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Urgent Call for Action to Ensure a Sustainable Future for European PV Manufacturing


Solar photovoltaics (PV) is a sector of strategic importance for the EU economy, providing energy independence, industrial jobs and economic growth. Europe since two decades is leading in technological development, state-of-the-art manufacturing (industry 4.0), sustainability of production and quality and efficiency of solar products. There is hardly any other sector in the EU which received as much public dedication and thrilled more young people, engineers and scientists. Even if the emergence of huge overcapacities outside Europe led to a severe damage to the EU industry the EU value chain from raw materials and equipment to complete PV solar systems successfully remained intact until now. Together with the support of a unique R&D ecosystem this is the basis for the EU manufacturing industry to keep its significant technological advantage towards industrial followers outside Europe.


To maintain solar R&D and EU manufacturing and to take further opportunities for Europe, researchers and manufacturers call for urgent action:


  1. Maintain existing and develop further Europe’s biggest state-of-the-art manufacturing sites, whose continuation as a going concern is at stake right now. Moving those sites to outside Europe must be prevented. Interested investors must be encouraged to continue operations and co-operations in Europe. Especially public investment banks (national and European) should swiftly signal their interest in backing manufacturing in PV. In addition, access to investment support (see ECSEL program for microelectronics) needs to be provided.
  2. Focus on supporting the manufacture of high-quality, technologically advanced products at scale. This is the right strategy for being internationally competitive.
  3. Increase and sufficiently finance R&D activities. The current financing schemes at national and European level should be raised to the levels of our foreign competitors. Also, European public money for pilot production must require that initial commercial scale production happens in Europe.
  4. Implement smart regulation to put products complying with EU manufacturing standards at an advantage: public support for the installation of PV in the EU should be linked to sustainability and efficiency criteria. Use top-runner programs, EU ecolabel and tougher quality standards to steer investments towards better performing products. PV to be installed on public land and properties or subject to public tenders or feed-in-tariffs should at least meet these criteria.
  5. Ensure a special contribution from EU member states with the biggest R&D expenditures and already willing to cooperate in an energy partnership, such as Germany, France and many more.
  6. Foster European political and technological cooperation with emerging markets, especially in India, Africa, Latin America, and the Middle-East.
  7. Last but not least, Europe needs to install more PV. From the leading region until 2012, the EU fell to less than 8% of the global PV market in 2016. PV installations are down to 2009 levels, while installations in the Americas and Asia are currently ten times those in Europe, and prices are today more cost competitive than ever. All barriers against the rapid addition of centralized and decentralized PV to the power system should be removed.

PV is transforming Europe’s and the World’s energy system. It is strategically important for Europe to maintain strong involvement in this technology. This can only be achieved with an innovation-driven robust ecosystem of companies and research centers supplying different PV-related products and services. Large-scale manufacturing sites across the whole value chain are needed to ensure a sustainable future of PV in Europe. Cheap finance, accelerated R&D and smart regulation are the main ways to achieve sustainable PV manufacturing in Europe.


On behalf of ETIP PV / SOLARUNITED / EUREC (Brussels, 22 June 2017)



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If you are representing an organisation that would like to publicly endorse the petition, please send an e-mail at containing a brief statement of endorsement, the organisation’s name, address, logo, and website and the details of a contact person. Please note that only the organisation's logo, name and website will be visible on our list.


Endorsing organisations:

  • Equipment manufacturers & materials providers
  • PV Manufacturing companies
  • Associations


Endorsing organisations

Fraunhofer Institute for Solar Energy Systems ISE 
INES National Solar Energy Institute
Research Centre for Sustainable Energy (FOSS)


University of Ljubljana
Becquerel Institute
Energy research Centre of the Netherlands

Open Renewables
Norwegian crystals

Malta College of Arts Science and Technology
French research federation on Photovoltaics

Institute for Solar Energy Research Hamelin (ISFH)
WIP Renewable Energies
European Energy Research Alliance

Keen on Green!
Lithuanian PV technology cluster
Fraunhofer Institute for Integrated Systems and Device Technology

aurinka photovoltaic group
Silicio FerrSolar
Solliance Solar Research

Slovenian Photovoltaic Association

EU ProSun
Crosslux SAS

Institute of Solar Energy of the Universidad Politécnica de Madrid
Spanish Photovoltaic Technology Platform

eurac research

Valencia Nanophotonics Technology Center
Lasercenter Munich University of Applied Sciences

Institute of Research and Development on Photovoltaic Energy
University of Salford Manchester

Singulus Technologies
Energy Restructuring Agency


Allianz BIPV
SiC Processing (Deutschland)

AllMerus Energy
W/E Consultants Sustainable Building
Fraunhofer Center for Silicon Photovoltaics

Photovoltaics and thin film electronics laboratory (PV-Lab) of EPFL
Catalonia  Institute for Energy Research
Solomya (SOLar cells and Mass spectrometrY Analysis)

SC sustainable concepts
JPM Silicon
European Photonics Industry Association

Institute for Energy Technology (IFE)
International Solar Energy Research Center Konstanz

Smartroof NV
SETA Network
Silicon Products

SolarInput e.V.
Architekturbüro Hagemann
Bruk-Bet Solar


Polymer Competence Center Leoben

Centre for Advanced Photovoltaics, Czech Technical University
Lyon Institute of Nanotechnology
IEK-5 Photovoltaics
Forschungszentrum Jülich

PV Experts e.V

AZUR SPACE Solar Power
Organic Electronics Saxony
SBskin. Smart Building Skin

Heckert Solar
InnoLas Solutions


REC Group

Jonas & Redmann
Nanotechnology Lab LTFN & Center of Organic & Printed Electronics-Hellas
Organic Electronic Technologies

Hellenic Organic and Printed Electronics Association
DRACULA Technologies
SOLEAN - Lean Solar Solutions

JRT Photovoltaics
Institute for Energy Systems Technology, University of Applied Sciences Offenburg

ML System S.A.
Austrian Institute of Technology

Aston University, UK
M10 Industries
NEXXERGY Green Power Trading

Büro F 
ZAE Bayern

Michael W. Grainey, Consulting LLC
University of Luxembourg

National Renewable Energy Centre (CENER), Spain

PVcomB at the Helmholtz Centre Berlin

Ingenieurbüro Mencke & Tegtmeyer
RSE SpA - Ricerca sul Sistema Energetico
ZSW - Centre for Solar Energy and Hydrogen Research Baden-Württemberg

Cicci Research
ForschungsVerbund Erneuerbare Energien
aleo solar

BSQ Solar