Think if you could produce your own energy you need for your building. Heating, cooling, electricity, even for your car. Smart Home technology makes it possible to achieve this goal At the same time
High indoor temperatures in Spring and Summer, generally results in a poor indoor climate in both public/private buildings. Our project will visualize the possibility of using small renovation
Calculations have shown that using outdoor air cooling and thermal energy storage (PCM) in a two-pipe chilled beam system (developed in PSO-project 345-010) the energy demand for cooling can be
A one year measuring programme is carried out in order to document the simulated operation of a BIPVT-E pilot system (PVT-energy absorber, heat pump and battery etc.) under a realistic consumption
Common problems with larger ventilation systems include, for example, improper heat recovery, errors in air conditioning and heating, reduced fan efficiency and unnecessary pressure drop over filters
The energy key figures that are currently used in the vast majority of Danish industrial companies are so simple that they do not provide the opportunity to follow the energy consumption sufficiently
The use of IoT-based data acquisition in buildings will increase. The project will show the potential for using data for better building operation and optimized design of future buildings by using a
The energy system will soon be electric. 20% energy is used in industry. We will identify the potential for realization of an optimal approach for substitution of fossil fuels by 100% electricity. For
The aim of the project is to develop an enhanced monitoring of walk-in chilled storages in the catering industry, which utilizes the potentials within energy savings, control of behavior, proactive
The project will demonstrate that using natural materials in exterior and interior facades e.g. eelgrass as insulation material and clear glass in the windows can achieve greater sustainability, lower
The purpose of the project is to implement, examine and optimize the combination of daylight and dynamic LED artificial light Lattitude Compensated Architectural Lighting (L-CAL) in a new building
There is a need for high temperature heat pumps in converting process heating to the el-based energy system of the future. Water vapor is an efficient and accepted working media for heat pumps above
The project challenges conventional renovation by combining ventilation, heat, and additional insulation into one facade element. An element that performs throughout the seasons and in different
In this project a new Danish-produced cost- and energy-effective IoT stabele fan series LPC-e is devel-oped. In addition, a dimensioning- and simulation-tool based on system optimization, is also
The project develops a compact decentralized ventilation solution for apartment buildings. The focus is on minimized pressure losses, a new automatic balancing, intelligent control and monitoring
The aim of the project is to explore the potential for Underground Thermal Energy Storage (UTES)
in Denmark, analyse existing UTES plants, extract lessons learned, characterize geological
conditions
The objective of the PERFORM project is to improve geothermal plant performance. The main goals are: (1) to move from insights of a single doublet to collective and comprehensive knowledge and (2) to
Geothermal energy is the only non-weather demand renewable energy source in existence. ZoDrEx’s objective is to develop and demonstrate technologies to grant access to this vast renewable resource
The project includes two annual meetings of the working group, where information and ideas are exchanged. BPSE will share the information form the work in IEA-Task 39 in relevant meeting in maritime
Propulsion of ships pollutes through emission of CO2 and harmful particles when operated by diesel engines. Electrification of ship propulsion is a way to introduce clean tech-solutions in the