The main objective of Renewable FlowStorage (RFS) project is to develop vanadium redox flow battery (VRFB) for storing electricity for domestic residentials with PVs.
The aim for this project is to develop and demonstrate that by utilizing the right combination of state-of-the-art technologies it is possible to achieve near self-sufficiency on an annual basis
The project will develop and design an aesthetic energy producing cover for roof ventilation units. The PVcover is constructed of modules so they fit most ventilation units and can be integrated as
The purpose of the project is to develop technical, solid, aesthetical, and architectonically qualified solutions for integration of solar cells in roofs and facades made of flat brick tiles. The
Solar Combined Heat Power "Solar CHP" systems shall be fully intergrated in large Commercial buildings as an energy efficient and economically attractive replacement for fossil fuels.The project shall
The aim of this project is to develop and test a new concept for thermal solar collectors in a solar district heating plant and verify the benefits of the new type of solar collectors.
The proposed project is realised based on previous EUDP- BIPV RTD woek aiming at futher cost reductions of BIPV and PV mounting solutions together with a completely new BIPV product, which can be
The project will demonstrate and document to what extent an underground, closed loop piping system connected to an underground rainwater harvesting unit is more effective than a traditional ground
The plant Solar Power plant is installed with the purpose to supply Broenderslev Citicens with district heat at a lower cost than the present natural gas fired generatorsets/boilers, and to reduce CO2
The project aims to explore the possibilities to store and retrieve heat from relevant geological formations in Denmark to be used at larger and smaller district heating plants etc. when needed
in the project performance of the pit heat storage in Gram will be followed. The monitoring results and experiences from operation of the storage until 2018 will be analyzed and published.
Work on "Intergrated Solar Envelope Systems for HAC and Lighting" is both the aim of the IEA-SHC project, several on going Nordic Built and EUDP projects, so the synergy is strong.
The company SolarVenti has patented an improved version of the well known air collector. Using a moisture-absorbing substance, the dehumidifying effect is enhanced and the device to be controlled by
The project aim is to establish proof-of-concept and proof-of-business for black silicon solar panels for building integration based on leading Danish technology within the field.
The objective is to develop and demonstrate a new generation of low energy housing that fulfills the coming 2020 regulations with Near Zero Energy Consumption, and where solutions are presented to
Proof of concept development of material for post-insulation of existing buildings with
• 5-10 times better lambda value
• Insulation 1 cm thin so your don't need to modify existing window frames
The project aims to promote the commercialization of plastic solar cells. The goal is to develop an ink for producing the solar cell of the central portion, which absorbs the sun's energy.