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The alkalization rate of zinc-manganese batteries in China is increasing year by year, and there is still much room for improvement compared with developed countries. Carbon zinc-manganese battery has low production cost, but small capacity, large internal resistance and low stability. Alkaline battery is developed on the basis of carbon zinc-manganese battery, which has the advantages of large capacity, good stability, long storage time and good low-current discharge performance, and is especially suitable for environments that need low-current discharge for a long time. Under the same model, the capacity of alkaline Zn-Mn battery is 5-7 times that of carbon Zn-Mn battery, and it is the future development trend that alkaline Zn-Mn battery replaces carbon Zn-Mn battery. At present, various departments in China have issued various industrial policies to support the sustainable development of alkaline zinc-manganese battery industry in China, and alkaline batteries are exempted from 4% consumption tax. With the upgrading of consumption, the alkalization rate of zinc-manganese batteries in China has increased year by year, and it is about 60% at present, which has a great room for improvement compared with the 80% alkalization rate in developed countries.Zhou Du research focus: research on zinc-manganese battery industryDigititan

The competition pattern of zinc-manganese battery is mature and stable,It is a leading enterprise in this field in China. From a global perspective, the zinc-manganese battery market is mainly occupied by international company brands and domestic excellent battery enterprises. In the domestic market, Nanfu battery mainly occupies a leading position with its own brand, and its "Nanfu" brand alkaline manganese battery products have been ranked first in the China market for 31 consecutive years (1993 -2023), and its sales share in the retail market of alkaline No.5 and No.7 batteries in China is 85.9% (Nielsen data).

The competition pattern of zinc-manganese battery is mature and stable,There is no complete substitution relationship between primary battery and secondary battery, and primary battery has an advantage in the use of low-power electrical appliances. Chemical batteries can be divided into primary batteries and secondary batteries according to the nature of use. Primary batteries, also known as "primary batteries", lose their effectiveness after the active substances in the batteries are consumed, such as alkaline zinc-manganese batteries, carbon zinc-manganese batteries and primary lithium battery. Secondary batteries, also known as "batteries", can be used repeatedly by charging after the power is exhausted. There are commonly nickel-hydrogen batteries, lithium-ion batteries, lead-acid batteries, nickel-cadmium batteries and so on. Although the application fields of primary batteries and secondary batteries overlap to some extent, there are still clear boundaries in the main use scenarios, and there is no complete substitution relationship. In recent years, the trend of household consumer appliances has gradually developed towards small and medium power consumption, and primary batteries still dominate in these scenarios.