Battery Test Solutions

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The Most Accurate Way to Test Energy Storages

Scienlab test systems from Keysight comprehensively and reliably test battery cells, modules, packs and battery management systems (BMS) for e-mobility, mobile, industrial, and stationary use. Keysight’s test systems with the Scienlab Energy Storage Discover (ESD) software helps you run customized performance, function, aging, and environmental tests. ESD includes standards compliance and conformance tests (e.g., ISO, DIN EN, and SAE).

Highlights

Keysight offers innovative and flexible Scienlab solutions for a variety of test requirements.

Regeneration capabilities that ensure first-class energy- and cost-efficiency
Constant measurement precision using the module as a cell test system
Impedance spectroscopy in every channel
Synchronized recording of measurement data
Precise measuring technology for reproducible results
Modular concept for a flexible layout of the test environment

Find The Series That Is Right For You

SL1700A Series

Scienlab Battery Test System
Pack Level
Solutions for testing battery packs with an output power up to ± 270 kW and voltage range up to 1500 V

SL1001A

Scienlab Battery Test System
Module Level

Solution for testing battery modules with an output power up to ± 68 kW per channel and voltage range up to 300 V

SL100XA Series

Scienlab Battery Test System
Cell Level

Solutions for testing battery cells with an output power up to ± 3.6 kW and voltage range up to 6 V

SL1133A Series

Scienlab Combined Battery Test Solution

Two-in-one solutions for testing battery cells with a minimal footprint with up to 24 channels

SL106XX Series

Scienlab Measurement and Control Modules

Solutions for a wide range of test, measurement and control tasks

SL1091A

Scienlab Energy Storage Discover

Software for a time-synchronous control of all Scienlab Battery Test Systems

EP1150A

PathWave Lab Operations for Battery Test

Browser-based software for optimized test lab operation by managing resources, hardware and information

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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:

Battery Test Systems for cell, module, and pack
Intuitive and powerful test software Energy Storage Discover
Optimize your test workflows with PathWave Lab Operations for Battery Test
Benefit from Keysight’s global service and support

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

Keysight Investigates Re-Use/Repurpose of Automotive Batteries

Keysight has received a grant from the European Union and the Ministry of Economic Affairs, Industry, Climate Action and Energy of the State of North Rhine-Westphalia (MWIKE.NRW) to investigate the reuse of used automotive batteries from May 2024 to May 2027.

Innovative testing methods and classification strategies will ensure that used batteries from electric vehicles provide sufficient performance and safety for residential and industrial energy storage applications. The project is executed in collaboration with Second Life Batteries GmbH (consortium leader), BLC – The Battery Lifecycle Company GmbH, and Bergische Universität Wuppertal. It includes developing and validating battery management systems (BMS), analyzing the market, and testing battery storage systems in real-life scenarios. The aim is to extend the service life of the batteries and make a valuable contribution to reducing CO₂ emissions.

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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.

Scienlab Energy Storage Discover

Central test bench software for effective controlling, testing, and evaluating

PathWave Lab Operations for Battery Test

Browser-based software for optimized test lab operation by managing resources, hardware and information

Services

Improve test with our portfolio of calibration, technology refresh, finance, and optimization services

Calibration Services

Calibrate your test equipment every 6, 12, 24, or 36 months for peak performance – ours and other brands

Protect Your Innovation Investment

KeysightCare Support Plans

Maximize your uptime, optimize your measurements, and get the answers you need at our fastest available times.

Calibration Services

Calibrate your test equipment – Keysight and other brands – every 6, 12, 24, or 36 months for peak performance

Tech Refresh Services

Extend, upgrade, or migrate to newer test equipment that meets your timeline and budget

Featured Resources

Data Sheets 2024.06.17

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.

2024.06.17

Data Sheets 2024.09.12

SL1700A Battery Test System Pack Level up to 300 kW

The SL1700A Series Scienlab Battery Test System Pack Level with the new silicon carbide technology is a highly efficient system based on state-of-the-art technology and allows to realistically emulate the environment of the future battery pack application to test the high-power battery pack comprehensively and improve its functions and safety. Highest flexibility is ensured with voltage options up to 1500V, current options up to 900A and power per system up to 300kW (350 kW with option Dynamic Power Boost).

2024.09.12

Data Sheets 2023.11.22

SL1001A Battery Test System Module Level 68 kW

The Scienlab Battery Test System – Module Level is a test platform that provides the core for a complete test setup with unique testing capabilities to validate the performance of modules for different applications. Built as a bidirectional regenerative source and sink it performs the tests with the highest efficiency. Starting with voltage ranges from 0 to 20 V up to 20 to 300 V.

2023.11.22

Data Sheets 2023.04.19

SL1004A Battery Test System Cell Sample Level 5 A

The SL1004A Scienlab Battery Test System Cell Sample Level can simultaneously test up to eight cells. Common tests include capacity, internal resistance, state of charge and cyclic voltammetry.

2023.04.19

Data Sheets 2022.08.03

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.

2022.08.03

Data Sheets 2024.02.26

SL106XX Measurement & Control Module

Keysight has developed reliable Measurement & Control Modules for a wide range of test, measurement, and control tasks, e.g. in the development of automotive and industrial products. They can be combined as required and are ideal for carrying out challenging measurement tasks. The modules offer top quality, robustness, and easy and intuitive operation.

2024.02.26

Data Sheets 2023.04.18

EP1150A PathWave Lab Operations for Battery Test

PathWave Lab Operations for Battery Test enables efficient planning and coordination of your entire battery test laboratory.

2023.04.18

Data Sheets 2023.01.19

SL1091A Energy Storage Discover

Scienlab Energy Storage Discover (ESD) is the software solution for satisfying complex and comprehensive test procedures. We continually discuss advances in battery technology with our customers and update our software to address the latest industry trends and their associated test challenges.

2023.01.19

Brochures 2024.05.16

E-Mobility: Innovative Design and Test Solutions

Keysight offers design and test solutions to help you create more efficiency and reliability in the entire e-mobility ecosystem, from the electric vehicle (EV) and EV supply equipment (EVSE), to the battery packs, modules and cells.

2024.05.16

White Papers 2024.08.27

Key Considerations for Developing Electric Heavy-Duty Fleet Batteries

Electrified heavy vehicles need batteries with higher energy density to pack more energy per unit volume to enable them to carry their load for the long haul. Creating batteries with the right cell chemistries for such heavy-duty fleets requires proper design validation and battery testing at the cell, module, and pack levels. Find out how future electrified fleets with powerful batteries play a vital role in the evolving vehicle-to-grid e-mobility ecosystem.

2024.08.27

White Papers 2024.05.23

Driving the Future of E-Mobility with Power Conversion and Battery Testing

Key technologies across the electromobility testing ecosystem are pushing the electric vehicle (EV) market into high gear. At the microcosm level, new wide bandgap power devices such as SiC and GaN are going into various power conversion systems in the EV. In parallel, higher-power and density batteries, together with infrastructural investments worldwide in EV supply equipment, are helping to assuage consumers' range anxiety. This white paper highlights some innovations in power conversion and battery design and test technologies that are helping to drive the future of e-mobility.

2024.05.23

White Papers 2024.06.03

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.

2024.06.03

White Papers 2024.05.30

Understanding Measurement Accuracy Specifications for Battery Testers

When you specify and purchase cell and battery test equipment for your R&D lab or production line, it is critical to have a thorough understanding of performance specifications. While it may be easy to state the price, the number of channels you need, and the current per channel, the accuracy of the equipment is the most critical specification. It can be challenging to specify your needs correctly. In this white paper, you will learn how to define accuracy and error in the realm of test equipment, four ways to specify accuracy, and interpret an actual error versus a specified error.

2024.05.30

White Papers 2023.11.29

Advanced Electrochemical Impedance Spectroscopy (EIS) for Battery Testing

In this paper the electrical characterization of cells using calibrated and accurate electrochemical impedance spectroscopy (EIS) in a wide frequency range with micro-Ohm resolution is presented. The obtained EIS data is interpreted by electrochemical circuitry modeling. The EIS results are put into perspective of materials science and electrochemical lab methods.

2023.11.29

White Papers 2023.06.06

Improving Li-ion Cell Formation Throughput

The electric vehicle battery cell manufacturing market is experiencing exponential growth. Li-ion cell manufacturers, including gigafactories, are under pressure to keep a check on cost and time pressures. Cell formation and aging are the most time-consuming phases of the cell production process. The longer the cells remain on precious manufacturing floor space, the more they add to production costs while delaying time to market. This paper discusses innovative methods at the cell formation and aging stages to improve manufacturing throughput and reduce both production time and cost.

2023.06.06

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