Charging solutions

Overview

Full-spectrum portfolio of all power technologies

Infineon‘s technology combined with our system expertise allows you to create more energy-efficient and highly reliable power delivery and charger products.

Reference designs support you in developing designs with maximized power density. With the introduction of gallium nitride, Infineon is offering a full-spectrum portfolio of all power technologies – silicon (Si), silicon carbide (SiC), and GaN. Infineon‘s solutions for power delivery, power conversion and charger are highly efficient, cost-effective, and compliant with industry standards.

From source to any device to motion. Throughout the complete path, energy conversion and storage is a key topic. Generating green electric energy, from for example photovoltaic or wind, and transmitting it efficiently is contributing to a cleaner environment.

Infineon’s broad expertise and product portfolio enable dependable solutions. Especially in the area of electric vehicles, charging the on-board battery quickly, comfortable, and safely offers various options, from DC fast charging wireless charging, and On-Board-Charging. Infineon’s leading product portfolio and application competency provide options to develop best in class charging solutions.

Products

Boards

Tools & Software

Simulation

Documents

Highlights

Semiconductors for charging

Infineon provides industrially-robust, reliable, and highly efficient semiconductor solutions for charging stations to convert the AC power from the grid into DC power to charge EV’s battery. Our application know-how results not only in faster charging for EV owners but also in reliable design-in support for our customers.

Infineon’s solutions for EV charging address applications from compact, high-quality AC wall boxes, reliable DC fast-charging stations with robust connectivity, to innovative on-demand electric bus charging systems.

Wireless power transfer allows charging systems and vehicles conveniently without plugs and cables. It is based on inductive charging by the energy which is passed from a coil in the ground of a parking space to a coil integrated into the vehicle. The system, therefore, consists of two elements – the charger which is located e.g. on the floor, and a receiver that is built-in or attached to the vehicle. Wireless charging is basically using a similar setup as a standard corded charger. The coil in the ground is connected directly to the AC grid or to a wall box where AC-DC conversion takes place.