Course

EV / EVSE Charging Test

课程
13 商品

Testing of electric vehicle and EV supply equipment charging interfaces is vital to ensure both the vehicle and charging equipment can operate safely and seamlessly according to industry standards.

Learn:

Global charging & testing standards, standardization bodies, and technology trends
CCS standardization landscape and the CharIN step model
Testing of CCS charging communication

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Lesson 1 - EV and EVSE Charging Testing

Understand why it’s important to test electric vehicle (EV) and charging equipment interfaces, and learn about evolving EV charging standards and technology trends.

Lesson 2 - Why is it Important to Test Charging Interfaces?

Introduce the importance of testing EV and EVSE charging interfaces to ensure that they are interoperable and safe. The video also discusses the different types of tests that can be performed on EV and EVSE charging interfaces.

Lesson 3 - EV Charging Standards and Standardization Bodies

Provides an overview of the global EV charging standards, the standardization bodies which provide directions, and the major technology trends around EV and EV testing. The video discusses the different types of EV charging standards, such as IEC 61851, SAE J1772, and CCS. The video also discusses the different standardization bodies involved in EV charging, such as IEC, SAE, and CharIN.

Lesson 4 - Keysight Charging Test Solutions

Learn Keysight's charging test solutions, which can be used to test EV and EVSE charging interfaces. The video also discusses the different features and capabilities of Keysight's charging test solutions.

Lesson 5 - CCS Standardization Landscape and CharIN Step Model

Explore the CCS standardization landscape and the CharIN step model. The video also discusses the different types of CCS charging interfaces and how they are used.

Lesson 6 - Charging Communication and Testing Standards Overview

An overview of the charging communication and testing standards. The video also discusses the different types of charging communication protocols and how they are used.

Lesson 7 - Testing of CCS Charging Communication

Discusses how to test the communication between an electric vehicle (EV) and an EV supply equipment (EVSE) using the Combined Charging System (CCS) standard. The video covers the basics of CCS communication, as well as how to use Keysight's Virtualizer software to create and configure test topologies. The video also shows how to use Virtualizer to run tests and collect results.

白皮书

E-Mobility: Navigate Safety, Interoperability, and Conformance

As governments and industry unite in a bid to achieve a net-zero world, manufacturers of electric vehicles (EVs) and electric vehicle supply equipment (EVSE) are moving to meet rapidly increasing demand for electrified transportation across all major economies.

应用文章

Verification of Interoperability of all EV and EVSE Charging Interfaces

Although differences are found among countries and regions, global diffusion of electric vehicles (EVs) is still in its development process. While China and some European countries have established EV policies and the penetration rate of EVs is expected to rapidly increase, common requests for improvement in EVs necessary for the penetration include: • Acceleration of charging speed. • Extension of travel distance per charge. • Increase in the number of charging stations.

Posters

Advancing the E-Mobility Ecosystem

The quest for longer driving ranges and safety is leading electric vehicle (EV) manufacturers, cell makers and EV supply equipment developers to find innovative design and manufacturing test methods.

应用文章

Contactors and Power Supplies

This application note provides an overview of contactors and power supplies, essential components in electrical systems.

应用文章

Battery Emulation and Profiling for Enhanced EV Performance and Safety

This application note outlines the benefits of battery emulation for EV testing, including improved performance validation and safety.

应用文章

Battery Profiling to Characterize and Test LiFePO4 Batteries

This application note highlights the importance of battery profiling and emulation for optimizing EV battery performance and reliability.

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