- Overview
- All Models
- Support
Leading Battery Test Solutions, From Cell to Pack
Keysight EV battery test solutions offer a precise platform for evaluating electric vehicle batteries across all levels, from individual cells to complete packs. These solutions are distinguished by their high-efficiency regenerative power capabilities, significantly reducing operational costs by feeding energy back into the grid during discharge. Coupled with powerful software for energy storage and lab operations, Keysight provides precise control over test sequences, data management, and advanced characterization techniques. These capabilities are crucial to automotive engineers for ensuring the safety, performance, efficiency, and longevity of EV batteries, directly impacting the accelerated development and reliable deployment of electric vehicles, stationary energy storage systems, and the broader e-mobility ecosystem. Request a quote for one of our popular configurations today. Need help selecting? Check out the resources below.
Cell to pack
Test individual battery cells, modules, and complete battery packs for in-depth characterization at each stage of development, ensuring quality and performance at every scale.
Regenerative power
Designed with regenerative capabilities, often exceeding 90% energy recovery, so energy from the battery during discharge cycles is fed back into the grid rather than being dissipated as heat.
Comprehensive software
Define, control, and monitor complex test sequences, including performance, functional, aging, and environmental tests with built-in compliance for global industry standards.
EIS across all channels
Support electrochemical impedance spectroscopy (EIS) on multiple channels to characterize a cell's impedance across a frequency range, helping identify potential issues or degradation mechanisms.
-
Battery Types
Module, Pack, Cell, CellModulePack
-
Form factor
Cabinet, Dual cabinet, Benchtop, Rack mounted, Combined
-
Maximum power
N/A to >10 MW
-
Measurement type
Differential voltage, Temperature, Digital IO, Communications, Analog in, Power supply, Analog out
-
Mains voltage
48 VDC to 480 VAC
Most Popular Configurations
Scienlab 電池測試系統 - 單電池級
Scienlab Battery Test System Module Level
Scienlab 電池測試系統 – 電池組級，270 kW
Scienlab Power Allocation Management Solution for Battery Testing
Services and support
Innovate at speed with curated support plans and prioritized response and turn-around times.
Get predictable, lease-based subscriptions and full lifecycle management solutions—so you reach your business goals faster.
Experience elevated service as a KeysightCare subscriber to get committed technical response and more.
Ensure your test system performs to specification and meets local and global standards.
Make measurements quickly with in-house, instructor-led training, and eLearning.
Download Keysight software or update your software to the newest version.
Frequently Asked Questions
EV battery testing, while crucial for the success of electric vehicles, presents a unique set of challenges due to the complex and high-energy nature of the technology. Overcoming these challenges often involves leveraging advanced simulation tools (like battery emulators), developing sophisticated test automation, investing in robust safety infrastructure, and fostering interdisciplinary expertise. Battery testing challenges span across technical, safety, logistical, and economic domains. These include the following:
- High voltages and safety risks: The inherent dangers of working with high-voltage batteries require strict safety measures and specialized equipment.
- Complexity of battery systems: Testing at cell, module, and pack levels, with various chemistries and complex BMS.
- Evolving technology: The rapid pace of battery development requires adaptable and future-proof testing solutions.
- Long testing durations: Cycle life testing and aging simulations can be time-consuming.
- Environmental conditions: Assessing performance under varying temperatures, humidity, and vibrations.
- Data management and analysis: Handling and interpreting large volumes of test data.
Keysight offers a comprehensive suite of EV battery test solutions designed to address the entire battery development lifecycle, from individual cells to complete battery packs and their accompanying Battery Management Systems (BMS). Keysight battery test solutions provide a holistic approach to battery validation, covering the entire spectrum from basic electrical characterization to complex system-level integration and safety testing, all supported by powerful software for automation and data management. Here's a breakdown of the types of tests Keysight EV battery test solutions can perform at the cell, module, and pack levels:
- Electrical characterization:
- Capacity and efficiency: Measuring the total energy a cell can store and how efficiently it can charge and discharge.
- Internal resistance (DCIR/ACIR) and impedance (EIS): Assessing the cell's internal resistance and impedance using methods like Electrochemical Impedance Spectroscopy (EIS) to understand its power density, heat dissipation, and State of Health (SoH). This is critical for identifying early signs of degradation or flaws.
- Voltage, current, power: Precise measurements of these parameters during various charge/discharge cycles.
- Capacity and efficiency: Measuring the total energy a cell can store and how efficiently it can charge and discharge.
- Cycle life and calendar life testing: Simulating repeated charging and discharging cycles and long-term storage to evaluate a cell's degradation over time and predict its lifespan.
- Thermal performance: Assessing how cells react to temperature changes and their thermal stability.
- Self-discharge analysis: Characterizing how quickly a cell loses charge when not in use, a key indicator of cell quality. Keysight emphasizes methods that reduce test time for this.
- Formation testing: Performing the initial charge/discharge cycles required to form the Solid Electrolyte Interphase (SEI) layer, which is crucial for cell performance and longevity.
- Real-world emulation: Simulating various real-world conditions (e.g., driving cycles, temperature profiles) to assess module performance.
- Connection quality: Detecting faulty connections between cells within a module or pack, which can lead to performance issues or safety hazards.
- High-power charge/discharge: Testing the entire battery pack's ability to handle high power levels for charging and discharging. Keysight solutions can handle power up to 300 kW and voltages up to 1500 V.
- Software testing: Keysight's solutions are further powered by their software, which allows for control, testing, and evaluation of the entire energy storage test environment, including automation of compliance, load, and endurance tests. They also offer Lab Operations for Battery Test software for optimized test lab management, enabling efficient planning, coordination, and data management across multiple test stations and locations.
Advancements in battery capabilities and technologies highlight the critical role of comprehensive testing in ensuring the safety, performance, and reliability of electric vehicles as the industry continues to grow.
- AI and machine learning: Using AI for predictive maintenance, anomaly detection, and optimizing testing procedures.
- Faster testing methods: Developing techniques to reduce testing time without compromising accuracy.
- More realistic simulations: Creating highly accurate simulations of real-world driving and environmental conditions.
- Improved diagnostic tools: Enhancing the ability to identify specific cell failures within a pack.
- Focus on second-life applications: Testing batteries for their suitability in energy storage or other applications after automotive use.