對不同點進行分析。

　　可靠性，安全性和有效成本是現(xiàn)代風機設計的關鍵詞。MECAL在風機設計和機械部件的指導認證方面有豐富的經驗和業(yè)績，擅長將尖端分析技術與實際經驗相結合。顧客總是希望設計商能提供最好的解決方案來滿足他們的專門需求。

　　在所有的實施案例中，MECAL的工程師都是與客戶設計團隊的工程師進行緊密協(xié)作。MECAL會依據(jù)客戶的不同需求承擔不同的任務。MECAL能做到：

　　項目領導者（負責風機整體設計，項目運營，設計主導和系統(tǒng)集成）

　　加入設計團隊（負責設計中的一些特殊領域）

　　MECAL的工作方式是在新設計中與客戶共同協(xié)作?？蛻魧碛谢蛎赓M使用設計的專利權，并獲得所有數(shù)據(jù)。

 

　　Measurement Validation is the last stage in the wind turbine development process and is essential for the certification of the wind turbine. Simulation and measurements are compared by MECAL and differences are analysed.

　　Reliability, safety and cost efficiency are keywords in modern wind turbine design.

　　MECAL has a long track record in designing and guiding certification of mechanical wind turbine components, combining state-of-the-art analysis methods with practical experience. Customers are always offered the best solution to meet their specific demands.

　　In all cases MECAL engineers work closely with the engineers in client's design team. MECAL's role varies, depending on client's requirements. MECAL can be:

　　a.leader of the project (in charge of overall turbine design, project management,

　　lead design and integration)

　　b.participant in the design team (with responsibility for specific aspects of the design)

　　The MECAL approach is to collaborate with its clients in a new design. The client will own or be free to use the IP rights, and receives all data.