Wind energy risk models often focus too narrowly on warranty exposure, overlooking larger lifecycle and system-level risks. Failures in turbines, cables, or infrastructure originate from early design and supply chain decisions and can escalate across entire wind farms. Costs are frequently deferred beyond warranty periods, increasing total ownership cost. Shifting to proactive quality management by addressing risk early in design and production enables more predictable costs, stronger reliability, and better long-term financial performance.

Cost efficiency in renewable energy is a challenge that must be addressed without compromising quality. As Chairman of APQP4Wind, I believe the APQP4Wind methodology is a game-changer, driving standardization and industrialization across the industry. This approach helps lower warranty costs and reduce the Levelized Cost of Electricity (LCoE), while ensuring consistent quality across global supply chains.

Imagine building a house without understanding the owner's needs or ensuring suppliers meet quality expectations. The result? Inefficiencies, delays, and unnecessary costs. The same applies to wind energy manufacturing. Without a structured quality framework, companies face costly setbacks. How can standardizing quality planning drive cost efficiency in the wind industry? Irineu Costa, APQP4Wind Country Ambassador in Brazil & Global Footprint Manager at Nordex, shares valuable insights in this article.