#China #Yantai #EV Battery #Raythink #Thermal Safety

Introduction

In a groundbreaking move for electric vehicle (EV) safety, Raythink Technology Co., Ltd. has launched a global white paper on lithium-ion battery security. This document introduces a novel three-tier thermal safety system designed to address the critical safety gaps in traditional lithium-ion battery management protocols. By enabling proactive thermal risk management throughout the entire battery lifecycle, Raythink aims to enhance the safety and reliability of electric vehicles.

The Three-Level Thermal Safety System

Raythink's thermal safety framework consists of three complementary layers that work in tandem with existing safety and control systems:

1. Reliable Thermal Cameras: Positioned in challenging environments such as production lines and storage facilities, these cameras serve as the first line of defense, enabling the real-time monitoring of thermal conditions.
2. VIS3000 Cloud Platform: This centralized platform aggregates thermal data, empowering safety teams to analyze trends, investigate incidents, and ensure compliance with safety protocols.
3. Integration with Existing Systems: The Thermal Vision technology can be seamlessly integrated with current safety systems like Battery Management Systems (BMS), fire alarms, and Distributed Control Systems (DCS). This creates a unified and traceable safety network.

Together, these three layers form a scalable and integrated thermal safety foundation that significantly enhances the proactive detection of risks throughout the lithium-ion battery lifecycle.

Key Advantages of Raythink's Thermal Safety Framework

The most notable benefit of Raythink's system is the establishment of a unified thermal safety standard, covering the battery lifecycle from production to recycling. This contrasts sharply with traditional fragmented monitoring solutions that rely on independent systems. In practice, this often leads to challenges in maintaining continuous and traceable safety oversight.

Raythink's approach is applicable across critical environments such as:

• - Assembly and production lines
• - Testing laboratories
• - Storage and charging facilities
• - Hazardous waste management and recycling operations.

By consolidating thermal data across various environments into a unified platform, Raythink empowers organizations to derive valuable insights, which extend beyond safety to enhance quality control and process efficiency.

Industrial Value and ROI

With the EU's net-zero emissions targets for 2035 driving the acceleration of EV adoption, compliance with stringent battery safety standards is increasingly essential. Raythink's thermal vision technology not only ensures compliance with regulations, including the EU Battery Regulation and UN CEE RTM 20, but also optimizes production quality and minimizes the risk of costly incidents and downtime. This proactive approach offers measurable long-term ROI for organizations invested in electric vehicle technology.

Conclusion

Raythink's commitment to advancing battery safety is evident in its comprehensive thermal risk management white paper. With over 16 years of experience in thermal imaging, the company provides industrial thermal monitoring solutions tailored to the needs of leading lithium-ion battery and new energy manufacturers.

For further insights and detailed analysis on how Raythink’s pioneering solutions can ensure lithium-ion battery safety throughout its lifecycle, you can download the full white paper from their official website.