0-10V per channel, 0-600A per channel (1800A parallel total), and 6000W total autoranging power in a compact 3U 19" rack chassis. Three independent bidirectional channels with regenerative energy recovery up to 96%. 18-bit digital control, 1 ms command cycle, constant voltage/current/power/resistance modes, reverse polarity detection, auto pre-charge, and dynamic sense regulation. Built-in Gbit Ethernet, ProfiNet, CAN-FD, EtherCAT. Ideal for high-current battery cell, module, and pack testing in EV, aerospace, and renewable energy.

Output Current

0-600A

Output Power

6000W

Output Voltage

0-10V

Type

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Description

30-Second Fit Check

Output: 3 independent bidirectional channels, each 0-10V, 0-600A (1800A total in parallel).
Total power: 6000W (2000W per channel, autoranging).
Energy recovery efficiency: up to 96% in discharge mode, feeding energy back to the grid.
Regulation modes: CV, CC, CP, CR for complete battery test flexibility.
Control speed: 1 ms command cycle; selectable Normal, Fast, Slow control loops.
Safety: Reverse polarity detection, automatic pre-charge, dynamic sense regulation for cable fault detection.

What It Is + Why It Matters

Dedicated high-current battery tester for cells, modules, and packs – ideal for EV, aerospace, and renewable energy applications.
Three independent bidirectional channels enable parallel testing of multiple cells or parallel operation for up to 1800A single output.
Energy recovery up to 96% drastically reduces energy costs and heat dissipation, minimizing HVAC requirements.
High precision and speed – 18-bit digital control ensures accurate measurements; 1 ms command cycle for real-time control.
Comprehensive safety features protect both the tester and the battery under test.
Scalable architecture – parallel up to 64 units for system power up to 1.92 MW.

Note: Autoranging technology provides full power across voltage and current range. Always follow battery safety guidelines.

Key Specs (EA-BT 20010-600 3U)

Voltage per channel: 0-10V (adjustable).
Current per channel: ±600A (bidirectional).
Power per channel: 2000W (autoranging).
Total device power: 6000W.
Parallel operation: up to 1800A per device (3 channels paralleled).
Communication interfaces: Gbit Ethernet, ProfiNet, CAN-FD, EtherCAT (built-in).
Supported protocols: SCPI, ModBus, LabVIEW, IVI drivers.
Measurement resolution: 18-bit digital control.
Dimensions: 19" rack, 3U height. Weight: approx. 32-35 kg.

Interfaces & Software

Built-in high-speed communication: Gbit Ethernet, ProfiNet, CAN-FD, EtherCAT – 1 ms cycle time.
USB host on front panel for data logging and test sequence loading.
Digital I/O for external control and status monitoring.
Included software: EA Power Control for test sequencing, EA Battery Simulator for emulation.
Programming support: SCPI, ModBus commands; LabVIEW and IVI drivers available.
Remote sense per channel with dynamic sense regulation and reverse polarity detection.

Best for / Not for

Best for: High-current battery cell cycling (Li-ion, LFP, solid-state), module and pack formation, charge/discharge characterization, second-life battery testing, and production end-of-line (EOL) testing in EV, aerospace, and renewable energy industries.
Not for: Applications requiring voltage above 10V per channel (use higher voltage BT models); single-channel low-current applications (overkill).

Selection Checklist + Integration

Confirm battery voltage ≤ 10V per channel (for higher voltage use other BT 20000 series models up to 920V).
Current rating: up to 600A per channel; parallel all three channels for 1800A single output.
DC connection: Use appropriate busbars or cables for 600A (≥120mm² per pole).
Mounting: 19" rack, 3U height, allow >30cm rear clearance for airflow.
For master-slave parallel (up to 64 units): Connect Share bus and digital bus; total system power up to 1.92 MW.
For energy recovery: Ensure AC grid can accept regenerated power; check local regulations for grid protection device.
Software: Use EA Power Control for automated test sequences; EA Battery Simulator for battery emulation.