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From November 27 to 29, 2024, the Distribution and Real-type Testing Special Committee of the China Electric Power Technology Market Association will hold a meeting in Nanning, Guangxi."2024 Distribution and Real-type Testing Special Committee Annual Meeting" and "Third Conference on Intelligent Upgrading and Digital Application of Distribution Equipment". At the meetingThe "Capacitive Power Supply Low Power Direct Drive Type Spring Operated Mechanism Pole Switch (ZW32-12/T630-20)" jointly developed by Senke Chuangneng (Jiangsu) New Energy Technology Co., Ltd. and Jiangsu Dantong Electric Co., Ltd. made a stunning appearance!

With the continuous growth of electricity demand in China, the distribution system is facing a more complex operating environment. The capacitive power supply low power direct drive type spring operated mechanism pole switch features: large capacity capacitive power supply technology, energy storage motor direct drive control technology based on low power management, built-in isolation switch type deeply integrated solid-sealed pole technology,zinc-nickel battery backup power technology, and has three remote functions (remote signaling, remote measurement, remote control), among other technical characteristics., and has been recommended by the Standardization and Achievement Transformation Working Group of the China Electric Power Technology Market Association. This pole switch has received unanimous praise from on-site experts for its excellent structural design and performance, exceeding relevant industry standards!

Dantong Electric introduced new products to the guests.

The FTU distribution terminal requires the backup power supply to have long life, wide temperature range, high power output, long endurance, high safety and reliability, maintenance-free, environmentally friendly, high energy density, and low cost. However,the zinc-nickel batteries produced by our company have ultra-high safety, and also exhibit significantly superior performance in terms of wide temperature applicability and service life. The test report from Cap Lab (conducted according to GB/T29309-2012 for high-acceleration life testing) shows that normal charging and discharging is recognized at low temperatures of -65°C, and the battery remains effective for charging and discharging at high temperatures of 160 degrees, with a lifespan equivalent to 183,000 hours, significantly reducing maintenance costs. In addition, the zinc-nickel batteries produced by Senke Chuangneng also have excellent power performance, enabling fast charging, high current discharging, and deep discharging; they effectively utilize energy and are environmentally recyclable. Moreover, Senke Chuangneng has solved the problems of zinc anode dendrites and self-discharge using its own technology, achieving a cycle life of zinc-nickel batteries that exceeds the national industry standard by more than twice.

Cap Lab test report

Senke Chuangneng (ZINCPOWER) was founded in 2015 and is a national high-tech enterprise dedicated to promoting the continuous development of the new energy battery industry, specializing in the research and development, production, and sales of core materials and zinc-nickel batteries.With deep accumulation and research experience in the field of zinc-nickel batteries,it has taken the lead in solving the industry's challenges of zinc anode dendrites and self-discharge, becoming a pioneer in the commercialization of zinc-nickel batteries in China. Senke Chuangnengled the draftingof the zinc-nickel battery industry standard released by the Ministry of Industry and Information Technology"General Specification for Zinc-Nickel Batteries", further promoting the development of the zinc-nickel battery industry. The company has always adhered to the development philosophy of "Zinc Energy, Zinc Power, Zinc Technology, Creating the Future" and follows the cooperation philosophy of "Integrity and Pragmatism, Win-Win Cooperation" to provide customers with green energy solutions based on zinc batteries, jointly building a globally leading green zinc energy service ecosystem.

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Source of information:Third Conference on Intelligent Upgrading and Digital Application of Distribution Equipment