This project will strengthen the Danish participation in the IEA PVPS task 15: Enabling Framework for the Acceleration of BIPV & Fase 2, 2020-2023, where DTU Fotonik wants to participate in the
The aim of the project is to develop and demonstrate an interlayer foil based on structural colors for making an efficient, cost effective and angle independent way of coloring PV panels for building
The project aims to develop and demonstrate a novel type of prefabricated standard building elements called “iTB” or “integrated Triple energy Building elements” for the building industry. These iTB
The project will define the market status, core technical issues for development, and the train-ings/standards needs for cost-effective and reliable solar water heater technologies (mostly PV solar
The project will expand the Danish participation in IEA PVPS Task 13 with the purpose of informing about the potential and challenges concerning new photovoltaic concepts, including floating PV and
The objective of the project is to ensure that Danish research institutions and companies active in the development, installation, and operation of PV systems, are informed on the technical and
High brightness supercontinuum and tunable UV lasers have a wide range of applications in scientific and industrial markets including solar cell and semiconductor manufacturing, microscopy
As a response to the ongoing environmental and energy crises, Photovoltaics (solar panels) are increasingly being installed on farmland in Denmark and Europe. This development has taken place
The overall strategic objective of PV-ERA-NET is to strengthen Europe's position in photovoltaic (PV) technology by improving the co-operation and co-ordination of PV RTD programming efforts across
The objective of the project has been to achieve a 10% better price performance for ARCON's HT-SA solar collector and to demonstrate the solar collector and measure the production result.
The overall goal with the participation in IEA PVPS is to maintain and build upon the knowledge transfer to Denmark via the participation in the IEA PVPS work.
The aim of the project is to develop and to demonstrate integrated PV options for standard single-family houses with a high degree of industrialized production. This implies the development of an
The project developed a PV cell roof based on a modified industrial installation system for commercial nurseries. Components are non-framed PV cell modules with several novel features, including front
A three-dimensional chemical mapping of active plastic PV cell layers has generated new knowledge of degradation causes for PV cells. Based on the mapping, more stable PV cells were made, which in
The project will continue developing a computer model capable of predicting defect concentrations and distributions as a function of parameters during the float-zone process that produces silicon for