To bring and implement inkjet digital printing for front side metallisation, produce a fully working solar cell with a newly developed inkjet printed nano silver based ink, increased efficiency and reduced manufacturing cost.
To develop revolutionary new generation of wind turbines with use of advanced technology of chlorosulfonated polyethylene based inflatable components. Such turbines will be mobile, very cheap, could be transported in extremely small packs, energy efficient and have huge global market potential.
Airec ab will design, manufacture and integrate a compact gas-to-liquid heat exchanger to drive a 20kwe orc unit commercialized by orcan energy gmbh. The heat exchanger must be able to handle exhaust gases from ic engines running on biogas. Field tests are critical to achieve success in the project.
Sun-flo-w-er-s project will develop a zn-br redox flow battery optimised by their use with a wind turbine, a pv installation and a microgrid integration for residential use. It will solve the increase of capacity level and reduce the electricity cost compare to other conventional batteries
This project involves the evaluation of a new generation of x-ray fluorescence (xrf) detector with further design improvement to be incorporated into minesenses tehnologies high speed xrf (hsxrf) sensor technology
To develop automotive aem fc stack technology by targeting bi-polar plate, alkaline-proof sealing, membrane electrode assembly, and stack design in order to increase performance, improve the unique water management of aem fc, and move the technology forward to market.
Within the project a new solar cell simulator for bifacial solar cells will be developed, the bifacial solar modules will be characterized under various installation conditions and finally a simulation tool will be developed to predict the energy yield of modules based on the laboratory test data.
Project e+ aurora-the light from invisible source is about development of high quality innovative lighting fixtures with led light sources that resolve the problem of direct light by using unique optical solutions, while eliminating glare, improving colour rendering and reducing energy consumption.
The use of solid biomass in small plants is often carried out with low efficiency and high pollutant emissions. In order to improve the performance a universal retrofit solution is developed which increases the efficiency and reduces simultaneously the particulate and gaseous emissions.
Custombc applies a completely novel approach to managing batteries through customisation and optimisation of the charging profile using real-time and historical battery parameters. This approach has a great potential to significantly increase the effective lifetime of batteries.