Development and application of cable joints with density gradients and adaptable joining force
Development of two layered cable joints, branches and junction boxes with insulating and conductive
hybriD stoRAGe combining high pOwer and eNergy densities
Research to produce and supply a system having two objectives: 1 prevention - to locate and identify an arcing point on powered networks - 2 location - to develop a highly integrated vehicle for fault location
To develop a new composite material based on the active element tin with final use as anode material for li-ion batteries. This represents a battery energy gain of 25% which will extend the use of electrical energy in portable applications.
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.
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.