On July 11-12, the 7th innovation Application and Development Conference on Ac-Dc Power Sources Technology of the Power System was successfully held in Xiamen. With the theme of “Digital intelligence empowers power system upgrades and assists in efficient operation and maintenance of power grid equipment”, this conference brought together industry experts, scholars and corporate representatives to discuss the latest research results, development trends and market prospects of AC and DC power supply technologies, aiming to promote high-quality development of the power industry.
In-depth dialogue to explore the application prospects of punching grid technology
At the conference, JYC Battery exhibited a new type of battery product with continuous rolling punching grid technology. Among them, the CCDR punching grid, as the core component of JYC Battery’s new products, attracted the attention of many scholars and experts. They stopped to communicate and discussed with JYC Battery’s technical staff the role and innovation of the punching grid technology in improving the energy density, cycle life and safety of batteries.
Theme report sharing technological innovation results
On July 12, at the [Battery Innovation Technology] special meeting, JYC Battery Technology Chief Engineer Wu Rangsheng delivered a report entitled “Common Failure Modes of Power Batteries and Introduction to the Application of New Battery Manufacturing Technologies”.
Based on the current market status of lead-acid batteries, the report deeply discusses the common failure modes of this type of battery. It also introduces the company’s battery production process and product development. It shows in detail the advantages and innovative applications of new manufacturing technologies, aiming to contribute wisdom and strength to solving the problems of traditional battery applications.
The report pointed out that the new CCDR Battery adopts the industry’s cutting-edge punching and grid technology, combined with the alloy formula and production process exclusively developed by JYC Battery, to solve the problems of consistency, plate sulfation, and positive electrode of batteries for DC power supply. The pain points in use such as grid corrosion have greatly improved the battery’s charge and discharge performance and service life.
In addition, JYC Battery has optimized the assembly process and implemented fine improvements on each component of the battery, which has significantly enhanced the integrity and safety of the battery, while also further reducing the maintenance cost of the battery, improving its competitiveness in the market, and providing users with It brings a more economical and efficient use experience.
Safety “addition” worry-free battery storage
The report mentioned at the end that JYC Battery has made many efforts in battery safety in recent years, especially in improving the flame retardant and explosion-proof performance of batteries. The company cooperated with professional manufacturers to develop high-purity copper battery connecting wires, which are fully wrapped with special flame retardant injection molding materials, effectively preventing battery short circuits caused by external metal foreign matter.
Meanwhile, the company also launched a reinforced battery tray to solve the short-circuit problem caused by battery leakage from the back end, achieve physical safety isolation, and greatly avoid the fire hazard caused by battery leakage, which greatly improves the safety of users.
During the two-day meeting, JYC Battery not only demonstrated its latest achievements in the field of lead-acid batteries, shared valuable experience with industry colleagues, but also established close ties with industry experts, laying a good foundation for future collaborative development.
Looking to the future, JYC Battery will continue to implement the innovative development strategy, commit to the breakthrough and application of battery technology, actively respond to the call of the era of digital empowerment, and contribute to the efficient operation and inspection of power grid equipment.
