WHW-200L2-0C-220V-5V100mA-160CH
Dual-Temperature Zones All-in-One Battery Testing System
Quantity
Key Highlights
All-in-one solution: Coin cell testing & dual-temperature control. It is equipped with advanced processors and powerful computing capabilities, enabling efficient processing of large-scale data and complex computing tasks.
Description
Dual-Temperature Battery Testing with 160 Independent Channels The NEWARE WHW-100L-2-160CH is an all-in-one battery testing system that integrates 160-channel battery testing with two independent temperature-controlled chambers. Each chamber provides a 100 L capacity, allowing battery testing and controlled-temperature experiments to be performed within a single integrated platform. The dual-zone configuration enables researchers to conduct different testing conditions simultaneously, with each chamber operating independently. This makes the system suitable for comparative battery studies where different temperatures, test programs, or experimental conditions need to be evaluated at the same time. The system provides 5 V / 100 mA per channel, ±0.05% F.S. voltage and current accuracy, and a 10 Hz recording frequency. Both chambers support a temperature range of 0–60°C, with a temperature fluctuation of ≤1°C under stable no-load conditions. By integrating battery cycling and temperature control into one system, the WHW-100L-2-160CH provides a space-efficient solution for high-throughput battery research, temperature-dependent characterization, cycle-life testing, and comparative battery studies.
Specifications
Parameter | Specification |
Model | WHW-100L-2-160CH |
Full Model Reference | WHW-200L2-0C-220V-5V100mA-160CH |
Equipment Name | Dual-Temperature Zones All-in-One Battery Testing System |
Number of Temperature Zones | 2 |
Testing Channels | 160 CH |
Nominal Chamber Capacity | 100 L × 2 |
Total Nominal Capacity | 200 L |
Voltage | 5 V/channel |
Current | 100 mA/channel |
Voltage & Current Accuracy | ±0.05% F.S. |
Recording Frequency | 10 Hz |
Temperature Range | 0–60°C |
Temperature Fluctuation | ≤ 1°C (±0.5°C) |
Temperature Deviation | ±2.0°C |
Heating Time | 25→60°C ≤ 30 min |
Cooling Time | 25→0°C ≤ 50 min |
Internal Size | 500 × 500 × 400 mm per chamber |
External Size | 900 × 990 × 1920 mm |
Net Weight | ≈260 kg |
Power | 0.2 kW |
Cell Capacity | Up to 80 cells/chamber, 160 cells total |
Layer Configuration | 2 layers × 40 battery tray slots per chamber |
Layer Load Capacity | Up to 10 kg/layer |
Insulation | 50 mm polyurethane foam |
Interface | Touch LCD graphical interface |
Communication | Ethernet / DBC-supported communication |
Safety | Power-down data protection, short-circuit protection, fan monitoring |
Application
Battery Research
Battery material characterization
Coin-cell testing
Battery performance evaluation
Cycle-life testing
Charge/discharge testing
Comparative battery studies
Temperature-Dependent Research
Temperature performance evaluation
Low-temperature battery testing
Elevated-temperature battery testing
Thermal-condition comparison
Temperature-dependent cycle-life studies
High-Throughput Testing
Battery screening
Multiple-cell evaluation
R&D laboratories
University research
Battery material research
Battery Pack / BMS-Related Testing
With DBC configuration and communication capabilities, the system can also support testing workflows involving different battery-pack communication protocols.