Logo of Sinexcel-RE, featuring the company name in stylized font.

Experience the Future of EV Battery Testing at The Battery Show Europe 2025!

We are thrilled to invite you to join us at The Battery Show Europe 2025 in Stuttgart, Germany! SINEXCEL-RE will be showcasing our EV Battery Test System – a powerful solution designed for the precise testing of electric vehicle batteries. Whether you are a battery engineer, quality control expert, or part of the EV supply chain, this is a fantastic opportunity to see firsthand how our system can meet your testing needs.

📅 Event Details:

  • Dates: June 2025

  • Location: Messe Stuttgart, Germany

  • Booth: Hall 9 – C70 (SINEXCEL-RE)

At our booth, you will have the chance to explore the full capabilities of our EV Battery Test System and discuss the latest advancements in battery testing technology. Here are just a few reasons why you should stop by:

Key Features of the EV Battery Test System

1. Precision Testing for EV Batteries

Our system is designed with cutting-edge technology to provide ultra-high accuracy for battery testing.

  • Voltage Accuracy: ±0.01% F.S.

  • Current Accuracy: ±0.02% F.S.
    These features ensure that the testing results are reliable and consistent, which is critical when evaluating the performance of EV batteries.

2. Multi-Function Testing Capabilities

The EV Battery Test System is equipped to perform various types of tests, including:

  • Cycle Test

  • Capacity Test

  • Dynamic & Static SOC Test

  • Temperature Characterization

  • DCIR Test
    These tests are essential for evaluating battery performance in different conditions and ensuring the quality and safety of batteries in electric vehicles.

3. Fast Response and High Efficiency

  • Current Response Time: 5 ms

  • Voltage Switching Time: 50 ms
    This allows for rapid simulation of different operating conditions and provides real-time testing for EV batteries.

4. Regenerative Energy Feedback

With 95% regeneration efficiency, our system minimizes energy loss and is environmentally friendly. This feature also reduces the need for air conditioning and power distribution, making it an ideal solution for sustainable battery testing.

Applications of the EV Battery Test System

The EV Battery Test System is perfect for a variety of applications:

  • Battery Research and Development: Whether you are testing small-scale prototypes or large-scale production batteries, this system meets the needs of any R&D project.

  • Production Line Testing: With flexible scalability and automation features, it’s perfect for integrating into battery manufacturing processes.

  • Quality Control and Validation: Ensure your batteries meet the required safety and performance standards before they are deployed in electric vehicles.

Why Visit SINEXCEL-RE at The Battery Show Europe 2025?

When you visit our booth, you’ll have the opportunity to:

  • See Live Demonstrations: Watch our system perform real-time tests and witness the high precision and speed of the EV Battery Test System.

  • Ask Questions: Our team of experts will be on hand to answer any questions you may have about battery testing, our technology, and how it can be applied to your specific needs.

  • Learn More: Get in-depth information about how our system can help streamline your battery testing process and enhance the performance of your EV batteries.

Plan Your Visit

The Battery Show Europe 2025 will be a great platform to network with industry professionals and learn about the latest developments in the battery technology space. If you’re interested in discussing your specific testing needs, we’d love to meet you at our booth, Hall 9 – C70.

For more details about our EV Battery Test System, visit our website.

We look forward to seeing you at The Battery Show Europe 2025! Let’s work together to power the future of electric vehicles and green energy.

Contact Information

News Categories

Let’S Build The Future With Innovation.

Africa

Tel : +86 020 31239309/37413516
Address:Building 2, No. 34, Xialiang Shakenghe Road, Baiyun District, Guangzhou, China