Wind industry: Harmonized certification facilitates global market access

The first wind turbine certificate has been issued by the IECRE, the IEC System for Certification to Standards Relating to Equipment for Use in Renewable Energy Applications.

Developed by industry players, including equipment manufacturers, power producers, insurance companies, test laboratories and certifying bodies, the System streamlines a complex process and benefits not only the wind, but other renewable energy industries such as solar and marine.

"The IECRE System for certifying wind turbines harmonizes the process and makes it less costly, so that one certificate is valid for multiple markets. It's what the whole wind community has been waiting for. Based on mutual recognition, all stakeholders will have confidence and trust that devices are built to International Standards and perform as promised," said Kerry McManama - Executive Secretary of the IECRE Conformity Assessment System.
IECRE certificates are valued in many of the world's largest wind power markets, including China, Germany and other European countries, the United States, and elsewhere.
Simplifying a complex process
Previously, wind turbines had to be certified in each country by private certification bodies according to different criteria. This was more costly, time consuming and required repeat testing. It also took much longer to get product to market. Additionally, the IECRE System provides a common language for a very technical product, which gives greater clarity and transparency to standards developers, product manufacturers, authorities and users, as to what is being certified. The IECRE also enables broader industry stakeholder participation in defining the certification process, which guarantees the certificates will meet the needs of the broader industry.
The first certificate was issued to Vestas, a wind power solutions company, which designs, manufactures, installs, and services wind turbines around the world. Anders Vedel, Vegas Chief Technology Officer commented, "What is unique about the IECRE System is that end-users, mainly our customers, together with equipment manufacturers and other stakeholders have substantially contributed to defining the new standards against which wind turbines are evaluated. Vestas began work in 2012 with other stakeholders to create such a System, so we are especially pleased that the first certificate has been issued for a Vestas turbine."
From the Certification Body testing lab perspective, DNV GL as one of the first approved Renewable Energy Certification Bodies (RECBs), was instrumental in both the development of the IECRE and the certification body that issued the first IECRE Certificate to Vestas.
IECRE has been created in recognition that the ever-increasing demand for electricity and the need to reduce the share of fossil fuels in power generation have led to rapid development and growth of the renewable energy (RE) sector.
The System aims to facilitate international trade in equipment and services for use in RE in the Solar PV Energy, Wind Energy and Marine Energy sectors, while maintaining the required level of safety. Each of these sectors will be able to operate IECRE Schemes that cover products, services and personnel, to provide testing, inspection and certification.
Currently IECRE focuses on these three energy sectors; however, the door remains open for consideration of other technologies such as concentrated solar power (CSP), geothermal energy and fuel cells.

Featured Product

Easy monitoring with weather sensors from Lufft

Easy monitoring with weather sensors from Lufft

Professional weather sensors form the heart of large solar plants supporting their operation and performance. Lufft was the first manufacturer to combine several sensors in one housing, bringing the largest multiparameter weather sensor family with 19 members into being. Many of them are well-suited for solar site assessment and continuous monitoring. The most commonly used one is the WS600 delivering data on temperature, air pressure, wind, relative humidity and precipitation. Through its open protocol, it can easily be attached to radiation sensors e.g. from Kipp&Zonen. Other models have an integrated Silicon, Second Class or Secondary Standard radiation sensor.