JINGYAN NEW ENERGY TECHNOLOGY LIMITED was founded in 2013, focusing on the R & D and manufacturing of aqueous batteries, which including the R & D of related electrochemical systems, battery materials, battery structures and manufacturing processes. Since its establishment, it has been supported by Nanjing 321 Talent Plan, invested by Inno Angel Fund, Jiangnan Industrial?Cluster of Anhui Province and Zhongzhe Group. The company now has two production and R & D bases in Chizhou, Anhui Province and Ningbo, Zhejiang Province, which master the core technologies related to aqueous battery materials and batteries.
The aqueous battery system successfully developed by the company has the characteristics of safety, reliability and excellent electrochemical performance. It is widely used in power generation side, user side and grid side energy storage applications. In addition to solving the safety problem of energy storage, the product has obvious technical advantages over other electrochemical energy storage in the fields of energy storage in cold regions, high-power frequency modulation and energy storage in charging stations.
TECHNOLOGY AND PRODUCTS
With aqueous solution as electrolyte，it is intrinsically safe without explosion and combustion risk；
From material to manufacturing process, it is non-toxic, non corrosive, non heavy metal, and environmental friendly in the whole life cycle.
The cycle life under normal temperature is more than 4000 times, and the cycle life under low temperature is more than 10000 times.
Conventional products support 4C charge and discharge, up to 35C charge and discharge.
Applicable temperature range -30 ℃ to 50 ℃; It also supports continuous and stable charging and discharging at low temperature.
The application scenarios of water battery include new energy power generation side, power grid system, off grid facilities, industrial, commercial and household energy storage, and uninterruptible power supply. The performance of the battery can meet the requirements of energy storage on all aspects.
In the northern cold regions of China, the battery supports the charge and discharge cycle at -30 ℃, without thermal insulation measures, which greatly improves the energy utilization efficiency and makes the energy storage more safe and economical.
In the high magnification application scenarios such as power station frequency modulation, the battery can safely conduct 5-10C continuous charge and discharge to improve the reliability and economy of the frequency modulation battery pack.