Hybtex project is focused on the manufacturing of high performance composite materials based on the hybridization of technical yarns, thus combining thermoplastic and high performance fibres. Filament winding and compression moulding techniques will be used for composites manufacturing
Development of market ready cloud-based software platform and commissioning service for energy efficiency integrated demand response (dr) management including behavioral and automated demand response and automated measurement and verification (m&v) tool for dr in wholesale and retail market.
The scope of this project is to develop a software tool for the measurement and verification of the energy savings as a support of energy performance contracting. This tool will be based and done under the international performance measurement and verification protocol (ipmvp)
The project is for the development of technology for powering and locating iot devices with passive uhf rfid using the combined expertise between both companies to allow for wireless power transfer to integrated rfid sensors at distances up to 10 meters or more.
A platform for improving mobile user experience using cloud and iot connected smartphones with contextualization and big data analysis. Taking into account the user experience and user provided data and including high precision indoor localisation and guidance in heterogeneous radio environment.
The aim of this project is the technical development of a seamless it solution that unlocks the hidden flexibility capacity of commercial and industrial consumers willing to participate in demand response programs used by grid operators for system balancing and congestion management purposes.
The use of drugs for the treatment of respiratory diseases complicate the management in the extensive production of merino lambs. Natural components from algae and plants can be used for the production of lambs without drugs. this project studies the effect of natural additives on lamb quality.
Design and development of new winemaking protocols for new aromatic profiles obtention. Different types of wood oak will be used in various stages of winemaking process, as alcoholic, malolactic or post-malolactic fermentation. This technique will be combined with micro-oxygenation.
The main objective of the project will be to develop new exterior grade hpl boards with natural wood on the surface by means of new developed resins with a significant reduces, at least 70%, in the quantity of free formaldehyde.