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Charging Solutions
Welcome to the EV Charging Knowledge Hub
Here you can find even more information about EV Charging and Vincotech solutions.
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Mobility is going electric. With automakers rolling out more and more models, all these e-vehicles will need EV chargers with power density, overall system efficiency and fast battery charging time capability.
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Videos
Solving the Challenges of EV Charger Designs with SiC Power Modules
Watch Tiago Jappe’s presentation on the SiC-Day at Bodo’s 2021 Wide Bandgap Event.
A Power Module beats Discretes
Power Modules provide a lot of advantages for inverters design compared to discrete components which makes them the component of choice.
Free articles
Harnessing the unique electrical advantages of wide-bandgap silicon carbide (SiC) in commercial applications requires addressing reliability challenges caused by the material’s mechanical properties. With its advanced die-attach technology, Vincotech is leading the way.
The strategy of Power Sink / Source Inverter (PSI) control shows improvement compared to Voltage Source Inverter (VSI) and Current Source Inverter (CSI) solutions widely used in three-phase systems.
This article investigates various system architectures and topologies. It trains the spotlight on the DC-DC converters that are the heart of off-board chargers.
In this paper, we briefly review EV chargers' power Levels 1, 2 and 3, take a big-picture look at the charger market, and then zoom in for a closer inspection of Level-3 DC fast- charging solutions.
As availability becomes less of an issue, EV owners are starting to look closer at this equipment's reliability and the energy costs associated with charging. Equipment vendors have to respond.
The market for electric vehicles (EVs) has entered a phase of fast growth, boosted by a combination of vigorous support from governments and growing consumer appreciation for electric passenger vehicles.
This paper benchmarks three topologies—the Vienna rectifier, the symmetrical boost PFC and the neutral boost PFC—for the purpose of comparison.
Power modules are a big step forward for engineers seeking to boost efficiency. Nonetheless, there is still room for improvement.
This paper examines SiC MOSFETs as a viable option for meeting the rising demand for faster switching and greater efficiency in 1500 V solar applications.
This article looks at two chipset combinations to highlight the importance of understanding how the target parameters affect the selection of chips and modules.
Energy storage solutions come in many guises ranging from small batteries to big pumped water systems. This article narrows the focus down to electrical energy storage, and more specifically, to power electronic subsystems.