APQP for Wind (APQP4Wind) helps organisations ensure quality and reliability in the development of wind energy products. Symbol provides support for this and is the only party in the Netherlands with practical experience in implementing APQP for Wind.
Organisations in the energy sector implement APQP for Wind (APQP4Wind) to ensure quality and reliability in the development and production of wind energy components. The methodology helps companies identify risks early, structure processes, and improve collaboration across the supply chain. This enables projects to be executed more efficiently and demonstrably guarantees the quality of wind turbines and their components.
Symbol supports organisations in applying APQP for Wind with a structured and practical approach. From setting up quality planning processes to guiding project teams, Symbol helps organisations manage risks and ensure quality from the design phase, so that products and processes meet the requirements of the wind energy sector. By utilising AI agents, we are able to execute this in a highly efficient manner.
The project begins with defining the scope, objectives, and customer requirements for the wind energy project. A multidisciplinary team is assembled, and responsibilities, planning, and project structure are determined as the basis for structured and successful execution.
All technical specifications, contractual requirements, and relevant standards are analysed. Based on this, quality objectives, deliverables, and project milestones are established to ensure the project meets customer expectations and requirements from the wind energy sector.
The product design and associated production processes are developed and elaborated. Design choices are substantiated and coordinated with involved parties in the supply chain to ensure the quality, manufacturability, and reliability of the final product.
Risks within product design and production processes are systematically identified and assessed. Tools such as FMEA and control plans are used to manage risks and structurally ensure quality from the initial design phase.
Suppliers are involved early in the development process to reduce technical risks and ensure quality. Agreements on specifications, validations, and delivery requirements are established to optimise collaboration and supply chain performance.
Prototypes, test results, and production processes are validated to verify that they meet specified requirements. Deviations are analysed and resolved before serial production begins, ensuring reliability and performance.
After successful validation, the product and process are formally released for serial production. Production processes are stabilised and quality controls are implemented to ensure consistent output and compliance with requirements during production.
During and after production, product and process performance are continuously monitored. Feedback from testing, production, and field performance is analysed and used to optimise processes and structurally improve future projects.
Symbol is the only party in the Netherlands with practical APQP4Wind experience. Schedule a consultation and discover how we can ensure quality and reliability in your wind energy project.
APQP for Wind is an adapted application of Advanced Product Quality Planning for the wind energy sector, initiated by Vattenfall. The methodology takes into account project-specific requirements, long development cycles, and complex supply chains, thereby better ensuring quality and reliability in wind energy projects.
Wind energy projects are complex, capital-intensive, and risky. APQP for Wind helps to identify risks early, prevent errors, and improve collaboration across the supply chain, thereby reducing delays and failure costs.
APQP for Wind ensures better product quality, lower failure costs, and higher reliability of wind energy projects. Additionally, it improves collaboration between engineering, production, and suppliers.
By incorporating clear phasing, milestones, and continuous validation. Regular reviews and lessons learned ensure that risks remain controlled throughout the project, despite long lead times.
Validation is carried out through prototypes, testing, simulations, and process validations. These steps are essential to demonstrate that products and processes meet requirements before large-scale production or installation takes place.
