CE-6001n-3000V200A

• Ultra-high voltage output up to 3000 V

• Current output up to 200 A per channel

• 300 kW single-channel output power

• 600 kW total output power

• Voltage and current accuracy: ±0.02% F.S.

• 24-bit voltage and current resolution

• Current response time ≤10 ms

• Current conversion time ≤20 ms

• Minimum pulse width: 100 ms

• Minimum recording interval: 10 ms

• Up to 4-channel parallel operation

• AC/DC + DC/DC dual-stage high-frequency isolated architecture

• Constant current, constant voltage, and constant power modes

• Built-in pulse testing, condition simulation, cycle-life testing, and DCIR

• TCP/IP Ethernet, CAN FD, CAN, and RS485 communication

• BMS integration

• High-voltage DC source simulation for PCS testing

• Energy feedback efficiency up to 96%

The NEWARE CE-6001n-3000V200A is an ultra-high-voltage battery testing system designed for high-voltage energy storage packs, ultra-high-voltage battery clusters, and high-voltage DC source simulation for PCS testing. With a maximum charging and discharging voltage of 3000 V, current output of up to 200 A, and 300 kW of single-channel output power, the system is designed for high-power battery and energy storage applications requiring high-voltage testing capabilities. The system features an AC/DC and DC/DC dual-stage high-frequency isolated modular architecture, providing a scalable platform for flexible system configuration, production-line integration, and maintenance. Up to four channels can be operated in parallel for higher-current applications. NEWARE specifies customizable current configurations from 200 A to 1600 A for the parallel expansion architecture. For dynamic battery testing, the CE-6001n supports constant current (CC), constant voltage (CV), and constant power (CP) charge/discharge modes, together with pulse testing, condition simulation, cycle-life testing, continuous charge/discharge switching, and DCIR testing. The system also supports TCP/IP Ethernet, CAN FD, CAN, RS485, and BMS communication, allowing integration with environmental chambers, water chillers, vibration testers, and other equipment for automated and system-level battery testing.

The formal technical table on NEWARE's product page specifies 1–200 A as the current output range, while the feature section describes customizable configurations from 200 A to 1600 A for parallel expansion. For the RYTS product page, I recommend keeping 1–200 A in the main specification table and describing up to 1600 A separately as a parallel/custom configuration.

Ultra-High-Voltage Battery Cluster Testing

Designed for testing high-voltage battery clusters used in next-generation energy storage and power applications.

Energy Storage Pack Testing

Supports high-voltage charge/discharge testing, cycle-life evaluation, and performance characterization of energy storage battery packs.

PCS Testing

Provides high-voltage DC source simulation for Power Conversion System (PCS) testing and validation.

Battery Cycle-Life Testing

Supports CC, CV, and CP charge/discharge modes for long-term battery performance and cycle-life evaluation.

Pulse & Condition Simulation

Built-in pulse steps and condition simulation functions enable dynamic testing and reproduction of operating conditions.

DCIR Testing

Built-in Direct Current Internal Resistance (DCIR) testing provides rapid evaluation of battery resistance characteristics.

BMS Integration

Supports communication with mainstream BMS systems through CAN FD, CAN, RS485, and other communication interfaces.

Environmental & System-Level Testing

Can be integrated with environmental chambers, water chillers, vibration testers, and other peripheral equipment for comprehensive battery testing.