The project purpose is to ensure a successful development of Hirtshals Port through intelligent use of data to control the overall energy system. Data will be measured and stored in a local data hub
Denmark’s ambitious goals to decarbonize require electrification of the transport sector, which is unfolding at a fast pace. e2flex will investigate how EV owner preferences influence charging
The project “MLEEP” aims to optimize industrial processes by integrating state-of-the-art machine learning algorithms at 5 Danish industrial companies to quantify and communicate the barriers and
Development and testing of a highly efficient and competitive heat pump for energy-efficient houses. The aim of the project is to develop a heat pump with a SCOP of 6.0 for floor heating (according to
Optimization of energy consumption in LED street lighting is more than LED chips with higher efficiency and intelligent management. There is a potential in optimizing and reducing the energy
ProfoundEnergyrenovation of aproperty where theowner and the tenantis not the samedecision maker,havedifficultconditionsandwiththe necessary investmentsoftenlies withthe ownerwhile
Housing listed as Building Class 2020 sets strict requirements for the ventilation system, as the building envelope becomes significantly tighter, and due to specific requirements for the thermal
The project is based on a new idea enabling the use of plastic in an expansion engine to utilise the expansion energy in refrigeration plants. 10-20% of the consumed energy in refrigeration can be
Freeze concentration is an energy efficient and careful alternative to evaporation which consume 6 % of the total energy consumption in the Danish industry. It is more efficient than the best
BeREAL is a software application – an ad-on to Be10. It can explain the differences between estimated energy use and operational energy use in a given building. Is the performance gap caused by
Principal development and functional analysis of a new concept called a semi-2-stage heat pump intended to be able to efficiently produce hot water at high temperatures at 110 °C and at a temperature
Occupant behaviour in connection with renovation of residential buildings can affect energy consumption more than the nature and extent of energy saving measures in themselves. The project will focus
The project aims to realize a number of solar-powered OLED concepts for the urban environment and develop the necessary controller technology to do so. The project will seek to bring two products to
This project examines the possibility for optimizing hot-gas defrost in industrial refrigeration systems. The focus is on optimizing the design of the system and also adding a compressor for
There are considerable and not yet identified efficiency opportunities in compressed air systems, which can be identified through a demand driven approach supported by much more extensive measuring of
The aim of the project is to develop guidelines for optimising energy savings, economy and CO2-reduction in connection with energy upgrading to low energy level based on two apartment buildings
A membrane based enthalpy recovery unit may contribute to a reduction of 10-20 % of the energy demand for ventilation in comparison to conventional ventilation systems. However, practical problems
The aim of the project is to demonstrate the potential for reducing energy demand for ventilation in governmental institutions. The project will develop, test and analyze control principles for a
The project will recommend on alternative cooling options with low energy consumption and improved termal indoor inviroment. The output will be technology overview, design strategies, application
Adaptive lighting control integrates user scenarios, daylight variations and architectural qualities in the design of light and controlsystems. The project develops adaptive lighting technology, light