Investigation of the potential for optimized and reduced energy consumption via improved installation, monitoring and continuous adjustment of heat pumps in Danish homes, using IoT enabled machine
Plastic production is an energy intensive process with a high heating and cooling demand. The project will convert direct electricity use to an integrated solution, where the supplied energy is
An intelligent adaptive control is being developed for heat pump-driven decentralized ventilation systems. This type of system is gaining ground on the basis of a sustainability criterion, as the
International lighting standards set important conditions when it comes to saving energy on
lighting. The project will incorporate greater attention to energy savings combined with lighting
quality in
The aim is to develop an electrified fast process for continuous heat treatment of solid foods using ohmic heating. The process is very energy efficient as the energy loss is only around 5%. In
In industry, despite previous efforts, there is still a large realizable potential for energy savings. With the project's developed IT software package, energy audit consultants and energy man-agers
The aim of this project in broad strokes, is to address the three major contributors to ICT Access energy consumption by producing products that will motivate Operators to make quicker transitions to
This project aims to enhance both the international visibility and the global application of Danish research on the transition to a sustainable energy future. It will help to keep the Danish wind
The aim of the UnitSun project is to develop the worlds most advanced prefabricated PV integrated façade system utilizing all the benefits of the prefabrication approach to the construction market for
Biogas production and upgrading to biomethane requires significant amounts of energy. At the same time substantial amounts of energy is lost through low-temperature waste heat streams. This project
The project is a step forward towards establishing digitalization in the building sector and enhancing the energy efficiency in buildings through the development and demonstration of a holistic
IEA Wind Task 44: Farm Flow Control is a unique platform to bring together the international re-search and development focusing on the control strategies to mitigate the wake effects within wind farms
The project aims at reducing the overall CO2 emissions related to heating of buildings, while maximising the indoor environmental quality for the occupants through a robust, scalable and easy-to
Dynamic and distributed ammonia plants can create new markets and demand whilst bolstering demand for existing products including turbines, ammonia plants and subsequently creating jobs for the Danish
The aim of the project is to establish an advanced, flexible and robust system for district heating (DH) grid measurements in DH pipe networks by installation in pits and other accessible locations
We see Citizen Energy Communities (CEC) and Renewable Energy Communities (REC) as instruments for connecting local citizens, smart buildings, and renewable energy sources intelligently to the local
The purpose of the present project is to support and boost the collaboration and knowledge sharing between the Danish and international wind energy research communities within the emerging field of