Capture fleeting variations and differentiate with precision.

The 9 Series battery testing system is designed for high-precision battery testing, focusing on battery material research and power cell testing.

The entire series supports the SMBus communication protocol, specifically designed for smart battery testing to enhance the accuracy of test data and the convenience of the testing process.

BTS-9000

Recording Frequency
1000Hz

Minimum Pulse Width
400μs

Current Response Time
≤100μs

Current Accuracy
±0.02% F.S.

Off-Line Test
1GB

Resolution AD 16bit

High-precision battery testing solutions, intelligent, efficient, and suitable for battery testing in multiple fields.
SMBus communication: designed specifically for smart battery testing, enabling efficient communication with the battery.
Ultra-fast response: supports cross-unit paralleling,with a recording interval of10ms in condition simulationtesting,and internal clocksynchronization error betweenchannels is ＜1μs.
Multi-channel testing capability: this series of equipment supports multi-channel parallel testing, significantly improving testing efficiency and catering to the large-scale battery detection needs of laboratories and industrial production lines.
A multitude of functionalities: support DCIR Test, Pulse simulation test, cycle life test, rate charging / discharging test and dQ/dV differential capacity curve analysis.
Energy recycling, efficient and eco-friendly: battery discharge energy recovery, supplying other test channels or returning to the internal network.
*CT/CE: Battery charging-discharging test system. "E" indicates that this equipment is equipped with energy feedback function.

Cyclic Voltammetry (CV) is an electrochemical technique that studies electrochemical reactions by applying a linearly scanned voltage to the electrode and recording the corresponding current response.
NEWARE battery testing system now supports CV measurements.
CV testing seamlessly integrates with charge-discharge testing without the need to move the battery.
CV steps can be combined with charge-discharge cycles, allowing flexible adjustment of testing workflows.
High-precision voltage and current control deliver exceptional accuracy and reliability for CV testing.
A high sampling rate facilitates increased data collection, thereby providing more comprehensive CV test information.