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The most typical type of lead-acid battery used in marine applications is called an AGM battery, which stands for “absorbent glass mat” battery. Unlike ordinary lead-acid batteries, AGM batteries use a particular kind of electrolyte in their construction. Deep-cycle AGM battery.
Lead-acid deep cycle batteries called absorbent glass mats (AGM) are a type in which the electrolyte absorbs into a fibreglass mat. An AGM deep cycle battery’s plates could be coiled tightly in a spiral or could be flat like those in a wet cell lead-acid battery.
A GEL deep cycle battery is made using a gel paste in which the electrolyte is suspended inside the battery case, which is the primary distinction between GEL and AGM batteries. An enormous safety benefit of AGM batteries is that the electrolyte is whipped up into an interior glass matt, where it can never leak.
A battery with less power than an AGM deep cycle battery. Problems with charging: AGM deep cycle batteries do not require a specialist charger, in contrast to gel batteries, which do so at the risk of reducing the battery’s cycle life and cycling performance. 5 times longer to fully recharge than an AGM battery in terms of charging time
The Global marine deep cycle AGM battery market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
NEW PRODUCT LAUNCH
The new and enhanced line of AGM Deep-Cycle batteries from U.S. Battery Manufacturing has gone on sale. These batteries were created with higher deep-cycling performance in mind. For clients seeking reliable, maintenance-free operation, this advanced series of AGM Deep-Cycle batteries is a better option due to characteristics that increase cycle performance and lifetime.
The improved features of the new AGM Deep-Cycle batteries will include high-density positive active material, innovative glass mat separators, thick positive alloy grids for outstanding corrosion resistance, and will be offered. Together, these elements keep the battery cell’s structural integrity during long cycling, restrict acid stratification, and prevent internal shorts.
