Demonstration and optimization of a semi-scale, single-feedstock biogas plant capable of converting briquetted wheat straw to biogas with a total energy efficiency of 95%.
The UltraHighEfficiency-HPC project develops and demonstrates a new DC-DC power converter concept for high power charging within electro mobility. With an outstanding ultra-high energy efficiency of
PHESS aims to finalize the development of MacroCaps' patented supercapacitor, establish a number of modular cable-free 1 MW modular rack systems, and conduct tests under real operating conditions
To develop a new paradigm in traffic control that can help minimize energy lost in intersections, taking into account more available data about the traffic and energy use.
Annex 89 aims to contribute to local, national and global efforts to accelerate and scale-up the transition of the building and real estate sector towards net-zero whole-life carbon (NetZ-WLC)
The purpose of the project is to enable a new highly scalable digital-based expert tool for condition-based maintenance on HVAC (Heating, Ventilation and AirCondition) and drive-line system on battery
ECA Engineering will contribute with a pilot plant for the desalination part and with process simulations for the entire value chain in order to quantify the environmental benefits that can be
LoCoMoSa aims to develop a cost-effective molten salt thermal energy storage system to supply process heat at 120-450° C. The main expected results are a medium voltage electrical heater with reduced
The KurvedCores project are improving the current core material elements which are a main element in the construction of modern wind turbine blades. The improvement of core material and its fully
The aim of the project is to develop a new membrane-based nanobubble technology for aeration of wastewater treatment plants. We want to develop the first Danish-produced nanobubble technology, which
The project aims to develop the first Danish-designed ultra-efficient solar-powered lamps that can be used globally. These lamps will be DarkSky compliant and will be based on a Danish-developed
Asphalt is mainly composed of rocks and a binder. Currently a fossil fuel-based product, bitumen, is used as binder. The purpose of this project (LOOPER) is to further develop and test a new bio-based
The purpose of this project is to develop an end-to-end platform for acquiring real-time grid data and applying AI and Machine Learning algorithms with a systemwide perspective, that controls motor
By engaging the entire value chain in this consortium, and creating a solution that appeals to building owners, administrators, and tenants, we will produce significant savings in terms of energy
This project aims to identify and evaluating best-practice guidelines for energy-efficient operation of industrial processes the by developing an IoT-enabled edge-computing infrastructure with en-ergy
The aim is reducing electricity consumption for telesites by 15% and reduce costs by a further 2% through peak shaving with local battery storage and renewable energy integration, making sites an
The project develops a new ventilation and cooling principle for typical offices. Rather than lowering the temperature in rooms with energy intensive air conditioning systems, cooling and a good
The purpose of the project is to develop and test a software tool that enables the user to perform a detailed energy mapping in a matter of a couple of days in comparison to the current time frame of