What Is NEBTS 4.0 Battery Test Software?
NEBTS 4.0 is a battery test execution and automation software platform designed for lithium battery validation, covering cell characterization, module and pack qualification, R&D testing, and end-of-line production testing.
The platform connects battery cyclers, PLC systems, MES platforms, and auxiliary instrumentation within a unified software environment. With a scalable 3-tier Client/Server architecture, NEBTS 4.0 supports more than 3,000 simultaneous test channels, enabling centralized management of large-scale battery testing operations.
From laboratory validation to high-throughput production testing, NEBTS 4.0 provides test sequence automation, real-time data acquisition, equipment control, production integration, and data analysis in one platform.
Key Capabilities of NEBTS 4.0
1. Battery Testing from Cell to Module and Pack
NEBTS 4.0 supports multiple levels of lithium-ion battery testing, including:
- Cell characterization
- Module qualification
- Battery pack testing
- R&D validation
- End-of-line production testing
This enables battery manufacturers and R&D organizations to use a common software platform across different stages of the battery development and manufacturing process.
2. High-Speed Data Acquisition for Dynamic Battery Testing
Battery testing increasingly requires the simulation of dynamic operating conditions rather than simple constant-current or constant-voltage profiles.
NEBTS 4.0 supports 10 ms standard sampling and up to 1 ms high-speed acquisition for high-dynamic test scenarios.
Its real-time variable engine supports:
- Custom formulas
- Lookup tables (LUT)
- Dynamic test-condition calculations
- Multi-variable coupling
- Real-world operating profile simulation
The platform can also dynamically process test-step transitions based on voltage thresholds, current limits, time duration, temperature boundaries, or formula outputs.
3. Automated Test Sequence Execution
NEBTS 4.0 allows engineers to create structured and configurable battery test sequences.
Test sequences can include:
- Configurable test-step parameters
- Branching logic
- Loop conditions
- Formula-based conditions
- Automated batch scheduling
- Automated pass/fail decisions
This helps reduce repetitive manual operations and provides a more consistent testing workflow for both laboratory and production environments.
3-Tier Architecture for Scalable Battery Test Management
NEBTS 4.0 uses a 3-tier Client/Server architecture that separates presentation, application logic, and data management.
Each tier can scale independently, while the application server manages test sequencing, real-time control loops, and device communication.
The architecture supports:
- More than 3,000 simultaneous channels
- Single-site and multi-site deployment
- Desktop, web, and remote-terminal access
- Windows 10/11 and Windows Server environments
- Centralized test program management
- Multi-user and role-based access
This architecture is designed to support both individual laboratory deployments and larger battery testing facilities.
PLC and MES Integration for Production Automation
For battery manufacturing environments, test software needs to communicate with production equipment and manufacturing execution systems.
NEBTS 4.0 supports native OPC-UA and Modbus TCP/RTU communication with PLCs, together with bidirectional MES integration through REST API and SQL.
The integration enables:
MES → NEBTS 4.0 → PLC / Test Equipment → Test Result → MES
This architecture can support:
- DUT traceability
- Automated test execution
- Automated pass/fail routing
- Production-line logic control
- Test-result exchange
- Peripheral equipment integration
By connecting battery test systems with production automation, NEBTS 4.0 helps create a more connected battery testing workflow from manufacturing execution to final test results.
Multi-Site Battery Test Management
For organizations operating multiple battery laboratories or production facilities, NEBTS 4.0 provides centralized multi-site management.
A single server instance can manage equipment across multiple facilities, while site-level permissions and centrally maintained program libraries help standardize test processes.
The platform also supports offline operation. When a network outage occurs, locally cached parameters can allow test sequences to continue, with data buffered and synchronized after connectivity is restored.
Automated event notifications can be configured for:
- Channel alarms
- Test completion
- Fault detection
- Scheduled reports
- Defined test-program events
Real-Time Battery Test Monitoring and Data Analysis
NEBTS 4.0 provides an operator interface for real-time channel monitoring, test-step configuration, waveform analysis, and test-data visualization.
Its data-analysis capabilities can be used to examine relationships between battery operating conditions and test results, including temperature, SOC, and discharge power.
The Formula Matrix Engine supports multidimensional analysis such as discharge-power maps under different temperature and SOC conditions.
For example, the software can visualize:
- 10-second discharge power profiles
- 30-second sustained discharge power profiles
- Temperature versus SOC versus power relationships
- Waveforms and test data
- Multiple test parameters and formulas
These capabilities help engineers analyze battery behavior under different operating conditions and extract useful insights from large volumes of test data.
Why Choose NEBTS 4.0 for Battery Test Automation?
Battery manufacturers and R&D organizations need testing software that can scale with increasing test complexity, channel volume, and production requirements.
NEBTS 4.0 combines battery test automation, high-speed data acquisition, equipment control, PLC/MES integration, multi-site management, and data analysis within one software platform.
Its key advantages include:
- Scalable testing — supports more than 3,000 simultaneous channels.
- High-speed measurement — up to 1 ms acquisition for dynamic test scenarios.
- Cell-to-pack coverage — supports cell, module, and pack testing.
- Production integration — connects with PLC and MES systems.
- Multi-site management — enables centralized management across facilities.
- Automated testing — supports configurable sequences, branching, loops, and batch scheduling.
- Advanced analysis — provides waveform, real-time monitoring, and multidimensional test-data analysis.
Frequently Asked Questions (FAQ)
What is battery test software?
Battery test software is used to configure, execute, monitor, automate, and analyze battery tests. It typically controls battery cyclers and related instruments while managing test sequences and collecting test data.
Can NEBTS 4.0 test cells, modules, and battery packs?
Yes. NEBTS 4.0 supports testing workflows covering cell, module, and pack validation, from R&D testing through end-of-line production testing.
How many battery testing channels can NEBTS 4.0 manage?
NEBTS 4.0 supports more than 3,000 simultaneous channels, providing a scalable architecture for large battery testing facilities.
Does NEBTS 4.0 support high-speed battery testing?
Yes. The software supports 10 ms standard sampling and up to 1 ms data acquisition for high-dynamic test scenarios.
Can NEBTS 4.0 integrate with MES and PLC systems?
Yes. NEBTS 4.0 supports OPC-UA and Modbus TCP/RTU for PLC communication and bidirectional REST API / SQL for MES integration.
Can NEBTS 4.0 be used for production-line testing?
Yes. The platform supports automated test sequence execution, batch scheduling, PLC integration, MES communication, DUT traceability, and automated pass/fail routing for production testing.
Does NEBTS 4.0 support multi-site battery test management?
Yes. A centralized server can manage equipment across multiple facilities, with site-level permissions and centrally maintained test-program libraries.
NEBTS 4.0: One Platform for Battery Test Automation
From cell characterization to module and pack validation, from R&D laboratories to automated production lines, NEBTS 4.0 provides a scalable software foundation for modern battery testing.
With high-speed data acquisition, automated test execution, PLC/MES integration, multi-site management, and advanced data analysis, NEBTS 4.0 helps battery manufacturers build a more connected, automated, and scalable battery testing environment.
Explore NEBTS 4.0 for your battery testing and production automation requirements.
Learn more about Nebula Battery Testing Solutions.
Mail: market@e-nebula.com
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Post time: Aug-16-2026