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 purpose is to ensure a successful development of Hirtshals Port through intelligent use of data to control the overall energy system. Data will be measured and stored in a local data hub
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
Increased digitalisation is key to combatting climate change, with potentially 10-60% reductions of energy consumption and CO2 emissions. The challenge to harvesting these benefits is the
DanQ is the first large-scale Danish effort aimed at building an integrated quantum computing eco-system pursuing commercially and societally relevant applications within the Danish green
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
The global shift of energy paradigm to carbon-free technologies has significantly increased the penetration of grid-tied power electronics. Power electronic systems are a key enabler in the
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 project aims at utilising existing gas-fired CHP plants for balancing and peak-load services to the power markets. These types of plants most probably represent a much higher potential than
The project will develop a technology that enables the production of synthetic natural gas by using biogas and wind power. In this way the technology will create a connection between the electricity
XEL2Gas develops long-term storage of excess renewable electricity by a biorefinery concept integrated with excess CO2 production. The concept involves biological conversion of hydrogen and carbon
The objective of the project is to develop a new concept for upgrading biogas to natural gas by an electrochemical methanisation of the CO2 contained in the gas. The proposed concept is expected
Improved active network management and automation is necessary for future distribution grids. This project develops robust and cost-effective solutions to enhance the observability, controllability
The project aims to develop a PV lab that can be used for the purpose of testing, research and education so the latest technologies and regulations on PV integration are brought together with the
This project addresses the security of future renewable power systems by further developing and integrating real time assessment methods into a state-of-the art hardware platform. This will
This project intends to develop a new algorithm that reduces the load shedding during emergency shutdowns, reducing the number of people and businesses disconnected from the grid.
The project’s