NEMO seeks to develop a simulation and optimization tool suite on the impact of a large volume of electric vehicles (EV) on the power grid, based on existing tools of three of the project partners
NEMO seeks to develop a simulation and optimization tool suite on the impact of a large volume of electric vehicles (EV) on the power grid, based on existing tools of three of the project partners
NEMO seeks to develop a simulation and optimization tool suite on the impact of a large volume of electric vehicles (EV) on the power grid, based on existing tools of three of the project partners
SELECT examines the actual state and expected development of EV in commercial transport in different European countries and will derive recommendations addressing the broad range of stakeholders
SELECT examines the actual state and expected development of EV in commercial transport in different European countries and will derive recommendations addressing the broad range of stakeholders
The development of new, highly efficient and compact catalysts for diesel vehicles will ensure an improved air quality and create jobs within this, the world’s fastest growing catalyst market.
The objective is to increase the offshore oil & gas production efficiency and ensure a better utilization of the oil recovered at sea by employing the advanced plant-wide control methodology.
It is risky to develop deep oil and gas reservoirs at extreme temperatures and pressures in the Danish North Sea. We try to reduce the technical risks to unlock those abundant energy resources.
Micro fuel cells for hearing aids will be lifted from demonstration to pilot production through optimization and scaling up of critical manufacturing processes and focus on integration in hearing aids
The goal of 50 % renewable energy in our energy mix will change the electricity market completely. The 5s-project explores and develops new concepts for the market to handle fluctuating production and
Silicon is today the most used photovoltaic material for solar cells, yet they are complicated and expensive to make. Different composition and micro structures for thin film solar cells made from the
Eco-friendly production of plastic solar cells in Denmark. Plastic solar cells are almost capable of competing with commercial solar cells. The processing method has environmental consequences in
The research concerns reduction of the CO2 emission in the energy sector by using ceramic membranes in preparation of pure oxygen. The membranes make biomass conversion more efficient and reduce the
Diodes as a replacement of incandescent lamps. The project will increase the light intensity in diodes by making progress within nanophotonics. Besides they will develop a low-cost method to fabricate
The vision is to be able to develop sustainable types of cement which can be produced at lower temperatures, and thereby reduce the need for fossil fuel which the environment in the end will benefit
The scientists want to double the energy yield and the CO2-mitigation per unit land area by optimising the conversion from solar energy into biomass and the utilisation of biomass for biofuel, power
The project concerns development of new enzymes for decomposition of biomass as a way of optimising the production of bioethanol. This implies an analysis of the properties and limitations of the
Research in reutilisation of waste and development of tools for assessment of quality and environmental consequences of recovery of resources in waste. The project provides an essential platform for