Jackery Explorer 3000 Pro Portable Power Station

• 3 simple ways to charge quickly- Solar Charging 6 - 7.5 Hrs - Wall Charging 2.4 Hrs - Car Charging 35 Hrs. Huge capacity 3024Wh with a massive 3000W power. Longer battery life that supports 99% of appliances. The power station can charge RVs and travel trailers and back you up for blackouts.
• The MPPT technology ensures 99% solar charging efficiency. It takes 2.4 hours for a wall charge (from 0 - 100% of battery) and 6 - 7.5 hours of solar charging with 6 SolarSaga 100W solar panels. With car charging supported, you'll no longer have to worry about power outages!
• Control your power station using Wi-Fi or Bluetooth, increasing its usability for outdoor and indoor scenarios. Check the power station’s status via mobile devices such as remaining battery level, time, output/input, etc. Select a battery mode that suits your actual needs, which helps to extend battery life. Note: Charging time will vary from region to region, globally. Please refer to the actual product.
• The power station's safety goes to the next level thanks to the fully upgraded BMS - featuring 12 forms of protection, a 30% improved heat dissipation efficiency, and an embedded security chip, ensuring a more reliable and versatile charging experience.

• Weighing just 63.93 lbs, Jackery’s all-new Explorer 3000 Pro is 30% lighter and smaller than similar products of the same capacity.
• Connect solar panels to the power station in a minute. Far more straightforward and more convenient than traditional generators. It is also equipped with pass-through charging, allowing you to power appliances while solar charging.
• Advanced IBC (Interdigitated Back Contact) technology with electrical contacts on the back of the panel ensures maximum light absorption and offers a refined and elegant look.
• 9 temperature sensors determine the peak temperature position according to a large number of simulation experiments. The main heating-generated components (cells and inverters) are equipped with an independent air duct design for precise temperature monitoring and variable speed fans, which are adjusted in real time according to temperature fluctuations, maximizing quietness and heat dissipation.