Jackery Introduces Revolutionary Outdoor Gadgets at CES

Jackery, a renowned leader in portable energy solutions, showcased pioneering innovations at CES, pushing beyond traditional power stations with the unveiling of their autonomous mobile robot and an innovative solar gazebo.

The Explorer 1500 Ultra: A New Era in Portable Power

Building on its legacy, Jackery introduced the Explorer 1500 Ultra as the next step in its renowned Explorer Series. This portable power station is engineered for extreme conditions, offering a robust 1,536 Wh capacity with continuous power delivery of 1,800 watts and a peak output of 3,600 watts.

Unlike typical power stations, the Explorer 1500 Ultra boasts an IP65-rated enclosure, rendering it weather-resistant and capable of withstanding severe environmental conditions, such as forces equivalent to a magnitude-9 earthquake and temperatures from 5°F to 113°F.

Reimagining Outdoor Spaces with the Solar Gazebo

Jackery's innovative Solar Gazebo transcends the conventional. Conceived as a sophisticated, self-sufficient outdoor room, it merges aesthetics with functionality, suited for both residential yards and remote locations.

The framework is constructed from high-grade 6063 T5 aluminum and features a strategically designed louvered roof. Equipped with high-efficiency 2,000W solar panels, it can generate up to 10 kilowatt-hours per day, covering a third of an average US household's daily power needs when off-grid.

This design houses a large, retractable screen and dual-AC outlets rated at IP5, transforming any outdoor area into a versatile space for work, relaxation, or leisure.

Autonomous Solar Mars Bot: A Leap Forward in Off-Grid Power

Highlighting Jackery's forward-thinking approach is the Solar Mars Bot, a commercial realization of an earlier concept. This advanced bot autonomously follows users to desired locations, eliminating the need to carry equipment manually.

Equipped with an AI-driven power station and retractable 300W solar panels, it autonomously repositions itself for optimal sunlight capture, making it ideal for challenging terrains unsuitable for fixed installations or inaccessible by vehicles.