Siliken goes one step further in its commitment to the environment obtaining the Carbon Footprint Certificate

Most of the company's plants have currently PV installations on their rooftops, which contributes to saving energy and reducing CO2 emissions into the atmosphere.

Monday, April 23, 2012


Siliken is one of the few PV companies in the world that has achieved the Carbon Footprint Certificate for its SLK60P6L modules in accordance with the PAS 2050:2011 standard. The certificate was awarded by the EQA certification body (European Quality Assurance Spain) and it is based on the calculation of the total direct and indirect GHG emissions from the entire process of manufacturing to handing the SLK60P6L modules to the client. Siliken modules currently emit 213.82 kg of CO2 per manufactured panel.

Committed to the environment, Siliken has applied for this certificate to be able to assess the actual impact of its business on the environment. Using these data, the company will develop measures to reduce the CO2 emissions. Plans have already been made for 2012 to calculate the reduction in CO2 for each installed module and thus generate clean energy in any geographical area. This way, an actual saving of CO2 emissions can be seen and measures can be defined to improve these figures.

One of Siliken's priorities is to embed sustainability in its practices and principles by putting effort into minimizing the negative impact on the environment as well as by preventing its activities from contaminating. Most of the company's plants have currently PV installations on their rooftops, which contributes to saving energy and reducing CO2 emissions into the atmosphere.

This new certificate is added to those that Siliken modules have already obtained, such as the TV certificate pursuant to the IEC 61701:1995 standard, product certifications in accordance with the EN (IEC) 61215:2005 and EN (IEC) 61730:2007 standards, Security Class A, as well as EN (IEC) 61701:1999 for corrosion resistance in saline environments by TV Rheinland and pursuant to the UL 1703 standard by Underwriters Laboratories and Intertek ETL for application worldwide. The company also holds the ISO 9001:2008 and ISO 14001:2004 certificates.

Siliken modules are used both in stand-alone and grid-connected installations, in parks, on industrial rooftops, in residential installations and integrated in architecture. They reach power of up to 305 Wp with a power tolerance of +3/0% and an efficiency of up to 15.7%. Siliken also manufactures PV modules that are larger than the standard, whose measures may exceed traditional modules by 30%. They are designed for architectural integration, acquiring a translucency of up to 40%.

Siliken, Innovation Experience

Siliken is an international company that focuses on developing solutions for the renewable energy industry, especially in the field of photovoltaic solar energy. Its activities range from the production of solar-grade silicon, the manufacture of equipment and components to promotion, maintenance and after-sales services of PV installations. In Spain, Siliken has two module production plants and one plant producing silicon. In other countries, such as Mexico, Canada and Rumania, the company has module production plants and maintains business offices on several continents. Today, Siliken continues its international expansion, strengthening its position as a reference in the world of renewable energy.

For more information, please contact: press&media@siliken.com

Featured Product

AEE Solar - A Three Decade Commitment to Renewable Energy

AEE Solar - A Three Decade Commitment to Renewable Energy

AEE Solar was founded by David Katz 1979 as Alternative Energy Engineering with the goal of bringing renewable, non-polluting power to homes and businesses in the northern California coastal redwood region. Thirty years later, AEE continues to deliver the products, training and support needed to succeed. We supply resellers, contractors, integrators, and installers the field-tested, reliable products they need to design, install and maintain renewable energy systems.