Victron Energy 12V 220Ah Deep Cycle AGM battery

Victron Energy 12V 220Ah Deep Cycle AGM battery

Victron Energy deep cycle AGM battery 220Ah 12V – with over 1500 cycles (DoD30%) – dimensions (LxWxH) 522 x 238 x 240 mm

No.: BAT412201084

GTIN / EAN: 8719076020363

Ready For Shipping 2-4 Days

€ 781.81

(incl. 12 % GST plus shipping)

Free shipping within Germany

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Victron deep cycle 12V AGM batteries

VRLA technology

VRLA is the abbreviation for Valve Regulated Lead Acid, which means that the battery cells are valve-controlled and gas caused by overcharging or a cell fault can escape through a safety valve. VRLA batteries have excellent leak resistance and can be used in any position. They are absolutely maintenance-free.

Sealed (VRLA) AGM batteries

AGM stands for Absorbent Glass Mat. With this type of battery, the electrolyte is absorbed by capillary action in a fleece made of fine glass fibers. In our book “Immer Strom” we pointed out that AGM batteries are preferably suitable for short-term high power requirements (engine start).

Low self-discharge

Victron VRLA batteries can be stored for long periods of time without recharging due to the use of lead-calcium grids and high-purity materials. The self-discharge rate is less than 2% per month at 20 ° C. It doubles each time the temperature rises by 10 ° C. If stored in a cool place, Victron VRLA batteries can be stored for up to a year without recharging.

Excellent behavior after deep discharge

Victron VRLA batteries have an excellent recovery behavior even after long periods of deep discharge. However, it must be pointed out that frequent and prolonged deep discharges can also lead to irreversible damage to Victron batteries.

Battery discharge behavior

The nominal capacity of Victron batteries refers to a discharge time of 20 hours, ie a discharge current of 0.1 C. A lower discharge current increases the effective capacity, and conversely it decreases with a higher discharge current (see table in the data sheet). The Victron AGM series is characterized by its excellent behavior at high discharge currents.