HydroThermal Liquefaction (HTL) has proven itself as the most resource-, energy- and cost efficient technology pathway for conversion to liquid fuels of a wide range of sustainable feedstocks
The aim of this project is to develop and test critical parameters for a technology that enables storing energy in water according to the well-known principle of Pumped Hydro Storage (PHS) – but in an
Biowaste2Gas’ laboratory scale model is upscaled to a pilot plant. Following the initial testing, the plant is moved to demo-site for lifetime testing. In parallel, AU documents the potential in
To support the development and dissemination of harmonized testing methods for state-of-the-art smart grid and energy systems integration solutions, that are based on algorithms, electronics and
Smart Grid is central to the green transition in the field of energy. With Smart Grid, we can control electricity consumption so that we ensure that - even with the future increasing share of
The project is on rechargeable batteries for large scale energy storage, where a solution of vanadium is used to hold the energy. A danish produced stack (battery assembly) will be developed, and a
The purpose of the FUSE project is to develop and demonstrate an urban electric vehicle charging infrastructure which will both satisfy the heterogeneous charging demand from the cities inhabitant
The purpose of the project is to optimise a full-scale design of the GridScale storage technology achieving cost-effective large-scale power to power storage, covering both the 8-18 h duration
ACTION aims to develop, implement, demonstrate and commercialize highly efficient and cost-effective active front-end converters that will be used at the grid interface of various electrical motor
The project will develop, test and optimize hybrid energy storage systems. Three storage technol-ogies will be characterized in the laboratory. The performance of each technology will be used to
Demonstrating that the effect of using pre-treated low valuable biomasses is an improved capacity of any given biogas plant by demonstrating that the pre-treatment provides the same amount of
InjectMe develops a biological Power-to-Methane technology that uses electricity and CO2 from biogas to produce biomethane (electrofuel). The aim of InjectMe is to develop a cost-efficient system for
The aim of the project is to develop ensiling as a method for pretreatment of straw which allows use in biogas plants and ensures a higher biogas yield. Wet or moist straw is treated with ’ensiling