Electronic power circuit capable of operating both as a converter for the activation of the motor, and as a single-phase charger.
Clean and Sustainable Transportation Shaping the Future
Everyday we rely on transportation to move goods and people. The impact this is having on our planet is palpable. Solutions have been sought in order to mitigate the effects of the transportation sector on climate change. Technologies such as better fuel management, green fuels and new electric/hybrid vehicles/aircrafts are in the pipeline as we speak.
System that heats the batteries on board an electric vehicle exploiting the modulation of the efficiency of the power converters, already present on board.
In-wheel electric motor and a magnetorheological brake, for an integrated driving system with zero emissions, both in traction and braking.
System that allows an innovative correction of the beam alignment used in wireless communications (mmwave).
Reduce a vehicle's drag through connecting a tunnel in the rear of the car to amplifying the effect of the passive flow control.
Semi-integrated on-board battery charger for electric vehicles with a six-phase electric motor powered by two three-phase inverters.
Algorithm and electronic devices that give a hybrid / electric vehicle the ability to learn and predict the driver's habits.
Invention which allows to solve some of the traditional gearbox's problems, such as wearing, maintenance costs, lubrication and engagement noise.
Innovative driving system that projects vehicle information and elements of augmented reality to improve the driving experience.
Device which aims at reducing the fuel consumption and tailpipe emissions of HEVs by implementing a real-time energy management system.
Solution which enables the integration of cylindrical lithium batteries allowing the producrion of battery packs consisting of a large number of cells.
Technology which allows a single driver in the head vehicle to automatically control the convoy of vehicles connected.
Definition of performance indicators and methodologies to manage transport by electric vehicles, based on information from modern devices.
Method which allows to calculate the actual vehicle mass and its distribution among wheels in real-time while the vehicle is running.
System that allows to adopt a relatively low air-fuel ratio, achieving high power density along with reduced pollutant emissions.
Light hybrid-electric aircraft, equipped with structural batteries; can be used in pure electric mode during take-off and landing phases.
System for sharing rechargeable battery packs through appropriate recharging stations that recharge the battery packs and allow the battery sharing.
Integrated system composed of all powertrain components required to transform an internal combustion vehicle into an electric vehicle.
Landing gear for vertical take-off electrical drones that does not require human intervention for recharging or to replace the discharged battery.
Device for measuring and control the quantity of fuel that is actually injected in the combustion chamber.
Calculation of the pressure to make the tires work correctly and to obtain, in all conditions, an optimal vehicle response during cornering.
Ultra-thin capacitors manufactured with techniques for multi-layer printed circuits, targeted for high frequencies and high voltages applications