Highlights Of Sinexcel'S Strategic Collaboration And
Innovative Solutions.
Silicon carbide (SiC) MOSFETs achieves ultra-high efficiency primarily due to their wide bandgap, which leads to lower on-state resistance (Rds(on)), faster switching speeds, and reduced switching losses. These properties enable SiC MOSFETs to operate at higher frequencie and temperature with improved overall performance, resulting in more efficient power conversion systems
SINEXCEL-RE is a leading manufacturer of battery testing equipment and a provider of battery testing equipment solutions.
Battery Test Equipment
High-Precision Battery Test Systems for R&D and Mass Production
Supporting Cell to Pack Level Testing with Regenerative Power, Ultra-High Accuracy, and Integrated Protection
Trusted by Global EV, ESS, and Battery Manufacturers
High-Precision Battery Testing Equipment for R&D and Production
Scalable battery testing systems for cell, module, and pack testing — supporting high-voltage, high-power, and regenerative applications.
- Cell / Module / Pack level testing up to EV scale
- High dynamic response and regenerative power capability
- Modular architecture for R&D, pilot lines, and mass production
Detailed Introduction
Battery testing equipment is analytical equipment used in the fields of energy science and technology, and material science. It is mainly used to test various performance parameters of batteries, such as voltage, internal resistance, charge and discharge performance, etc. The equipment can quantitatively and accurately measure the basic parameters of the battery, including open circuit voltage, internal resistance, charge and discharge performance, etc. Especially for the protection of lithium batteries, such as overcharge protection, over-discharge protection, overcurrent protection and short circuit protection. SINEXCEL-RE’s solution uses advanced algorithms and excellent circuit structures to sample, calculate and display the measured voltage, current, capacity and other parameters. It is widely used in battery production, battery testing, pre-sales and after-sales services and other fields.
High-Accuracy Measurement With Seamless Auto-Ranging
Achieves automatic seamless range switching within the full measurement range and a static measurement accuracy of 0.02% Full Scale through the systematic design of the signal chain, multi-range parallel topology, and full-digital closed-loop compensation.
Low-Latency, High-Fidelity Data Acquisition Architecture
Delivers an end-to-end high-speed data acquisition system with low latency and high fidelity, enabling 1 ms high-frequency recording through synchronized hardware acquisition, real-time pipeline processing, and lossless data management.
High-Efficiency Regenerative AC/DC/AC Power Conversion
High regeneration efficiency (96% @ 1700V) by constructing a high-efficiency, high-dynamic-performance, bidirectionally controllable AC/DC/AC power conversion system.
End-to-End High-Speed Data Acquisition (1 ms Resolution)
Delivers a low-latency, high-fidelity end-to-end data acquisition system, enabling 1 ms high-frequency recording through synchronized hardware acquisition, real-time pipeline processing, and lossless data flow.
Our Products
Our range of battery test equipment includes various specialized test systems such as the Milliampere-level Test System, IT Battery Test System, and EV Battery Test System, among others
High Performance EV Battery Test System
discharge:-6V-6V
voltage accuracy:0.02%F.S.
current accuracy:0.02%F.S.
Battery Module (60v-300v) Test System
voltage accuracy:0.02%F.S.
current accuracy:0.02%F.S
Battery PACK (500v-1000v) Test System
voltage accuracy:0.02%F.S.
current accuracy:0.02%F.S.
High-Volt Storage Battery Cluster Test System
voltage accuracy:0.03%F.S.
current accuracy:0.03%F.S.
Milliampere-Level Test System
discharge:-100mA~100mA
voltage accuracy:0.01%F.S.
current accuracy:0.02%F.S.
IT Battery Test System
discharge:1~5V
voltage accuracy:0.02%F.S.
current accuracy:0.05%F.S.
EV Battery Test System
discharge:1-5V
voltage accuracy:0.02%F.S.
current accuracy:0.02%F.S.
Multi-layer safety protection
When testing new battery technologies, safety is paramount. Our solution offers multiple layers of hardware and software protection, including advanced features such as battery voltage/current trend protection, reverse battery protection, and cross-talk protection between device channels. These protective mechanisms are automatically built into the hardware, making them easy to control within a single solution. There are no hidden fees or additional costs; safety is integrated into the core of the product design, not added as an afterthought. All these advanced protection features are controlled and fully integrated into an automated system, providing comprehensive safety assurance for the entire testing environment.
Product Highlights
Discuss Your Battery Testing Requirements
Every battery testing application is different.
Our engineers work closely with customers to define system configuration, power level, accuracy, and scalability based on real test requirements.