The consortium will improve the energy collectors and energy efficiency on the most weight and cost-efficient wave energy system currently in development. The EUDP project targets the primary CAPEX
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
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
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
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
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 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
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
Think if you could produce your own energy you need for your building. Heating, cooling, electricity, even for your car. Smart Home technology makes it possible to achieve this goal At the same time
High indoor temperatures in Spring and Summer, generally results in a poor indoor climate in both public/private buildings. Our project will visualize the possibility of using small renovation
Calculations have shown that using outdoor air cooling and thermal energy storage (PCM) in a two-pipe chilled beam system (developed in PSO-project 345-010) the energy demand for cooling can be
A one year measuring programme is carried out in order to document the simulated operation of a BIPVT-E pilot system (PVT-energy absorber, heat pump and battery etc.) under a realistic consumption
Common problems with larger ventilation systems include, for example, improper heat recovery, errors in air conditioning and heating, reduced fan efficiency and unnecessary pressure drop over filters
The energy key figures that are currently used in the vast majority of Danish industrial companies are so simple that they do not provide the opportunity to follow the energy consumption sufficiently
The use of IoT-based data acquisition in buildings will increase. The project will show the potential for using data for better building operation and optimized design of future buildings by using a
The energy system will soon be electric. 20% energy is used in industry. We will identify the potential for realization of an optimal approach for substitution of fossil fuels by 100% electricity. For