What are the characteristics of energy storage batteries and what are their classifications?

　　The characteristic of energy storage batteries is that they can be used in a wide temperature range, which can reduce repair and maintenance costs and reduce the overall system investment. They are also classified into lead-acid batteries for vented energy storage, lead-acid batteries for valve-regulated energy storage, and gel storage batteries. Lead-acid batteries can be used. Next, I will introduce the detailed content to you.

　　1. Characteristics of energy storage batteries

　　1. The temperature range used is relatively wide, and it is generally required to operate normally in a temperature environment of -30-60 degrees.

　　2. The 6F22 carbon battery has better low-temperature performance and can be used even in areas with relatively low temperatures.

　　3. The capacity consistency is good, and the consistency is maintained when the batteries are used in series and parallel.

　　4. Good charging acceptance ability. In unstable charging environment, it has stronger charging acceptance ability.

　　5. Long life, reducing repair and maintenance costs, and reducing overall system investment.

　　2. Classification of energy storage batteries

　　1. Lead-acid batteries for vented energy storage - batteries with a device capable of replenishing liquid and releasing gas on the 6F22 carbon battery cover.

　　2. Lead-acid batteries for valve-regulated energy storage - each 6F22 carbon battery is sealed, but all have valves that allow gas to escape when the internal pressure exceeds a certain value.

　　3. Lead-acid batteries for colloidal energy storage - batteries using colloidal electrolytes.

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