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Efficiency, overpowered: the component at the heart of the Automotive revolution

As the world shifts and turns towards a more electric automotive tomorrow, these power factor conversion choke components make this leap of tech a bit easier. An electric component which adjusts the circuit structure, its electric design ultimately improves the effectiveness of power consumption and usability.

“Work it, make it, do it, makes us, Harder, better, faster, stronger”: the component at the heart of the Electric Vehicle (EV) revolution, these electric Power Factor Conversion (PFC) components family will be those “who make the world go round”. This PFC components family, the brainchild of current management and RFID visionary Premo group, are designated by design to reduce the phase difference between the main current and the voltage input of the alternating current. Neatly suited for a spectrum of power-care applications, theses inducters are revered as rectifiers and filters. “Family members” which are of the inductor type can synchronize the input current with the output voltage changes after being rectified by PFC rectifiers and being filtered by capacitors.

Usually placed in an inductance Power Factor Conversion (PFC) circuit setting, these splendid components Increase Power Factor and reduce reactive power. Thus, ensuring improved effectiveness of power consumption by the overall system. These can be also applied for active PFC circuits, achieving high standard of rectification.  Thus, these components improve power factor activity by reducing the reactive power consumption of electrical energy in inductive and capacitive devices. As the automotive industry in taken by an (electronics) storm, and in the EV market in particular, these better solution-better power components play a vital role in this new empowering wave. Improving the power factor of the system, reducing harmonic interference for a better powered tomorrow.

“Premo’s PFC’s products are an important part of power electronic converters” stated Xiaoyue Zha, R&D engineer at Premo China branch, and explained that they “can help reduce the impact of harmonics on the power grid and improve the efficacy of the power system”.

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