Our Products

Innovative Battery Testing Instruments Designed for Excellence

Nebula Regenerative Battery Cell Cycle Test System

The Nebula NEEFLCT series is a regenerative battery cycle test system with modular design to meet demands across all tiers of the battery value chain including research and development, pilot production, production testing, and quality control.

Complete discharge testing: Discharge lower limit voltage can be set to a negative value (±10V).
High-current capability: Seamless testing of battery cells within 100 A to 3000 A range.
Regenerative power supply: Consumed energy is efficiently harnessed via DC link or reintegrated into the grid.
Sustainability & efficiency: Maximizes energy recovery, reducing operational costs.

Perfect for R&D labs, pilot lines, production facilities, and quality control teams seeking sustainable and cost-efficient battery testing.

Nebula Battery Module Cycle Test System

Integrates cycle charging/discharging functions for battery modules, enabling precise performance evaluation under real-world conditions.

Cycle testing: Charge/discharge profiles with programmable parameters.
High-current support: Suitable for EV and energy storage modules.
Data logging: Real-time monitoring and reporting.

Perfect for EV manufacturers and energy storage developers.

Battery Testing System X2000

The Battery Testing System X2000 is engineered to meet the needs of high-performance EV and energy storage battery testing. With its high precision and real-time analytics, the X2000 offers reliable and efficient testing for various battery chemistries.

Multi-Channel Testing: Test up to 10 battery cells simultaneously.
High Voltage Support: Up to 1000V for large battery packs.
Real-time Data Logging: Provides instant feedback during testing.
Customizable Reports: Generate detailed test reports.

Perfect for R&D labs, EV manufacturers, and battery pack integrators.

Nebula Battery Internal Resistance Tester

A high-precision instrument designed to measure the internal resistance of battery cells and modules, ensuring accurate diagnostics and quality control.

Accuracy: Ultra-high precision resistance measurement.
Speed: Fast acquisition time ≤1 ms.
Applications: R&D, production testing, and service centers.

Ideal for manufacturers and labs requiring reliable resistance data.

Environmental Test Chambers

Battery Test Chambers are engineered to support EUCAR hazard level evaluation (Levels 0–7) testing through reinforced chamber construction, explosion-rated pressure relief systems, controlled venting architecture, and integrated safety interlocks.

Safety: Reinforced chamber design with explosion-rated relief systems.
Standards compliance: Supports EUCAR hazard level testing (0–7).
Controlled venting: Architecture ensures safe release and containment.
Integrated interlocks: Built-in safety mechanisms for secure operation.

Enables environmental simulation and failure containment within a single, standards-aligned test environment.

PROGRAMMABLE CONTROLLABLE DC POWER SUPPLY

The LAB/HP1 Programmable DC Power Supply delivers flexible, high-performance power for laboratory and industrial applications. With power ratings from 3–90 kW, voltages up to 1,500 V (optionally 2,000 V), and currents up to 4,500 A, it is ideal for demanding test environments.

Interfaces: LAN, RS232, RS485, IEEE488, USB, analog (0–5/0–10 V)
Advanced Control: TFT touch display, fast CV/CC crossover, Master-Slave scalability
Protection: OVP, OTP, UVP, OCP, optional POP/AOP overvoltage protection
Flexibility: Custom voltage/current combinations at no extra cost

Perfect for system integration, R&D labs, and high-power test benches.

HIGH-END BIDIRECTIONAL DC POWER SUPPLIES WITH ENERGY RECOVERY

The LAB/HPR1 Series offers bidirectional DC power supplies with regenerative load capability, ensuring efficient energy recovery during testing. Power ranges from 7–30 kW, voltages from 20–2,000 V, and currents up to 500 A.

Ultra-fast dynamics: Regulation response ≤150 µs
Integrated pole-changer: Seamless source/sink switching
Interfaces: LAN, RS232, RS485, USB, IEEE, analog inputs
Scalability: Master-Slave operation for higher power

Ideal for renewable energy testing, EV battery validation, and utility-scale projects.

PROGRAMMABLE ELECTRONIC DC LOADS

The N6200/N62400/N69200 Series programmable DC electronic loads cover a wide range from 150 W to 60 kW, voltages up to 1,200 V, and currents up to 2,500 A.

Modes: CV, CC, CP, CR, transient simulation
Programmable slew rates: Adjustable rise/fall times
High-current capability: Suitable for EV batteries and power electronics
Regenerative options: Efficient energy recovery during load testing

Ideal for power supply validation, EV battery discharge testing, and industrial electronics.

LINEAR REGULATED AC SOURCES

The EAC/S and EAC/3S Series linear regulated AC sources provide precise and stable AC power for laboratory and industrial testing. With power ratings from 250 VA up to 36,000 VA, voltages up to 700 VAC (optionally 1,000 VDC), and currents up to 2,000 A, these sources are designed for demanding applications.

Output frequency: Up to 2,000 Hz
Interfaces: IEEE488, RS485, RS232, LAN, USB
Accuracy: Distortion factor at Pmax only 0.15%
Programmability: Create custom voltage/current curves via SD card or digital interface
Data logging: Current measurements saved to SD card at configurable intervals
Optional features: External oscillator input, sync input/output for advanced testing

Application areas include simulation of worldwide voltage networks, aerospace and railway systems, medical waveform testing (EN 60601), and standalone laboratory test stations.

Looking for the Perfect Battery Testing Solution?

Whether you’re looking for high-end industrial-grade testers or compact portable analyzers, we have a solution for you. Our team is ready to help you find the perfect fit for your needs.