Add this solar charger cable to your cart to keep your Hyundai Power Station running on the go!

Use this cable adaptor to connect any 5-24V solar panels directly to the Hyundai Power Station via the Anderson Plug. All Hyundai Power Stations have a built-in regulator so you can plug and play.

Works with all Hyundai Power Station models.

Solar Panel Size Recommendations:

• Solar charging limits vary by Power Station model, please check the specs of your specific model or ask our team for help.
• Most of our models have a 120W solar charge limit. Despite this, we encourage you to connect a larger solar panel (e.g. 160W) since it can charge closer to the Power Station's charge capacity on a cloudy day.
• The Power Station has an internal charge limit cut-off, so there is no risk of charging at a higher rate even when using a larger panel than specified.

Solar panel systems require more components than just a set of solar panels. While you can theoretically wire your panels straight to the device you wish to power, this may fail to power some or all of your devices. To set up a stable and flexible solar power system, you need solar panels, a charge controller, a battery and a power inverter.

Solar Cells
The solar cells are the foundation of any solar power system. A collection of individual solar cells comprise a solar panel. Each cell creates electrical energy when exposed to light. Depending on the nature of the connections between your solar cells, your solar panel system can achieve a number of different combinations of volt and ampere ratings. Consequently, your solar panels can have a number of different power output ratings. If you have a number of different solar panels, you may need to combine their outputs with a combiner box.

Charge Controller
The power output of a solar panel system fluctuates depending on the amount of sunlight it receives. Because the sun moves across the sky over the course of a day, panels output a different amount of power throughout the day. When cells receive no sunlight, they output no power. If you power a device directly from a solar panel, the device may not receive enough power to sustain operation. Therefore, the power must be stored in a battery. However, before it goes to a battery, it should travel through a charge controller. The charge controller is a device that regulates the power coming from the solar panels with the right voltage and current to the battery. This is important for safe and efficient battery charging.

Battery
Power from a charge controller travels to a battery for storage. A battery stores the power from your solar power system based on its amp hour rating. Amp hours denote the amount of amps of current that a battery could output in one hour before needing a charge. Typically, a solar power battery is not discharged quickly over the course of an hour, but slowly over the course of a number of hours. Many amp hour ratings assume a 20-hour discharge time. For example, a 160 amp hour battery might be used to output 8 amps of current for 20 hours.

Inverter
Batteries and solar cells provide direct current power, or DC. This means that the current flows in one direction. However, many electrical devices and systems require alternating current power, or AC. For example, the electrical outlets in a typical house provide alternating current. For this reason, a versatile solar panel system will have a power inverter that converts the DC power from the battery or solar panels to AC power suitable for the electrical makeup of a house.