The purpose of the Technology Collaboration Program for Ocean Energy Systems (OES) under the International Energy Agency (IEA) is to exchange information on Ocean Energy Activities in member countries
The project focuses on “Power-to-Heat and Heat Integrated Carnot Batteries for Zero Carbon (industrial) heat supply”, a critical area of investigation for advancing sustainable and resilient energy
The project covers Danish participation in the ExCo activities of the IEA Industrial Energy-related Technologies and System TCP. The activities from the Danish delegates will be concerned with work in
The purpose of the Danish participation in the IEA Technology Collaboration Programme on Heat Pumping Technologies is to promote and implement projects of interest to Denmark and the Danish business
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
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 purpose of the project is to ensure Danish participation in IEA DHC Annex TS6. The Annex is fo-cused on "Status Assessment, Ageing, Lifetime Prediction, and Asset Management of District Heating
The purpose of the project is to fully implement an off-grid renewable energy solution for Livø Island. A previous project has - based on e.g. the amount of local energy sources from agriculture and
The first aim of the project is to broaden the foundation of lighting control-strategies that lead to energy savings and satisfied users. The second aim is to address the field of lighting control
Our buildings are designed with both daylight and artificial light, but while daylight is an integrated part of the architect's artistic process, the artificial lighting is mostly left as a technical
Development of a compact, efficient and cheap direct contact heat exchangers with ice generation, to absorb heat in water vapor based refrigeration and heat pump systems, enables increased COP at
The projectanalyzes the possibility ofinteractionbetween the electricity anddistrict heating,whereheat pumps,withthe return waterisheat sourceused to supply thenew consumerswho jointhe
The project group will develop, manufacture and sell the worlds most simple and cost effective controller for easy implementation of dynamic lighting. The controller is aimed at the professional
CeramicSpeed develops and produces ceramic bearings, which have a much lower energy losses than conventional bearings. Energy loss is reduced by a combination of precision rollers and ceramic balls
Two Danish companies, along with DTU and the Danish Technological Institute, will develop a novel and patent-pending industrial dehumidifying technology. The new technology is based on desiccant
The project will examine how selected Smart Grid ready devices in the household can push for private consumer perceptions of energy consumption and their behavior too. The project is based on existing
The objective of the project is to develop simulation models, which should enable optimizing process and utilities parameters within production companies, thus:
The project is about valuing non energy benefits of energy-saving projects. For example, in the form of better comfort, increased productivity or better quality which often are neglected or
A cupboards typically use as much energy as a detached house. Groundbreaking new measurements show that heat and electricity consumption in laboratories with cupboards can be reduced, respectively 30%
Energy refurbishment of existing buildings combined with future energy- and indoor climate regulations in new build, creates challenges regarding indoor climate, total cost and low energy consumption