Powering Your Adventures: How to Choose the Right KickAss Power Station

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When it comes to off-grid power for your camping, caravanning, or overlanding adventures, a reliable power station is an essential piece of gear. KickAss offers a range of high-quality power stations to keep you charged up and ready for anything. But with so many options, how do you choose the right one? Let's dive in.

Capacity and Battery Size

The first thing to consider is the power capacity you need. KickAss power stations come in a variety of battery sizes, measured in watt-hours (Wh) or amp-hours (Ah). The larger the battery, the more power you'll have available. For most campers and caravanners, the KickCharge 700 (582Wh/40Ah) or KickCharge 1200 (1008Wh/70Ah) will be more than enough to power your essential devices and even run the KickAss 600W electric BBQ. But if you have heavier power needs, the flagship KickCharge 2400 steps it up significantly.

The KickCharge 2400 boasts an impressive 2048Wh (120Ah) battery, making it capable of powering high-draw appliances like coffee machines, induction cooktops, and even Starlink internet. With a massive 2400W inverter, this power station can handle just about anything you want to run off-grid.

Inverter Size

In addition to battery capacity, you'll also want to consider the inverter size. The inverter converts the DC power from the battery into AC power that can be used by standard household appliances.

The KickCharge 700 and 1200 have 700W and 1200W inverters respectively, which is more than enough to power the KickAss electric BBQ and other common camping/caravanning gear. But the KickCharge 2400 takes it to the next level with a huge 2400W inverter.

This allows you to run high-wattage devices like coffee machines, induction cooktops, power tools, and even Starlink internet - things that would quickly overload a smaller power station. The 2400W inverter gives you the flexibility to power your entire off-grid setup, from the kitchen to the entertainment system.

Charging Options

KickAss power stations offer multiple ways to keep your battery charged and ready to go. You can plug them into the mains when at home or on a powered site. But the real advantage is being able to recharge from the sun. The KickCharge 700, 1200, and 2400 are all compatible with KickAss solar panels. Look for the "Solar Bundle" versions, which include high-quality solar panels optimised to work with the power stations.

For the KickCharge 700 and 1200, a single 120W or 240W solar panel respectively will keep them charged up. But the power-hungry KickCharge 2400 requires dual 240W solar panels for the fastest recharging from the sun.

Positioning your solar panels is key for maximum efficiency. Angle them towards the sun and keep them clear of shade. You can also daisy-chain multiple panels together for even faster charging. And be sure to use the included MPPT charge controller for the most effective solar charging.

No matter which KickAss power station you choose, you can count on reliable, portable power to fuel your adventures. With the right capacity, inverter, and charging options, you'll be able to keep your devices and appliances running all trip long - from the campsite to the overlanding trail.

FAQ: Powering Your Adventures: How to Choose the Right KickAss Power Station

Can I charge the KickCharge Power Stations using solar panels?

Yes, all KickCharge Power Stations are compatible with solar panels, making them an excellent option for off-grid adventures. Simply connect a compatible solar panel to the input port to keep your power station charged and ready for use.

How long does it take to fully charge the KickCharge Power Stations?

The charging time depends on the model and the charging method. On average, using an AC wall charger, it can take anywhere from 5 to 8 hours to fully charge the power station. Solar charging times will vary depending on the size of the solar panel and available sunlight.

Can I use the KickCharge Power Stations while they charging?

Yes, you can use the KickCharge Power Stations while they are charging. This feature, known as pass-through charging, allows you to power your devices and charge the power station simultaneously, ensuring you never run out of power when you need it.