BEIFUSS
Engineered for Maximum Battery Safety
Why Choose Our Equipment
1.
Track Temperature Anywhere, No Matter How Tight the Space
Ultra-thin Sensors:
Our compact temperature tracking solutions are engineered to deliver accurate, real-time monitoring in confined environments where traditional sensors are too large, difficult to install, or unable to provide reliable data.
SlimFit Sensor Thickness Ranges From 200-275 µm
2.
Catch Issues Early
Quick Response Time for Safe Batteries:
Even small temperature changes can be early indicators of performance issues or safety risks. Our monitoring enables fast detection of thermal anomalies, helping you respond before they escalate into overheating, thermal runaway, product defects, or costly downtime. With instant alerts and continuous monitoring, you gain the visibility needed to protect battery performance, improve product quality, and enhance operational safety.
t90 approximately 850ms
3.
Leave No Blindspots
Measurement From Spot to Array:
From single-point monitoring to high-density sensor arrays, our technology gives you complete thermal visibility across your battery system. Whether you're tracking a critical hotspot or monitoring temperature distribution across multiple cells, you gain the insights needed to detect abnormalities anywhere. By capturing temperature data exactly where it matters, you can improve battery safety, enhance quality, and reduce the risk of hidden thermal events.
Standard Configuration: 4XSingle-Point Channels + 1X Eight-Point Array
4.
Maintain Accuracy Even Under Compression
Engineered to High Pressure Environment:
Built to withstand significant compression and mechanical stress, our sensors provide consistent, interference-free temperature data, giving you reliable thermal insights throughout the battery lifecycle.
Tested Unitl 5.7 kN
5.
See Beyond the Surface. Measure the Core
Measure Inside the Battery in Real Time :
Capture critical temperature data directly from the battery core, not only under static conditions but during active operation. Battery core measurements reveal thermal events as they occur, enabling deeper insights into performance, degradation, and safety that surface-level monitoring can miss.
Battery Core analysis conducted for 60 days
6.
Reveal Thermal Patterns with Advanced 2D Mapping
See the Heat Flow:
Not many equipments can provide absolute temeprature values and a detailed thermal mapping, simultaneously. Our Product can do by capturing accurate temperature data across multiple sensing points simultaneously, our AI-enabled program provides a detailed thermal profile of your battery, helping identify hotspots, temperature gradients, and localized anomalies . With real-time visualization of temperature distribution, you can detect potential safety risks earlier, validate thermal management strategies, and optimize battery performance and quality. From cell-level research to pack-level validation, advanced 2D mapping delivers the comprehensive thermal insights needed for safer and more reliable battery systems.
Standard Configuration: Dual-Array 2D Thermal Mapping
