Next-Gen EV Charging Solutions

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Next-Gen EV Charging Solutions

Learn about the latest technologies for smarter car charging, including ISO15118 and vehicle to grid, modular solutions, complete reference designs, e-mobility and DC fast charging.

With the constant evolution of the EV ecosystem, widespread adoption is on the horizon.

Next-gen technologies and innovations are promising to be a turning point on the road to a scalable, reliable, and cost-effective EV charging infrastructure.

Join Avnet Silica’s Next-Gen EV Charging Solutions webinar sessions to find out about the latest technological advancements that are disrupting the market and driving the evolution of the EV charging industry, including:

• Vehicle to grid solutions and the ISO15118 standard
• WiFi, Bluetooth and NFC communications.
• Wallboxes and charging stations
• Power and SiC MOSFET, Green Phy, Powerline Communication
• E-mobility charging
• Total and modular solutions

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Topics

Modular Solutions for Rapid Roll-Out of EV Charging Infrastructure (Ronald Singh, Digi)

This presentation will cover why processing or RF-based modular solutions may provide the optimal approach for the rapid roll-out & expansion of EV-charging infrastructure, and the green renewable energy production required to supply it.

Power Up Your EV Charging Solution How Wireless is Ushering in Smarter Charge Stations (Andrew Ross, Laird Connectivity)

Gain insights to the requirements from a connectivity expert and knowledge to design reliable, robust, wireless solutions for charging. In this webinar Laird Connectivity will:

• discuss the connectivity needs in EV chargers
• share real world customer success from Laird Connectivity
• introduce how Wi-Fi and Bluetooth products are used today in charging application
• show how you can utilize these wireless products in your own projects

25kW Fast EV Charger Brick Design and Results (Didier Balocco, Paul Klausner, onsemi)

The session will present the new 25kW demonstrator platform made to be use as a standard brick to create High Power (Several hundreds of kW) EV charger. A first part will review the challenges of such application. Then, we explain you the method use for the design heavily based on simulation. The design will use SiC modules and it is based on bi-directional topologies. Last part, we should you the results obtained.

EVSE ISO 15118 Charging Solutions for V2G (Mark Swinburn, NXP)

ISO 15118-20 capability brings the opportunity to finally fulfil several of the challenges currently felt by the key stakeholders involved in EVSE and managing the Grid Infrastructure.

NXP will highlight its strategy, technical building blocks and enablement platforms allowing EVSE OEMS to quickly evaluate and develop their own solutions, whilst reducing the complexity, time to market and risk.

Introduction to the Lumissil HPGP Transceiver for EV Charging (Raphi Zadicario, LUMISSIL Microsystems)

In this session you will be introduced to the Lumissil HPGP (Home Plug Green Phy) transceiver for EV charging – The Physical layer for ISO15118.

EV Charging Overview including V2G Solutions / ISO 15118 (Bevan Braude - Avnet Embedded, Dimitri Shkadarevich - CarMediaLab)

EV Charging Market update and overview with Avnet Embedded and CarMediaLab on V2G charging station solutions / ISO 15118.

Maximizing Power Density of DC Fast Charging Systems with an LLC Power Supply (Di Han, George Chen, MPS)

As the automotive industry has gone through an electric vehicle revolution, power electronics have become paramount in the design of on-board chargers, traction inverters, and even DC fast charging stations.

MPS has created an innovative resonant power supply solutions for biasing SiC power devices which have been critical in increasing power density, efficiency, and range of electric vehicles.

These solutions can switch at up to 5Mhz to greatly reduce total solution size as well as component count. MPS also has many isolated gate drivers and signal isolators solutions for AC grid to DC battery conversion.

Discrete Silicon MOSFETs in EV Charging Stations up to 22kW (Farhan Beg, STMicroelectronics)

EV Charging Stations continue to be the fastest growing segment in the Energy sector. The EV Charging infrastructure will need an extensive deployment of different power levels to enable an organic deployment of E-Mobility over the next years. This requirement for different power levels for charging stations opens new avenues for the use of Silicon MOSFETs in low power chargers up to 22kW to complement the wide band gap technologies which are now standard for high power AC/DC chargers above 22kW.

The evolution of SuperJunction MOSFETs enables very high performance in power converters and the extensive production capabilities of Silicon MOSFETs allows benefits with regards to capacity constraints in wide band gap technologies. In this session, STs experts will dive deep into the various technical possibilities of EV Charging with a concrete focus on EV Chargers upto 22kW and show how SuperJunction MOSFETs from ST can help facilitate the development and deployment of EV Chargers.

How Winning Combinations help on innovative Electric Vehicle (EV) Charging applications (Markus Murauer, Renesas)

As e-Mobility increasingly becomes part of daily life, there is a growing need for more efficient charging solutions. High power off-board chargers are the functional blocks for supporting battery pack solutions.

Renesas Winning Combinations on wall box solution target connected consumer and business EV chargers. Its modular approach enables a variety of connectivity solutions ranging from Wi-Fi, over LTE to PLC, with the option to add additional interfaces through its MODBUS and Ethernet support and Bluetooth® Low Energy (LE), as well as NFC reader for customized billing and access control. Power consumption can easily be monitored in any standard AC power environment through a modular metrology solution.

Scalable EV Charger End to End Solutions (Jean-Marc Darchy, NXP)

This presentation will provide a detailed overview of NXP based hardware and software solution to design next generation EV chargers with a scalable approach.

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