With Keysight You Are Always One Step Ahead In E-Mobility

With Scienlab test systems and test software, Keysight offers customized test environments for the development and testing of electronic components according to hybrid and electric vehicle testing standards. Our solutions help you to accelerate your e-mobility applications from the battery, Battery Management System (BMS), inverter, the charging interfaces of Electric Vehicle (EV), and Electric Vehicle Supply Equipment (EVSE).

Scienlab Charging Discovery System Family of Solutions

With Scienlab Charging Discovery System – Portable, EMC and High-Power Series, Keysight helps you comply with the relevant charging standards and ensures conformance and interoperability:

  • Provides independent, reproducible test of any EV and EVSE charging interface
  • Includes real time person-In-the-middle mode for easy analysis of interoperability issues between EV and EVSE
  • Designed for use in anechoic test chambers and enables conducted and radiated testing of emissions and immunity during AC or DC charging (only EMC Series)
  • Enables you to test current and future standards at up to 900 kW (only High-Power Series)

Drive the Future of E-Mobility

Accelerate the development and validation of batteries with Keysight’s Scienlab Battery Test Solutions. From cell chemistry to battery pack Keysight’s holistic approach is your key to success:

Streamline Your Battery Test Lab Management

Explore how Keysight’s PathWave Lab Operations Software for Battery Test helps you modernize your test workflows, eliminating legacy paper-based processes, and increasing data integrity and traceability. The integrated, web-based platform provides a 360-degree view of your lab—assets, software, test plans, results, reports—at virtually any time and place along your R&D workflow. Choose the suite and modules that meet your test requirements, or add modules later, giving you complete flexibility and cost-effectiveness.

SL113XA Scienlab Automotive EV Battery Test System

Battery Cell Test Revolution

Deliver your innovations faster and better with our high performance technology for testing battery cells with a minimal footprint with Scienlab's Combined Battery Test Solution (CBTS). The combination of battery test system and climatic chamber enables you to make the most out of your available test space capacity.

Benefit from the many advantages of the CBTS

  • Flexible DUT holder offers the possibility to use different cell types
  • Measurement accuracy through defined contacting
  • Time efficiency with rapid commissioning
  • Minimal footprint saves up to 40% space compared to separated test solutions

Related Use Cases

Extend Your Capabilities With The Right Tools

Technology is constantly changing. So too are the requirements engineers face. Get more functionality out of your existing hardware today by complementing it with the right accessories to improve productivity and the right Keysight PathWave design and test automation software to accelerate your product development.

Featured Resources

White Papers 2024.06.03

Investing in EV Battery Testing -- Benefits for EV Battery Designers

Investing in EV Battery Testing -- Benefits for EV Battery Designers

Phasing out gas-powered internal combustion engines (ICE) and moving towards clean energy electric vehicles (EVs) brings substantial technology investments to deliver EVs to the mainstream market. Government legislation to eliminate or limit the production of ICEs by 2035 is creating a surge in demand for the EV ecosystem. This in turn, is driving demand for more efficient ways of EV battery system. At the epicenter of this increase in the market, demand is the battery — the subsystem of EVs that makes a sustainable electrified transportation system possible. The objective is to develop EV batteries that improve durability, power density, and operational safety using a fast, cost-effective, and energy-efficient process. One important aspect of EV battery design is performance testing. It is a critical process that includes the design, production, and system integration phases to ensure that all EV batteries entering the open market are of the highest quality for safety and operational performance.EV battery testing can be an expensive, time-consuming task without the latest systems and methodologies. Using both best practices and state-of-the-art EV battery technologies throughout the design process can help you resolve EV battery design challenges quickly and easily.Download this whitepaper and explore the importance of investing in an end-to-end EV battery testing system. It also discusses how investing in cutting-edge EV battery technologies can improve the quality and performance of EV battery designs to help battery designers without compromising range performance, power density, and safety.


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