up to 100Ah Caravan AGM Batteries

Versatile Up To 100AH Caravan AGM Battery Options

Our range of up to 100AH caravan AGM batteries includes compact 7Ah and 13.9Ah options, mid-range 48Ah, 55Ah, 60Ah, and 75Ah models, as well as high-capacity 90Ah and 100Ah batteries. Built for long-lasting power, these batteries support fridges, lights, and essential electronics, ensuring an uninterrupted journey without worrying about energy shortages.

Why Choose AGM Deep Cycle Batteries For Caravanning?

Up to 100AH caravan AGM batteries are a top choice for RV and caravan owners due to their deep cycle design, allowing for consistent power delivery. With the ability to handle deep discharges and rapid recharges, they provide long-lasting performance, making them ideal for off-grid travel. Whether on a weekend getaway or an extended trip, these batteries offer a dependable solution for staying powered anywhere.

Advanced Features For Maximum Efficiency

Built for resilience, up to 100AH caravan AGM batteries offer extended cycle life, high oxygen-recombination efficiency, and minimal maintenance. Their rugged, impact-resistant ABS case, leak-proof construction, and fast-recharging capabilities ensure convenience and reliability. With the flexibility to be mounted in any position and easy-carry handles, they provide hassle-free use in any setup.

Your Trusted Source For Caravan AGM Batteries

Caravan RV Camping is your go-to destination for up to 100AH caravan AGM batteries, offering top-quality selections from industry-leading brands. Shop online today, and for expert advice, contact our team at 1800 787 278.

Up To 100Ah Caravan AGM Batteries FAQs:

• 1. What is best - AGM or lithium battery?

  The answer is simple. Lithium is a better product than AGM.

  Lithium is lighter, more compact, and powerful, it will also last longer.

  However, a lithium battery will cost more, because it is a highly sought after product. Almost everything that has a battery nowadays will have a lithium battery. Mobile phone, Electric Car, Electric Bike and Skateboard just to name a few.

  There are situations where you can get away with an AGM battery. If you only need about 100ah (most 4 x 4 set ups), you can purchase 1 x 100ah battery and a battery box and away you go.

  However, once you start getting into the larger amperages (200+) it really makes more sense to turn to lithium.

• 2. How do I charge my caravan battery?

  There are three ways to charge your caravan Battery. Either:

  • AC to DC - This is using a traditional battery charger that plugs into mains power.
  • DC to DC - This is a battery charger connected between the start battery of your tow vehicle and the Caravan Battery. This will charge the battery whilst driving.
  • Solar - Solar panels on your roof can be connected to a solar charge controller then to your Caravan Battery.

• 3. What size battery do I need for my caravan?

  Great question! Your deep cycle battery for your caravan will be a minimum of 100 Amp Hours (Ah).

  The average size for a Caravan is 200Ah. Usually, 2 x 100Ah connected in Parallel. However, if your budget allows you to upgrade to a Lithium battery you can get a lot more power for the size of the battery. For example, a 200Ah lithium battery can be equivalent to up to 360 Ah of an AGM battery.

  To work out exactly what size you require you need to first look at the load you are planning on drawing. The load should be calculated in Amps per hour, or Amp Hours (Ah). Batteries are rated in Amp Hours (Ah) as well.

  So, if you are drawing a 50Ah per day, a 100Ah AGM battery can provide power for about 1 day as you do not want to draw more than 50% from your battery. However, it is not always easy to find what each appliance draws. Some popular examples are following:

  • 150L 12V Fridge = 2.5 Amps per hour (2.5Ah) - runs for 24 hours a day
  • 12V Water Pump = 3.5 Amps per hour (3.5Ah) - only runs for 1 hour a day
  • Phone Charger = 0.5 Amps per hour (0.5Ah) - Maybe 4 hours per day
  • 12V Fan = 4 Amps per hour (4Ah) - Maybe 4 hours per day

  Then you will need to factor in how much charge you are putting in daily. The charge comes in the way of Solar and in car charging via a DC to DC charger.

  Ideally you want enough charge input per day to cover the load drawn, then enough battery storage to last 2 - 3 days without charge.