Lead–carbon battery Axioma energy AX-Carbon-200 12V
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Lead–carbon battery Axioma energy AX-Carbon-200 12V

500 $
Generators
Sunday 12:45
Україна
Рівне Get directions →
вул. Кулика і Гудачека
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Published 3 days ago by SolarSystem
500 $
In Generators category
вул. Кулика і Гудачека, Рівне, Україна
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The AXIOMA ENERGY AX-Carbon-200 lead–carbon batteries have nano‑carbon composites with good hydrophilicity and high specific surface area. Enriched into the negative plate filler.

Highly conductive carbon particles are tightly bound to the active material and form a three‑dimensional conductive network, reducing internal resistance.

Good charging characteristics

The lead–carbon battery supports high charge rates; the maximum allowable charging current reaches 4 times the nominal charging current of VRLA batteries.

Increased number of battery life cycles

Carbon nanocomposites can limit the growth of PbSO4 crystals and suppress sulfate formation on the negative plates when operating in partial state of charge (SoC) 20–80%. By using a hydrogen evolution inhibitor, water loss is insignificant. Advanced "embedded crystal" technology is adopted in the manufacture of positive plates, providing high porosity and solving the problem of active material shedding from the positive plates and allowing continued use. Thus, the battery is very suitable for use in high‑rate partial discharge (HRPSoC). The calculated service life reaches up to 15 years (25 °C).

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Published on 2026/10/11

Description

The AXIOMA ENERGY AX-Carbon-200 lead–carbon batteries have nano‑carbon composites with good hydrophilicity and high specific surface area. Enriched into the negative plate filler.

Highly conductive carbon particles are tightly bound to the active material and form a three‑dimensional conductive network, reducing internal resistance.

Good charging characteristics

The lead–carbon battery supports high charge rates; the maximum allowable charging current reaches 4 times the nominal charging current of VRLA batteries.

Increased number of battery life cycles

Carbon nanocomposites can limit the growth of PbSO4 crystals and suppress sulfate formation on the negative plates when operating in partial state of charge (SoC) 20–80%. By using a hydrogen evolution inhibitor, water loss is insignificant. Advanced "embedded crystal" technology is adopted in the manufacture of positive plates, providing high porosity and solving the problem of active material shedding from the positive plates and allowing continued use. Thus, the battery is very suitable for use in high‑rate partial discharge (HRPSoC). The calculated service life reaches up to 15 years (25 °C).

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