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20 years environmental test chamber manufacturer3000+ customer deliverables worldwide           Email: shirley@deruitest.com
Global Consultation Hotline:+86 15580327593

Power Battery Cell Testing System

Model:DR-D213

Modular Design: Easily scale from 96 to 512+ channels to match your production or R&D demands.

End-to-End Process Support: Covers all critical phases: formation, grading, cycle life, HPPC, OCV/SOC, and safety tests.

Rapid Response: A global spare parts network with fast delivery, plus optional on-site installation and training.

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Power Battery Cell Testing System — Precision You Can Trust

The industry-leading power battery cell testing system engineered for unmatched accuracy, efficiency, and scalability in battery performance evaluation.


Key Specifications at a Glance

  • Voltage Range: 0–6V / 0–10V options
  • Current Range: 5A up to 1000A+ for high-power cells
  • Channels: 96 to 512+ channels scalable by configuration
  • Sampling Rate: Ultra-fast high-speed data acquisition

Certified Quality & Compliance

Our systems meet rigorous international standards, including:

  • CE
  • UL
  • TUV
  • ISO 9001
  • GB/T
  • UN38.3 Regulations for safe lithium-ion battery testing compliance

Trusted by Industry Leaders

We proudly serve the Top 10 Chinese EV battery cell manufacturers, powering the R&D and validation of next-gen energy solutions.

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Designed for engineers demanding performance, reliability, and integration — our Power Battery Cell Testing System delivers precision and efficiency to accelerate your battery testing cycles.

Application Scenarios

Our Power Battery Cell Testing System is designed to handle a wide range of real-world uses across industries:

  • Electric Vehicle Power Battery Cells: Supports testing for prismatic, cylindrical (including 18650, 21700, and 4680), and pouch cells used in EVs.
  • Energy Storage System (ESS) Cells: Perfect for evaluating large-format cells used in grid storage and renewable energy solutions.
  • High-Power Consumer Electronics Cells: Suitable for powering next-generation laptops, power tools, and other high-drain devices.
  • R&D and Pilot-Line Validation: Ideal for research labs and pilot production lines to validate cell performance and lifecycle before mass production.

This flexibility makes it a reliable choice whether you’re developing, validating, or mass testing battery cells in the U.S. market.

Core Product Advantages: Why Choose Derui Power Battery Cell Testing System

Power Battery Cell Testing System Ultra-Low Ripple

Derui’s Power Battery Cell Testing System stands out with several key features designed to meet the needs of US EV makers, energy storage providers, and consumer electronics companies.

Key Advantages at a Glance:

FeatureBenefit
Ultra-low ripple & high stabilityPrecise current/voltage control (<0.05% FS) ensures reliable and repeatable test results.
Independent channel controlEach channel auto-switches among 4 current ranges for flexibility without interruption.
High-speed data acquisitionRapid sampling at 10ms–50ms helps capture detailed battery performance data.
Full process coverageSupports all major testing stages: formation, grading, cycle life, HPPC, EIS, OCV/SOC, and safety.
Energy feedback (regenerative)Recovers and saves over 80% of energy, cutting operational costs significantly.
Seamless MES/BMS integrationEasy connectivity with existing factory systems via CAN, Ethernet, and PLC for smooth automation.

Our system fits perfectly in power battery formation and grading setups, battery cell cycle life testers, and high-precision battery test systems across EV, ESS, and electronics sectors. Choosing Derui means you get accuracy, speed, energy efficiency, and smart factory readiness all in one package.

Key Technical Features

Our Power Battery Cell Testing System packs precise tech to keep your testing smooth and safe:

  • Multi-range High-Precision HardwareHandles different voltage and current levels with top accuracy.
  • Built-in Safety & Analysis ToolsdQ/dV and dV/dt analysis for battery health insights
    Thermal runaway early warning to prevent hazardsSupports Advanced Testing MethodsPulse testing
    DCIR (Direct Current Internal Resistance)
    EIS (Electrochemical Impedance Spectroscopy) – optional modulePowerful Step Editing SoftwareControl tests with easy graphic or table mode editing.
  • Real-Time Monitoring & Alarm SystemThree-level alarms keep you updated on any issues immediately.
  • Chamber Interface SupportCompatible with control of temperature, humidity, vacuum, and dry room environments.
FeatureDescription
Hardware DesignMulti-range, high-precision
Safety WarningsdQ/dV, dV/dt, thermal runaway early warning
Testing SupportedPulse, DCIR, EIS (optional)
Software ControlGraphic & table mode step editing
Data MonitoringReal-time with 3-level alarm
Environmental InterfaceTemp, humidity, vacuum, dry room compatible

This setup ensures your battery cell tests are accurate, safe, and adaptable to any lab or production environment.

Model Selection Table

ModelVoltage RangeCurrent RangeChannelsEnergy FeedbackTypical Application
Derui PBCT-960-6V / 0-10V5A – 100A96OptionalConsumer electronics, small pouch cells
Derui PBCT-1920-6V / 0-10V5A – 250A192OptionalCylindrical cells (18650/21700)
Derui PBCT-3840-6V / 0-10V10A – 500A384StandardPrismatic EV cells, ESS batteries
Derui PBCT-5120-6V / 0-10V50A – 1000A+512StandardLarge-scale EV power battery modules
Derui PBCT-XCustom voltageCustom current96–512+AvailableR&D, pilot-line, and special projects

Quick Tips for Choosing Your Model:

  • Voltage & Current: Match your cells’ specs for accurate testing.
  • Channels: More channels mean bigger production or testing scale.
  • Energy Feedback: Save up to 80% power with regenerative options on higher-end models.
  • Applications: From small consumer cells to EV-grade power batteries—we have the right fit.

This clear comparison helps you pick the right Power Battery Cell Testing System for your US-based needs, whether you’re testing lithium-ion cells for electric vehicles, energy storage, or electronics.

Software & Automation Level

Our Power Battery Cell Testing System comes with Derui BATTEST® professional software, designed to make your testing smooth and efficient. It runs on Windows and supports multiple languages, so it’s easy to use no matter your setup.

Key software features include:

  • Unlimited step nesting for complex testing sequences
  • Parallel channel control to handle large-scale testing simultaneously
  • Flexible data export options: Excel, SQL, JSON formats ready for your data needs

For smart factories, our system supports OPC UA and SECS-GEM communication protocols, enabling seamless integration with MES and automation systems.

Need hands-off operation? We offer optional robotic loading and unloading integration to boost your lab’s automation and productivity.

Reliability & Service You Can Count On

Power Battery Cell Testing System Warranty Service

We back our Power Battery Cell Testing System with a 24-month industry-leading warranty to give you peace of mind. If anything comes up, our remote diagnostics and over-the-air (OTA) upgrades make troubleshooting fast and easy—no need to wait for on-site visits.

To keep your operation running smoothly, we maintain a global spare parts inventory with quick delivery, especially in Asia where most parts arrive within 48 hours. Plus, our team provides on-site installation and hands-on training, ensuring your staff gets the most out of the system from day one.

With us, you’re not just buying a testing system—you’re getting reliable support every step of the way.

Customer Cases & Testimonials

See how leading battery makers rely on our Power Battery Cell Testing System:

  • Top 3 Chinese EV battery giant: Operating 5,000+ channels since 2025 with consistent stability and fast data turnaround.
  • Major U.S. EV battery supplier: Improved cycle life testing accuracy by 15% using our automated cell grading equipment.
  • Global energy storage company: Integrated our system for pouch and cylindrical cell tests, cutting formation time by 20%.
  • Consumer electronics manufacturer: Enhanced high-power cell testing throughput with our multi-channel battery test platform.

These real-world results show how our high-precision battery test system delivers reliable performance, saves time, and scales up easily for large production or R&D needs.

Technical Specifications

SpecificationDetails
Voltage Range0–6V / 0–10V
Current Range5A to 1000A+
Channels96 to 512+
AccuracyVoltage: ±0.02% FS
Current: ±0.05% FS
Current Ripple<0.05% FS
Rise Time<1ms
Sampling Rate10ms – 50ms
Communication PortsCAN, Ethernet, USB, PLC
Safety ProtectionOver-voltage, over-current, short circuit, thermal protection
Energy FeedbackRegenerative option available
Operating Temp.0°C – 45°C
DimensionsVaries by model (contact for details)
CertificationsCE, UL, TUV, ISO 9001, GB/T, UN38.3

Our power battery cell testing system delivers precise and reliable measurements, built to handle your toughest battery testing needs, whether for EVs, energy storage, or consumer electronics. Need specific details? Reach out for a tailored spec sheet.

Downloads

Access all the resources you need to get started with our Power Battery Cell Testing System:

  • Product Brochure (PDF): Get a complete overview of features, advantages, and key applications.
  • Detailed Specification Sheet: Dive into the technical specs including voltage, current ranges, accuracy, and communication ports.
  • Software Demo Video: Watch our user-friendly BATTEST® software in action for smooth automation and data handling.

Download these anytime to review or share with your team.

FAQ – Your Top Questions Answered

Power Battery Cell Testing System FAQs

1. What’s the price range for the Power Battery Cell Testing System?

Prices depend on the model, channel count, and features. Entry-level units start competitively, while high-channel, energy feedback models come with premium pricing. Contact us for a custom quote.

2. How long is the lead time?

Typically, delivery takes 6 to 8 weeks after order confirmation. Expedited options may be available depending on current stock and order size.

3. Can the system be customized?

Yes! We offer tailored voltage, current ranges, channel counts, and software features to meet your exact testing needs.

4. Is energy feedback worth it?

Energy feedback (regenerative) options can save over 80% on electricity costs during cycle testing, leading to fast ROI — especially useful for high-volume labs.

5. What battery types does it support?

Our system handles prismatic, cylindrical (18650, 21700, 4680), and pouch cells commonly used in EVs, ESS, and consumer electronics.

6. What about software and connectivity?

Derui BATTEST® software supports unlimited step nesting, data export, and smart factory protocols like OPC UA and SECS-GEM for easy integration.

7. Can multiple channels run independently?

Yes, each channel operates independently with 4 automatic current switching ranges to optimize testing precision.

8. What certifications does the system have?

Our testing systems comply with CE, UL, TUV, ISO 9001, GB/T, and UN38.3 safety standards.

9. Is there on-site support available?

We provide installation, training packages, remote diagnostics, OTA upgrades, and a global spare parts network with fast delivery times.

10. How accurate and stable is the system?

Voltage/current ripple stays below 0.05% FS, with high-precision hardware and real-time monitoring to ensure reliable test results.

11. Does it integrate with environmental chambers?

Yes, we offer interfaces that support temperature, humidity, vacuum, and dry room conditions to simulate real-world testing.

12. Can I test cell safety and lifecycle?

The system covers full test processes including formation, cycle life, HPPC, EIS (optional), OCV/SOC, and safety testing.

For detailed answers or custom requests, just reach out via chat, email, or phone. We’re here to help you get the most from your battery testing.

Get Started with Your Power Battery Cell Testing System

Ready to boost your battery testing? Request a quotation today—just fill out our quick form, and we’ll get back to you fast.

Download the full specification sheet to see all the features and technical details before deciding.

Need answers or quick help? Reach out anytime via live chat, WhatsApp, or email. We’re here to support your testing needs every step of the way.

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Models DR-D213
AC parameters Wiring method Three-phase five-wire system
Power supply voltage 380±10% VAC
Power supply frequency 50±5% Hz
Power factor > 0.99
Max. power feedback efficiency ≥ 75%
THD <5%
DC parameters Output current 30A, 60A, 100A, 150A, 300A
Single channel voltage range 0.8V~5V
Voltage accuracy ± 0.02% F.S
Voltage resolution 0.1mV
Current accuracy ± 0.02% F.S
Current resolution 0.1mA
Current response time 5ms(10%~90% F.S)
Current switching time 10ms(-90%~90% F.S)
Min. Working Condition Simulation interval 10ms
Upper computer software function Charging mode CC, CV, CCCV, CP etc.
Discharge mode CC, CV, CP, CR etc.
Other working mode Still,Pause,Working condition test,Pulse test,DCIR
Test cut-of condition Battey voltage, current, time, capacity, temperature
Data export Format Excel, TXT etc.
Data recording interval 10ms
Editable step Max.10000
Programmable step Max.10000
Nested loop Max.10 layers
Software protection OCP/OVP/UVP/Reverse or wrong connection protection/ Protection for abnormal communication
Third-party Device Integration Support linkage of temp. chamber, MTV/MTS, and pressure sensor
Other parameters IP grade IP20
Working temperature 0℃~40℃
Cooling method Forced Fan-cooled
Noise <75dB
Cabinet size(W*D*H mm) 600*850*1030 / 600*800*1980

1. What is a Power Battery Cell Testing System?
A Power Battery Cell Testing System is a specialized piece of equipment used to evaluate the performance, longevity, and safety of individual battery cells. It performs critical tests like cycle life, capacity, efficiency, and internal resistance, providing essential data for R&D and quality control in industries like electric vehicles and energy storage.

2. How much does a Power Battery Cell Testing System cost?
The cost varies significantly based on channel count, current/voltage ranges, and features like energy feedback. Entry-level systems can start in the tens of thousands of dollars, while high-channel, high-power systems with full automation can reach several hundred thousand. It's best to request a custom quote based on your specific testing requirements.

3. What is the benefit of an energy feedback (regenerative) system?
An energy feedback system recovers and reuses over 80% of the energy dissipated during charge-discharge cycle testing back to the grid. This drastically reduces electricity costs and heat generation, leading to a faster return on investment and lower operational expenses, especially for high-volume testing labs.

4. Can the testing system handle different battery cell types like prismatic, cylindrical, and pouch?
Yes, a high-quality Power Battery Cell Testing System is designed to be agnostic to cell form factors. With the appropriate fixtures and channel configurations, it can test all common cell types, including 18650, 21700, 4680 cylindrical cells, as well as large-format prismatic and pouch cells.

5. What software is included with the testing system, and what are its capabilities?
These systems typically come with proprietary software (e.g., Derui's BATTEST®). Key capabilities include unlimited test step editing, real-time data graphing and logging, parallel channel control, and advanced data export options (to Excel, SQL, etc.) for in-depth analysis and reporting.

6. Do all channels operate independently?
Yes, in a modern testing system, each channel operates independently. This allows you to run different test profiles on different channels simultaneously, pause individual channels, and handle a mix of cell types or SoC (State of Charge) levels without interrupting other tests, maximizing lab efficiency.

7. What certifications should a reliable Battery Cell Testing System have?
Look for systems that comply with international safety and quality standards. Key certifications include UL and CE for electrical safety, ISO 9001 for quality management, and specific standards like UN38.3 for lithium-ion battery testing compliance.

8. How accurate and stable is the voltage and current control?
For power battery testing, high precision is critical. Top-tier systems offer accuracy better than ±0.05% of Full Scale (FS) and current ripple below 0.05% FS. This ensures that your test results are reliable, repeatable, and can detect subtle performance differences between cells.

9. Can the system integrate with environmental chambers?
Absolutely. Most systems offer interface options (often via CAN or Ethernet) to synchronize with external environmental chambers. This allows you to perform temperature cycling tests, simulating real-world conditions from sub-zero to high temperatures to validate battery performance under stress.

10. What safety features are built into the system?
Beyond standard electrical protections (over-voltage, over-current, short-circuit), advanced systems include software-based alarms, thermal runaway early warning using dV/dt and dT/dt analysis, and seamless integration with facility safety systems to protect both the equipment and operators.

11. What is the typical lead time for delivery and installation?
Lead times can range from 8 to 16 weeks after order confirmation, depending on the system's complexity and customization. This includes manufacturing, factory acceptance testing, and coordination for on-site installation and training by specialized engineers.

12. What kind of support and warranty is provided?
Reputable manufacturers offer a comprehensive warranty (e.g., 24 months) and ongoing support. This often includes remote diagnostics, over-the-air (OTA) software updates, a global spare parts network, and optional on-site installation and training services to ensure your system operates smoothly.

 
 
 
 
 
 
 
 
 
 

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