Recently, Zhejiang Hanwei Technology and Dalian Haosen Group held a special seminar on battery non-destructive monitoring technology. The two parties reached an in-depth cooperation intention on the industrial application of ultrasonic monitoring technology in the field of new energy equipment.

Professor Dan J.L. Brett, Chief Scientist of Zhejiang Hanwei Technology, Chen Zhiyuan, Director of Process Products, Zhao Siyu, Director of Materials R&D, led the company's technical team, together with Wang Yizhi, Vice President of Dalian Haosen Group and his entourage, to attend the seminar and conduct in-depth exchanges.

Focusing on the industrial application of ultrasonic monitoring technology, the two sides reached important cooperation intentions on core links such as electrode preparation and non-destructive testing, and jointly promoted the intelligent upgrading of new energy equipment.

Complementary Advantages: Technological Innovation Addresses Industry Pain Points
In cell production, existing detection technologies (such as X-ray, laser and sampling inspection) have limitations including high radiation, high costs, applicability only to surface inspection, destructiveness and delayed results. Especially for new systems like zinc-ion batteries, current technologies suffer from insufficient identification accuracy and poor material compatibility.

In contrast, ultrasonic monitoring technology features notable strengths such as low cost, strong penetrability and real-time non-destructive testing. It can exert unique advantages in processes including pole piece quality monitoring, electrolyte wetting status evaluation and internal defect detection. It provides strong support for reconstructing the quality evaluation and control system in the cell production stage, and offers feasible solutions to effectively tackle the existing pain points in battery manufacturing across the industry.

Future Outlook: Commercialization of Achievements and Industrial Collaboration
Dalian Haosen Group is a leading high-end equipment manufacturer in China, boasting abundant experience in design, development and equipment assembly within the intelligent new energy manufacturing sector. Hanwei Technology focuses on the field of safe new energy energy storage and holds multiple patents for groundbreaking innovative technologies. Its core R&D team gathers senior industry scientists and top young talents.

Looking ahead, the two parties will fully integrate their respective strengths to rapidly promote the engineering application of ultrasonic monitoring technology across all cell production processes, build an AI-driven multimodal battery grading and life prediction platform, and facilitate the intelligent transformation of new energy equipment manufacturing from "experience-driven" to "data-driven".

To implement the national "Dual Carbon" strategy, the Action Plan for the Innovative Development of the Intelligent Photovoltaic Industry issued by the Ministry of Industry and Information Technology explicitly proposes accelerating the intelligent upgrading of photovoltaic manufacturing, promoting the industrial application of high-efficiency battery technologies, and establishing a green, low-carbon and circular development system. The underlying capabilities of ultrasonic monitoring technology are also applicable to fields with stringent requirements for non-destructive testing, such as wind power, semiconductors, and aerospace.

This cooperation marks an important practice where technological innovation drives industrial chain upgrading. Professor Dan stated: "Ultrasonic testing technology has broad application prospects. The collaboration between Hanwei Technology and Haosen will accelerate its verification and implementation in real industrial scenarios, creating a key practical demonstration for the high-quality development of the industry."

In the future, as the cooperation deepens, this innovative technology developed by Hanwei Technology is expected to achieve large-scale application in multiple scenarios and inject innovative momentum into the high-quality development of safe new energy.