The project develops "IoT-iBMS" - an IoT based solution for intelligent control and monitoring of HVAC installations in existing and new office buildings. The flexible IoT-based intelligent control
In this project, a new generation af air to water heat pump will be developed, using propane (R290) as refrigerant. The aim is to increase the energy efficiency with 5-10 %. The new produet will be in
Through optimization of machining processes, primarily turning and milling processes, this project aims at reducing industry's energy consumption. Modal analysis optimizes machining parameters for
Through a successful Elforsk project, we have demonstrated a reduction of energy consump-tion by up to 99% using VSR for normalization of materials instead of heat treatment (TSR). As pointed out by
The project will develop a new and temperature flexible heat pump (PVT Booster) incl. DHW tank, capable of producing both hot tap water and heat for room heating. The heat pump will be designed for
Through case studies, we show how concrete energy and indoor climate measurements (data) can give Xtra Small production companies an incentive to implement energy efficiency, converting to electricity
Small and medium sized enterprises (SMEs) find it complicated to get started with data-based energy management. In the project, a study is carried out on SMEs needs for energy management, and
The project addresses increasing demands for energy efficiency, comfort and safety in the
construction sector. The project develops and demonstrates an innovative software for automated
auditing and
The purpose of the project is to scale up and establish a demonstration project as well as the development of a generic model to promote knowledge within this area. This way, the ideal combination of
The FoulingCure system is a systematic high-speed rinsing system that is built into the exchanger (independent of make) and during operation prevents the impurities from growing on the heat exchanger
Development of processes and tools for sustainable operation of building automation. In proper operation of the technical systems in buildings, e.g. CTS / BMS and IoT, it is possible to reduce the
This project aims to demonstrate control of flexible electricity consumption in Navitas, an office building in Aarhus. The optimization is based on forecasts for electricity consumption, self
The project will expand on a proved concept for energy conservation in large kitchens, combining precise measuring with tailormade advice on behavior change, and develop this concept into a more
The current project is focused on designing, developing and demonstration of a small capacity (300 kg/day of fresh product) portable air-to-air heat pump drying system that is based on CO2 as
The aim of this project is to conduct a pre-study in order to assess the technical and economic feasibility of a 5th generation District Heating and Cooling (5GDHC) system in a new urban area located