There are considerable opportunities for increased efficiency in hydraulic systems that can be realized through demand-oriented control methods and use of energy efficient components. Experiences from
Studies predict many battery systems in buildings, especially in connection with PV systems. End users have difficulties choosing suitable battery systems based on the currently available data. This
The project "Automated energy services to SMEs" aims at developing methodologies for automatic analysis of energy consumption data among SMEs combined with data from ether data registers (m2, sector
Intelligent operation of laboratories with process cupboards (fume cupboards, LAF-cabinets) can reduce energy consumption for ventilation of already energy-optimized process cupboards significantly
The project focuses on strengthening the anchoring of ecodesign and energy labelling regulations at Danish manufacturers of sale refrigeration cabinets (with focus on ice cream freezers) and prep
The project will, through training in and testing of OLEDs (organic light-emitting diodes) prepare the ground for a development where the OLED can be a driver for energy savings from innovative design
The project seeks to optimize the interaction of cooling towers and the machines/processes being cooled by the cooling towers. Control algorithms for various combinations of cooling tower and machine
OP Vent2 is a study of the air and energy consumption during live knee and hip operations, regarding the bacteriologic conditions in operation rooms. In arder to minimize the risk af infections during
Stress relieving materials by exposing components and parts to vibrations instead of heat the instability in the material is minimized. This project will focus on analyzing and documenting the level
Paramagnetic nanoparticles are developed, that can work as an absorbent with a commercially used refrigerant, preferably CO2 if possible. It is expected that it can be controlled by a permanent magnet
COP is probably increased if liquid refrigerant is injected in the compression-phase, where it will absorb the gas during the compression. Furthermore the compression is cooled and has no super
The purpose of the project is to develop 10-15 highly inspiring scout's activities, focusing on energy, environment and climate. For scouts and guides in all ages, the activities will provide eye
The aim is to develop an energy-efficient hybrid evaporator system as an optimized combination of a flooded and DX system. The system is expected to reduce the power consumption with 10-30% and be
Extraction with constant air-exchange through stationary valves is typical in multi-storey buildings. Studies show 25% heat- and 50% electricity-savings through demand-controlled-extraction. The
Materials’ embodied energy now has the same order of magnitude as operational energy for low-energy buildings. The project creates user-friendly tools to assess embodied energy, so consultants and
The project will optimise an energy producing system (BIPVT-E) combining PV, solar thermal, energy absorber, heat pump and battery storage for dwellings. The developed control strategy for the system
Development and demonstration of hybrid system with stone flavor ground storage for schools and institutions. The storage, heated by surplus electricity and solar energy, improves operation conditions
The efficiency is documented for a new technology, which has shown the ability to reduce accumulation of grease in fume exhaust systems. For the Danish catering industry, this means an increase in
It is important to have more heat pumps in existing single family homes as a contribution to increased electrification and energy efficiency. The project provides an overview of challenges and
Public buildings in Denmark do not have cooling systems, which often leads to uncomfortable high indoor temperatures in spring and summertime. The project will demonstrate that cooling by adiabatic