Solar energy researchers, students, startups and companies at Amsterdam … Contact online >>
Solar energy researchers, students, startups and companies at Amsterdam
The energy transition must accelerate and become more efficient if the Netherlands wants to achieve its climate goals in 2050 and be climate neutral. The new Dutch program SolarNL, which started today, contributes to this and aims to build a strong industry for solar cells and solar panels. Supported by a subsidy from the National Growth Fund, InvestNL, and private investors, production facilities will be built at several locations in the Netherlands to achieve a production volume of innovative solar cells and solar panels of over 7 GWp/year. SolarNL builds on the excellent position of the Netherlands in research and development of solar technology.
SolarNL focuses on three innovative solar technologies, each of which will be competitive in different markets:
SolarNL is carried out by a consortium of nine Dutch solar technology companies. In addition, TNO carries out a fundamental development program, and seven academic partners, led by NWO-Institute AMOLF, carry out a research program for future innovations. Four universities of applied sciences develop a human capital program to fill the 2,000 new jobs created with SolarNL. During the kick-off meeting today in the HyET Solar factory halls in Arnhem, the SolarNL collaboration was firmly consolidated and SolarNL partners presented the first results. Representatives of the Ministry of Economic Affairs and Climate Policy, the EU, and regional development organizations presented policy visions with which they support the national and European solar industry.
Photo: SolarNL partners and guests in the solar foil factory of HyET Solar in Arnhem.
Industry: Compoform, Energyra, Exasun, HyET Solar, IM Efficiency, Lightyear Layer, MCPV, Solarge, Taylor Research: TNO, NWO-Institute AMOLF, Universities of Amsterdam, Delft, Eindhoven, Groningen, Twente, Utrecht Human capital: Universities of Applied Sciences of Amsterdam, Hanze, Saxion, Zuyd
Financers: National Growth Fund that awarded a maximum subsidy of 312 million euro, InvestNL, and private finances.
Program officer SolarLab and SolarNL
NWO-Institute AMOLF is a national research laboratory funded by the Dutch Science Foundation NWO. The Light Management in New Photovoltaic Materials (LMPV) program at AMOLF is a PV research center in Amsterdam, the Netherlands. The LMPV program is carried out by five group leaders: Prof. Dr. Erik Garnett, Prof. Dr. Bruno Ehrler, Prof. Dr. Esther Alarcón Lladó, Dr. Wiebke Albrecht, and Prof. Dr. Albert Polman (program director). For more information see LMPV
The Zernike Institute for Advanced Materials at the university of Groningen focus on the investigation of functional materials for a large spectrum of applications. An important research topic of the Institute focus on Energy and covers investigation of new materials and phenomena for solar cells. The Zernike Energy program is carried out by: Prof. Dr. Maria A. Loi, Prof. Dr. Jan Anton Koster, Prof. Giuseppe Portaale, Dr. Loredana Portesescu, Dr. Graeme Blake, Dr, Remco Havenith and Prof. Pchenitchnikov. Professor M.A. Loi is the cooridinator of the Zernike Energy Program.
MM is the research Institute for Molecules and Materials at the Radboud University Nijmegen. The PV research of the institute focuses on the development of high-efficiency thin-film solar cells. The PV program is carried out by two group leaders. Prof. dr. Elias Vlieg. and dr. John Schermer. For more information, see https://
The Institute of Physics (Institute of Physics - IoP - University of Amsterdam (uva )) at the University of Amsterdam hosts research on PV materials such as perovskites, devices, and light management in PV materials. The research program is carried out by Prof. Dr. Peter Schall (Research Group Peter Schall - Institute of Physics, University of Amsterdam), and Dr. Jorik van de Groep (Van de Groep Lab - 2D Nanophotonics @ UvA).
SolarLab, a national collaboration of leading solar energy researchers, offers a unique opportunity for PhD candidates to immerse themselves in groundbreaking research aimed at making solar energy more efficient, sustainable, and seamlessly integrated into our daily lives. As part of this dynamic research environment, the new PhD students will join a team of over 40 researchers working across the Netherlands to tackle one of the most pressing challenges of our time: the climate crisis.
"Our research is focused on the design of new solar cells, advanced solar energy materials, and innovative integration methods," explained Prof. dr. Monica Morales-Masis, a principal investigator at SolarLab. "The results of these projects will not only contribute to fundamental renewable energy knowledge globally but will also be directly implemented in the solar energy industry here in the Netherlands."
As part of the SolarNL program, SolarLab aims to foster a thriving ecosystem for solar energy innovation. PhD candidates will work on research projects in collaboration with top universities, research institutes, and leading solar technology companies. These efforts align with SolarNL''s vision to accelerate the energy transition by developing an industry for high-efficiency solar cells, flexible solar foils, and customized solar panels tailored for a variety of applications.
"By joining SolarLab, you will be part of a large, collaborative community of researchers and industry experts working towards a common goal: developing new and impactful solar technologies to meet our climate goals," said Prof. dr. Bruno Ehler, principal investigator and program leader at SolarLab.
SolarLab''s research initiatives are a crucial part of the SolarNL program, which has received a substantial subsidy from the National Growth Fund and private investors. The program aims to build a robust Dutch solar energy manufacturing industry with a production volume of over 7 GWp/year, enough to meet the 2050 solar energy goals in The Netherlands. This initiative leverages the Netherlands'' extensive expertise in solar technology to produce a new generation of solar cells and panels, utilizing fully circular production processes that minimize CO2 emissions and integrate aesthetically into various environments.
The new PhD positions offer a unique opportunity to be at the forefront of innovation in solar technology. PhD students at SolarLab will be part of a large community of researchers who contribute to developing the next generation of solar cells. For example, they can develop more efficient tandem solar cells based on perovskite semiconductors, make solar cells more recyclable, or develop solar cells of any color for integration into building facades or cars. The research will not only support the creation of a new manufacturing industry for solar panels in the Netherlands and Europe but also advance global knowledge in renewable energy.
"We invite passionate individuals from diverse backgrounds to join us in solving the greatest challenge of our generation. Your contribution is vital," added Bruno. "If you are excited about making a real impact on the future of energy, we encourage you to apply."
SolarLab is the national network of the Dutch research groups at universities and institutes that work on Solar Photovoltaics. The mission of SolarLab is:
SolarLab is part of the national solar innovation program SolarNL. The SolarNL program capitalizes on the extensive knowledge that the Netherlands has to develop a new generation of solar cells and panels that will build a national solar industry and accelerates the energy transition.
The new solar products are made using fully circular production processes that generate limited CO2 emissions. The new solar energy systems can be invisibly integrated into the environment through aesthetic designs and have an energy conversion efficiency that is higher than existing technologies. To achieve this, high-quality research needs to be conducted into various aspects of solar panels and cells. For this purpose, we have divided the research within SolarLab into 3 themes:
We work on new design principles for solar cells and solar cell manufacturing. Read more
We work on novel materials, for example halide perovskites, that can lead to more efficient, more sustainable solar cells. Read more
We develop solar cells that can be seamlessly integrated into buildings, infrastructure and other surfaces, and more efficient solar cells to decrease the land use. Read more
Industry: Compoform, Energyra, HyET Solar, IM Efficiency, Kameleon Solar, Lightyear Layer, MCPV, Solarge, Solarix, Taylor Research and development: TNO, NWO-Instituut AMOLF, Universities of Amsterdam, Delft, Eindhoven, Groningen, Twente, Utrecht Human capital: Universities of Applied Science Amsterdam, Hanze, Saxion, Zuyd
Albert Polman, NWO-Instituut AMOLF, chairDick Heslinga, MCPVRoland Pechtold, HyET SolarGerard de Leede, SolargeJan Hoegee, TNO
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