An intensified focus on construction's embodied climate impacts has made Danish participation in IEA EBC Annex 72 particularly relevant. With this application, funding is sought to strengthen Danish
This project aims to improve the energy efficiency of newly built and existing medium and large
sized commercial and public buildings by delivering a cost-effective IoT-enabled and Cloud-based
system
The objective of this project is to develop a Diagnostics Tool for Automatic, Smart, and Cost-effective Data Validation, Fault and Anomaly Prediction, Detection, and Diagnosis in the District Heating
Development of a super-efficient and price competitive, dedicated CO2 heat pump with air as heat source. It will be a factory built and mass-produced plug and play solution. The heat pump will use
To develop, design, calculate system integration and business cases for pit thermal storages fitting into all kind of district heating and cooling systems
We will participate in the final part of the work with task 3 under annex XV. Task 3 covers advanced methods, operation and risk aspects as well as innovative solutions for excess heat recovery.
The
Blue Atlas Robotics is developing an underwater robot that autonomously images large underwater structures, including ships and harbor quay walls, to radically improve the quantity, quality, and
The purpose of the power buoy development program is to support the green transition of the global maritime industry by eliminating and removing CO2 pollution and particle emission caused by the
LED iBond aims to develop and demonstrate a new generation of the Tracy Panel, in which the lighting structure serves as conductor for the electricity for the LEDs but also as IoT infrastructure.
Directions will be prepared to assist architects and engineers in choosing the optimum combination of window pane and solar shading. The directions will be available for new buildings design and
The project aims to identify the impact of the most recent change in the Danish vehicle registration tax on the sale and use of cars. This will be done through qualitative interviews with key players
This project has created a basis for changing DS 418: Calculations of heat loss in buildings. This makes it easier to implement low-energy solutions in buildings. Methods are more comprehensive, but
The project aims to analyze the interaction between the electricity/CHP industry and the transport industry in a situation of increased use of electric cars and plug-in hybrid cars. The project
The project involves technical support activities in an international competition between inter-disciplinary teams. The competition aims to select the team to design a low-energy (Bolig+) development
The EU project BRITA-in-PuBs involves the renovation of Prøvehallen at the old porcelain manufactory in Valby with insulation of building envelope, new low-energy windows, hybrid ventilation and PV
The project aims to develop a 260-400 V Battery Management System (BMS) to operate large Li-ion nano-batteries in cars weighing up to six tons. Subsequently, the BMS will be tested in 10 prototype
The aim of this project was to show how a new urban area in the municipality of Høje Taastrup called Gammelsø can become carbon-neutral, including showing how district heating can be a central element
The project aims to facilitate the design of passive houses in Denmark by adapting the German passive house design tool, PHPP, for use by Danish users of Be06. The project is undertaken in parallel
This project has developed a system of clusters of refrigerated cabinets run by solar energy. A flexible concept has been developed so that photovoltaics and a combined battery and ice storage ensure