The aim of this project is to develop and demonstrate a voltage regulation system that will increase the capacity of distribution networks to host more distributed generation and postpone the
The objective is to continue Danish management of IEA SHC Task 57 ”Solar Standards and Certification” until the end of the task period. This task supports international co-operation on improvement and
The aim of the project is - through exchange of international knowledge - to develop and promote solar district heating plants. Denmark is in front in this field and the project gives good
Biocat 3 brings to commercial maturity a disruptive technology for robust, scalable, replicable and cost-efficient energy storage by storing the excess of renewable electricity in the gas grid.
The ever decreasing cost of PV and battery technology enhances the competitiveness of both technologies in the future renewable energy based system. The adoption of such system has been so rapid that
The project has generally the aim to support Denmark's participation in the "IEA Wind Energy R & D Implementing Agreement" in 2018 through participation as Alternate member in the Agreement Steering
The general purpose of this project is to design, develop and optimize a system for converting biogas (CH4, CO2) and hydrogen into a syngas (CO, H2) in one innovative step (bio-reforming) by combining
The massive growth of offshore wing power will lead to large scale wake effects between the offshore wind farms, which affects both the energy production and the fluctuations in the wind power
The project will design and test innovative blade tips for wind turbines which can increase the existing rotor size, producing up to 8% more energy per year, while regulating loads in a smart way.
Every wind farm project requires accurate resource assessments to evaluate the energy yield and profitability, but for projects in hilly, mountainous or forested areas the measurement campaigns can be
Small cracks in wind turbine bearings are responsible for some of the most expensive wind turbine failures. Today, there are no certain methods of preventing the cracks, but a new project led by DTU
A new project will develop cheap battery systems that, by integration with wind turbines and solar cells, will increase the stability of the electricity grid and facilitate a higher share of
Renewable energy to be stored in floating flywheels. Better magnets can help store renewable energy from solar cells and wind turbines in magnetic flywheels. The new technology for energy storage
The MultiCon project aims to foster a paradigm shift in wind energy by developing disruptive storage solutions based on a novel Power Management System which allows monitoring and control of batteries
To bring the technology readiness level from 6 to 8 by implementing preventive maintenance on BOP components, optimizing control systems, incorporate a final steam clean up, introduce a more cost
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