Neware CE-6004n-500V200A-IG Battery Pack Testing System, ENCE6004n500V200AIG

SKU: ENCE6004n500V200AIG

Neware CE-6004n-500V200A-IG Battery Pack Testing System, ENCE6004n500V200AIG — Four-channel Neware CE-6004n regenerative battery-pack tester rated at 500 V / 200 A, with 100 kW per channel, 400 kW total output, and 24-bit acquisition.

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Neware CE-6004n-500V200A-IG Battery Pack Testing System, ENCE6004n500V200AIG

Product Type: High-Voltage Regenerative Battery Pack Testing System
Brand: Neware
Part Number: ENCE6004n500V200AIG

Product Introduction

The Neware CE-6004n-500V200A-IG is a four-channel regenerative tester for full battery packs used in electric vehicles and energy-storage systems. Its 500 V / 200 A architecture handles high-power charge/discharge profiles while returning discharge energy to the facility supply.

Key Features

• 500 V / 200 A configuration — high-voltage pack-level test capability
• Four test channels — 100 kW specified output per channel
• 400 kW total output — industrial regenerative power platform
• 24-bit resolution — ±0.02% F.S. voltage and ±0.05% F.S. current accuracy
• ≤5 ms current response — supports drive-cycle simulation, DCIR, pulse testing, and GITT

Specification

Parameter	Specification
Part Number	ENCE6004n500V200AIG
Power	AC380V±10%, three phase, 50/60Hz, 444.4 kW
Channel Numbers	4 channels
Voltage Features	Charge Voltage: 0-500 V Discharge Voltage: 10 V ~ 500 V Minimal discharge voltage: 10 V Accuracy: ± 0.02% of F.S. Resolution: 24 bit
Current Features	Output Range: 1A – 200A Accuracy: ± 0.05% of F.S. CV Cut-Off Current: 0200 mA Resolution: 24 bit
Output Power	100 kW/Channel Whole machine output power: 400 kW
Time	Current Response Time: ≤5 ms Current Conversion Time: ≤10 ms Min. Step Time: 0.1 s
Main Test Functions	Constant current charging/discharging (CCC/CCD) Constant voltage charging/discharging (CVC/CVD) Constant power charging/discharging (CPC/CPD) Constant current constant voltage charging/discharging (CCCVC/CCCVD) DCIR Pulse Simulation Test GITT
Data Record/Report	Recording Conditions: (a) minimum time interval: 10 ms; (b) minimum voltage interval: 1 V; (c) Minimum current interval: 0.4 A. Export File Types: Excel, TXT

Applications

EV battery-pack validation, energy-storage pack cycling, regenerative load testing, drive-cycle simulation, and high-voltage production qualification.

References:

J. Li, et al., Accurate battery pack modeling for automotive applications, J. Power Source, 2013, 237, 215-228

S. Mutagekar, et al., Understanding the Li-ion battery pack degradation in the field using field-test and lab-test data, Journal of Energy Storage, 2022, 53, 105216.

Note: Browse related products in the Battery Testing Equipment category.