New Hybrid Autonomous Power Supply system for the energy independence of isolated off-grid sites
Validation and qualification of wind turbine blade Pitch high-precision measurement and Calibration
hybriD stoRAGe combining high pOwer and eNergy densities
To define and develop an innovative embedded light with led technologies satisfying the regulation and the various constraints applying to airport lighting equipment.
To develop a methodology for engineering safe pump-turbines meeting the challenging requirements of the hydropower market. Discovery experiments will be conducted with the hydrodyna pump-turbine model, and a computing methodology will be developed and validated with experiments.
The aim of this project is to develop an effective european industry to isolate winding wires with an innovative solvent-free and technico-economical competitive process. The properties of the winding wires will be directly assessed by evaluating the performance of a derived motor.
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.
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.