Keysight’s Scienlab Battery Test Solutions

Discover the benefits of Keysight’s holistic approach to battery testing at the cell, module, and pack levels to enable more compact and powerful batteries for electric vehicles.

SL1133A Scienlab Combined Battery Test Solution – Cell Level – Up to ±1000 A, 24 Channels

The Scienlab Combined Battery Test Solution (CBTS) is an innovative, flexible and efficient solution for characterizing and testing battery cells. The space-saving combination of power electronics, test chamber and a sophisticatedly developed DUT holder not only enables the testing of large quantities of cells in the smallest space but is also flexible in use. Thanks to the adaptable DUT fixtures, different types of Batteries can be tested. The defined fixtures ensure accurate measurement results.

Increasing Efficiency of the EV Battery Test Lab

With battery cost being a critical factor in making electric vehicles (EVs) more affordable, it’s vital to have an efficient workflow in a huge test laboratory. Let’s take a look at the typical workflow inside an EV battery test lab, and learn how automating the modern battery test lab can help save both time and money. This frees up the developer’ concentrate on improving battery quality at the cell, module, and pack levels.

Testing EV Batteries at the Cell, Module, and Pack Levels

Electric vehicle (EV) batteries come in different form factors: at the individual cell level, these may be cylindrical cells, or more powerful pouch and prismatic cells. These cells are then assembled into modules, which are in turn, connected to form battery packs, and then assembled into the vehicle chassis. Join our Keysight battery test expert to learn how different battery test parameters at each stage guide how the battery will eventually perform in the EV.

VoLTE Battery Test, Reference Solution

The VoLTE battery test reference solution implements battery performance test plan and output results to a required test report.

VoLTE Battery Test, Reference Solution

The VoLTE battery test reference solution implements battery performance test plan and output results to a required test report.

Battery Solutions for Wireless Devices Use Cases

This is an app note which outlines use cases for battery manufacturers or battery-powered device designers.

Robotic Battery Validation Using Automated Power Testing Solutions

Robotic battery systems face demanding, dynamic operating conditions. This solution brief shows how Keysight’s RP5900 Series and PW9253A software enable precise, automated, and safe battery validation through realistic bidirectional charge-discharge testing.

Empower Your Battery Testing with Streamlined Solutions

The Keysight E36731ABV Software and Hardware Battery Emulation Bundle is a complete software and hardware solution for performing battery profiling and emulation, current drain analysis, and battery run-down and cycle testing.

High Frequency Alternating Current Ripple Battery Excitation Test Solution

This solution brief provides a comprehensive overview of the High-Frequency Alternating Current Ripple Battery Excitation Test designed to mitigate the impact of low temperatures on battery performance, leveraging Keysight test instruments.

IoT Device Battery Life Test Solutions Catalog

Finding the optimal balance between battery protocol and software functionality to get reliable performance and service life requires an in-depth understanding of battery life and current drain. With its many current and power measurement technology patents, Keysight Technologies has extensive experience in making these measurements. Let’s explore Keysight’s hardware and software test solutions that can help extend the battery life in your designs.

Powering the Internet of Things with End-to-End Battery Testing

The Internet of Things (IoT) is evolving simultaneously across multiple dimensions — it has more electronics than ever to run accurate diagnostics, more sensors to increase autonomy, and better connectivity to avoid interference. The key advancement that makes all portable devices possible is the battery — the changes in battery technology are leading us toward a power revolution. Longer-lasting and faster-charging batteries are always in demand, whether the device is for the military, consumer electronics, healthcare, or automotive industry. Apart from battery manufacturers, IoT device manufacturers must consider battery characterization when designing new devices. Battery characterization is one of the most important considerations for IoT devices, as it gives them a distinct and marketable competitive advantage. This white paper provides deep insights into the challenges in battery characterization and test while designing and developing IoT devices, as well as recommended solutions to optimize and maximize the device’s battery life.

Tackling Market Changes to Meet the EV Battery Boom

The electric vehicle (EV) market is driving a boom in EV battery development and manufacturing. With immense time and cost pressures, three key trends are helping battery developers meet market challenges: size of the battery test lab, speed of testing, and total cost of ownership. Auto Tech Talk explores the market trends in battery development.

SL1007B Battery Test System Cell Level

The SL1007B Scienlab Battery Test System Cell Level enables you to test battery cells accurately and productively for automotive and industrial applications. The bidirectional power supply charges and discharges your cells under test with very high efficiency.

SL1007A Battery Test System Cell Level 600 A

The SL1007A Scienlab Battery Test System Cell Level enables you to test battery cells accurately and productively for automotive and industrial applications. The bidirectional power supply charges and discharges your cells under test with very high efficiency.

Towards Accurate Cell and EV Battery Testing

A good battery design that serves a longer electric vehicle (EV) drive range requires an end-to-end approach from test and validation during research and development (R&D) as well as manufacturing. This video provides an overview of Keysight battery test solutions which help to meet the increasing requirements for EV batteries and support the growth of the e-mobility market. Find out more at https://www.keysight.com/us/en/products/hev-ev-grid-emulators-and-test-systems/scienlab-battery-test-systems.html

Battery Profiling to Characterize and Test LiFePO4 Batteries

This application note details how to use the Keysight E36731A Battery Emulator and Profiler and BV9210B PathWave BenchVue software to profile and emulate Lithium Iron Phosphate (LiFePO4) batteries. It explains how battery profiling helps assess charging and discharging characteristics, enabling efficient testing without manual intervention.

X8712A IoT Device Battery Life Optimization Solution

This brochure provides an overview of the new X8712A IoT Device Battery Life Optimization solution, its key capabilities, key specifications and ordering information.

SL1770A Series Scienlab Power Allocation Management Solution for Battery Testing

The battery laboratory design for tomorrow is not the design for today. Bigger, faster, better is not always the right approach. As we transition into a new era of electric vehicles, the battery test requirements have changed. We are now facing batteries with higher capacity, and the tests require higher current while it is needed to monitor the test labs' power consumption closely. The laboratories are reaching a power requirement that the mains supply cannot easily fulfill. In contrast, the test profiles, on average, require low power, and only short peaks need higher power. The logical approach is to share and centralize the power. The Scienlab Power Allocation Management Solution for Battery Testing provides the perfect solution to reduce the total installed power in the test lab while providing unmatched flexibility and test capabilities.

Battery Drain Measurement Solutions

Keysight’s battery drain measurement solution allows engineers to quickly and accurately measure, analyze and optimize battery drain. Learn more.