Phosens's aim is to develop a novel fiber optic sensor system to enable the hv switching devices be sensorized and the functionalities for the hv installations will be improved, attending the switchgear monitoring and the integration of the system within the iec 61850 communication protocol.
Battery less, cordless and wireless sensor system through thermal harvesting. Fields of application of this product; industrial plant safety, monitoring and control for battery-less non-power wireless sensor, iot devices, wearable devices, smart farm, building and home automation, etc.
Project consortium will develop, deploy and validate predictive energy management system for commercial buildings with natural gas and solar energy supply by integrating the technolgical capabilities of the 3 partners in order to build a new solution to reduce energy cost and carbon footprint
Improve product competitiveness by integrating advanced technologies belonging to two companies, including silicon carbide power device applications.
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.
To design a new and more reliable range of wind turbine gearboxes with a high torque transfer through the use of journal bearings technology, manufacturing a prototype and validating in order to be used in high-powered and/or great rotor-diameter wind turbines.
Development of advanced cooling systems to deliver low temperature hydrogen during fueling of fuel cell electric vehicles, with the aim of reducing station footprints, power requirements, and supporting hydrogen station network deployment by offering lower capital cost back-up solutions.
Research and development project aims at developing a platform for pricing of ev charging and management of charging stations, facilitating energy sharing. System targets the needs of electric utilities and managers of big or small parking lots (as buyers and providers of ev charging).
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.
Research, design, and develop an advanced liquid cooled thermal management system for the corvus orca energy storage system (ess) that meets the needs of current and new marine applications. The improved thermal management will support ess adoption in strategic and emerging maritime markets.