To be able to predict when solar panels will fail, insight into the failure mechanism is essential. This knowledge is used to improve the quality and longevity. Scientists at TNO Energy Transition and Solliance Solar Research have developed a technique to find out why solar...
Thin-film photovoltaic CIGS technology has seen considerable growth of manufacturing capacity in recent years. The environmental impact, especially the CO2 footprint of CIGS thin-film panels shows great advantages compared to other solar technologies. CIGS panels show good performance in diffuse light conditions and at high...
After publishing the announcment of 23% efficiency of flexible tandem cells, Director of Solliance Ronn Andriessen was interviewed by BNR Wetenschap Vandaag. This reulsted in a clear item on the relevance of thin-film solar technology in the contect of the energy transition and Building integrated...
Just 9 months after the presentation of the first record breaking flexible solar cell, USA based MiaSolé Hi-Tech Corp and European Solliance Solar Research established a new world record power conversion efficiency of 23% on a flexible solar cell. The solar cell combines two thin-film...
The coming months we want to take you around in our lab. We want to tell you what we are doing and what we are making. In a series of articles, Solliance Stories, we will show you what are daily work is at Solliance Solar...
Last week a new White Paper on the current state of copper-indium-gallium-selenide technology (CIGS)was released describing the huge potential in CIGS for both climate and business. The document has been prepared with input from manufacturing industry, equipment suppliers, R&D institutes and industry associations. Solliance Solar...
Scientists at Solliance, in collaboration with MiaSole Hi-Tech Corp., fabricated a flexible solar cell with a record breaking power conversion efficiency of 21.5%. The solar cell combines two thin-film solar cell technologies into a 4 terminal tandem solar cell stack: a top flexible semi-transparent perovskite...
The University of Twente and Solliance Solar Research have started a long term collaboration, which focusses on the integration of thin film solar technology in building materials and flexible applications, and on further development and analyses of perovskite based solar cells. The University of Twente...
At the end of 2016, Solliance started a project to develop a stable, reproducible and industrial up scale able process to manufacture CuInGa(Se,S)2 devices using electrochemical deposition, with a cell conversion efficiency above 15%. A record cell with an efficiency of 15.6% was produced only 6...
Eternal Sun recently sold the combined climate and solar simulator to a renowned research institute and to a top 10 module manufacturer. The start-up company based in The Hague (NL) is taking of with the testing machine developed by Solliance. ‘We really developed this device...
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