Gizzu Hero Core 512Wh UPSPower Station

Deliver power wherever and whenever you need it with the portable Gizzu Hero Core UPS Power Station. The Hero Core offers 512Wh of battery capacity. It's great for keeping your devices charged during outdoor adventures and powering most household appliances during loadshedding. The elegant design is durable, robust, and can be taken with you on any adventure.

The Gizzu Hero Core UPS Power Station features one 220V AC plug, two USB ports, three Type-C ports, one DC port, a car socket port, and an XT60 port. These ensure that you can charge or power multiple devices simultaneously.

Pure Sine Wave technology and the ability to function like a UPS ensures that the Gizzu Hero Core seamlessly switches over to battery power during loadshedding or a power outage, resulting in zero downtime for your connected essential devices.

The Hero Core UPS Power Station is compatible with many household appliances such as routers, laptops, TVs, gaming consoles, desktop PCs, and other smaller devices.

The Gizzu Hero Core UPS Power Station features Lithium Iron Phosphate (LiFePO4) batteries that recharge from 0% to 100% within 2 hours and has a rated lifespan of 3500 cycles. You can recharge the Hero Core in multiple ways - Recharge from your car, solar panel, or from traditional wall sockets at the home or office.

A battery management system helps to proactively monitor and manage the rechargeable battery. In addition, the Hero Core also features safety features like short-circuit, over-current, over-voltage, under-voltage, over-load, and temperature protection.

Please Note:

The total power consumption for all connected appliances must be less than 800W. If the power requirement draw exceeds 800W, the wattage overdraw protection will provide up to 10 seconds of runtime before the unit shuts itself down.

The Hero Series Power Stations use Lithium Iron Phosphate (LiFeP04) batteries. After 2 days in UPS mode, the battery capacity will throttle between 90-100%. The Battery Management System will drop the capacity after a full charge to around 90% to prevent overcharging. (This will not affect life cycles)