You are here

EN ISO 9806

Europe: 10 Years of Solar Keymark – 1,600 Collector and 220 System Certificates

Submitted by Baerbel Epp on June 27, 2014
Solar Keymark statisticAt the beginning of June, the European Solar Thermal Industry Federation celebrated the 10th anniversary of Solar Keymark at its Intersolar Europe booth in Munich, Germany. Solar Keymark is a well-established certification scheme and label all across Europe and has been viewed as an exemplary model by countries and regions outside Europe as well. Today, there are around 1,600 different certified collectors and about 220 solar thermal systems, all listed in an online database. The chart shows the countries with the highest number of certificates for locally produced or locally offered collectors. China ranks third with 162 Solar Keymark collectors, after Germany (425) and Austria (211). 16 % of the collectors come from outside the 28 EU countries and Switzerland. 
Figure: Solar Keymark 
 

COPANT: One Common Standard - Better than 31 Different Ones?

Submitted by Baerbel Epp on November 6, 2013

To date, solar thermal energy has been a largely unregulated technology in Latin America. Most of the countries in the region are suffering from nationalised, uncoordinated and sometimes insufficient quality standards. This lack of agreement is hindering the development of a shared and mature market. The regional Pan American Standards Commission, COPANT, is now working to address the issue by creating a unified regional standard and certification scheme for solar thermal components and systems. Although it is believed that a common standard and certification could ease current trade barriers, some market players think that, depending on the kind of regulation, it could create further obstacles to trade and technology exchange.

Global Collector Test Standard Incorporates New Technologies

Submitted by Baerbel Epp on October 24, 2013

The final version of the EN ISO 9806 was approved by the international standard committees CEN/TC 312 and ISO TC180 with more than 90 % of the votes shortly before their meetings in Freiburg, Germany, in the middle of September. This is an important milestone for the solar thermal industry, because it marks the first time that there will be a modern global standard for collector testing procedures which different countries can refer to. In addition, the new standard includes testing methodology for a number of new solar thermal technologies, such as solar air heating collectors, concentrating medium-temperature collectors and PVT collectors. Now, it will only be a matter of weeks until the standard is handed down to the national standardisation secretariats and, over the coming month, distributed through their national publication channels.
Photo: Solarwall

Worldwide: Final Draft of New Collector Standard

Submitted by Baerbel Epp on May 23, 2013

The draft of the EN ISO 9806 was submitted to the CEN/TC 312 in January 2013. This means that all technical debates are concluded and only minor editorial changes may still find their way into the latest version. The formal voting will take place in June and August 2013, and the new standard is said to be published between February and May 2014. The EN ISO 9806 replaces the EN 12975-2 and the ISO 9806-1, -2 and -3. It will be the first almost globally valid standard for solar thermal collectors, as it is both an EN and an ISO standard.

EN ISO 9806: Upcoming Global Collector Standard

Submitted by Baerbel Epp on May 26, 2012

 Presentation U. Fritsche In February, Ulrich Fritzsche took the collector manufacturers that were gathered at the SMEThermal 2012 conference on a special tour around the globe. His presentation in Berlin, Germany, listed the collector standards and quality guidelines across the world’s key solar thermal markets: Australia, Brazil, China, India, Turkey and the USA (see the attached presentation). All in all, the Director of the Technical Competence Center Solar Thermal at TÜV Rheinland shed light on six different standards and their requirements to test systems locally. The differences between each testing procedure are one of the reasons why global trade is rather expensive for collector manufacturers.
Figure: TÜV Rheinland

Search results

  • Keyword : EN ISO 9806