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Zhejiang Narada Power Source (300068.SZ): The company has all-in-one energy storage cabinet products that can be applied in scenarios integrating solar energy storage and charging.
On February 10, Gelonghui reported that Zhejiang Narada Power Source (300068.SZ) stated on the investor interactive platform that the company's energy storage products are widely used on the power side, grid side, and user side. In the battery swapping Business sector, the company has cooperated with state-owned enterprises and battery swapping, shared operation companies for many years, achieving a high market share; at the same time, the company has all-in-one energy storage cabinet products that can be applied in scenarios that integrate solar energy storage and charging.
Take Care Before Diving Into The Deep End On ZHEJIANG NARADA POWER SOURCE Co. , Ltd. (SZSE:300068)
Market Chatter: Yadea, Narada Power Tie Up for Solid-State Battery Development
January 27 A-shares investment warning︱Jiangsu Eastern Shenghong: Expected loss of 2 billion yuan to -2.4 billion yuan for the year 2024; *ST Kexin: The company's Stocks may be delisted.
Sinomach Heavy Equipment Group's shareholders, Bank of China Deyang Branch and Bank of China Zhenjiang Runzhou Sub-branch, plan to collectively reduce their shareholding by no more than 1%; Jiangsu Eastern Shenghong is expected to incur a loss of 2 billion to -2.4 billion yuan in 2024; GANFENGLITHIUM is expected to incur a loss of 1.4 billion to -2.1 billion yuan in 2024; Jihua Group Corporation is expected to incur a loss of 3 billion to 4.25 billion yuan in 2024; Zhejiang Narada Power Source is expected to incur a loss of 1.2 billion to 1.56 billion yuan in 2024; Gongxiao Daji is expected to incur a loss of 1.1 billion to -1.7 billion yuan in 2024; Special Treat Kexin's stocks may be terminated from listing; Shanghai Guijiu's stocks may face delisting risk warnings.
Nandu Power: 2024 Annual Results Forecast
Peking University has made breakthroughs in Solid State Battery materials technology, which is expected to bring new development opportunities to the Industry.
According to reports, journalists learned from Peking University that the team led by Pang Quanquan at the School of Materials Science and Engineering has developed a new type of Glass phase sulfide solid electrolyte material, and used this material to create an all-solid-state lithium-sulfur battery with excellent fast-charging performance and ultra-long cycling life.