The project objective is to provide a platform for international cooperation on industrial energy technologies to Danish companies and institutions - within the framework of the International Energy
SURE! - Nordic Built for Sustainable Retrofitting’ is an inter-Nordic project focused on optimizing energy usage and strengthening sustainable lifestyles for residents in areas that need retrofitting
The project is a Danish technology initiative that in a new holistic way will develop a retrofitting model for significant reductions in fuel-oil consumption in existing large container vessels.
New research project sets out to create better and more energy-efficient heat exchangers by developping new ultra-thin coatings (<1 micron), comprising antifoulingpolymerer to ensure both high stability and efficient heat transfer.
The vision is to avoid loss of energy by monitoring technical installations in an easy, cheap and flexible way. The novelty is that you simply glue sensors onto cables and pipes to monitor devices. It
The idea is to develop a method that makes Be10 a tool that can be used to identify energy offenders i low-energy building and contribute to securering that low-energy building actual performes as low
The project aim is to create the conditions to achieve energy savings of almost 286 GWh per year equalling around 50 % of the total energy consumption off drying-out Danish building sites.
In cooperation with a supplier of energy plants we are going to examine in practice, a combination of a heat pump and a condensing gas-fired boiler in a boiler room that provides central-heating to a
The project aim is to determine requirements and preconditions for a two-pipe chilled beam system for cooling and heating that also can procure a thermally indoor climate at the same level as with a
The project develops a simple, low-cost, installation and service friendly energy efficient air heating system that covers the need for ventilation, heating and hot utility water by combining
The project develops an overall avanced strategy for electricity and heat saving for regulating hybride ventilation systems with night cooling function and cooling system with involvment of a MPC
The project aim is to develop a new system solution for naturally cooling and ventilation of office buildings. The solution has potential to eliminate the electricity need for airtransportation and
The purpose is to develop an efficient passive cooling solution for LED products based on innovative ideas, additive manufacture and exsisting research and experiences.
The main purpose of the project is to develop a new avanced camera-based lighting control for regulation of artificial lighting compared with day light, the presence and light contradistinction