Jackery Unveils Its Smallest Portable Power Station Featuring LFP Cells
Jackery Unveils Its Smallest Portable Power Station Featuring LFP Cells
Jackery has launched the Explorer 100D, a palm-sized portable power station boasting a 30,000mAh capacity and durable lithium iron phosphate batteries. The compact device supports multi-port charging and direct solar input while maintaining strict transport compliance.
Jackery has introduced its most compact portable power station to date, designed to combine high energy capacity with a remarkably small form factor. Measuring just a few inches across and weighing under two pounds, the newly unveiled Explorer 100D packs a 30,000mAh battery into a palm-sized chassis that fits easily inside a standard backpack. Built with long-lasting lithium iron phosphate chemistry rather than conventional lithium-ion cells, the device aims to deliver extended durability for travelers and outdoor enthusiasts alike. With multiple output ports and solar charging capabilities, it provides a versatile power source for modern mobile gear.
Designing the Smallest Portable Power Station
The physical footprint of modern backup batteries continues to shrink as manufacturers refine internal components. Jackery's latest hardware release successfully integrates a substantial energy reserve into a chassis that measures only 4.6 by 3.4 by 3.4 inches.
This deliberate reduction in volume makes the hardware considerably easier to pack for daily commuting or extended travel. Engineers achieved a 14 percent size reduction and a 12 percent weight decrease compared to previous models without sacrificing essential output capabilities.
Compact Footprint
Engineered to measure 4.6 by 3.4 by 3.4 inches for maximum portability.
Travel Ready
Complies with standard transport regulations for lithium-based power packs.
Advanced Chemistry for Extended Longevity
Transitioning away from conventional lithium-ion cells, the new hardware relies on lithium iron phosphate chemistry. This internal shift provides inherent safety advantages alongside a significantly longer operational lifespan for daily users.
According to manufacturer specifications, the internal cells are engineered to survive up to 3,000 charge cycles while retaining at least 80 percent of their original capacity. This design choice aims to provide up to eight years of regular use under typical conditions.
LFP Chemistry
Utilizes lithium iron phosphate cells for improved safety and extended durability.
Cycle Longevity
Engineered to maintain 80 percent capacity across 3,000 charging cycles.
Connectivity and Power Output Limits
Front-facing connectivity options include a pair of high-capacity USB-C ports alongside a standard USB-A connection. These ports allow users to simultaneously connect multiple devices such as smartphones, tablets, and modern portable computers.
While individual ports can deliver substantial wattage, the device maintains a maximum combined output ceiling. Drawing power from all connected ports simultaneously will result in automatic power delivery adjustments across the active channels.
Off-Grid Charging and Solar Support
When standard wall outlets are unavailable, users can replenish the internal cells using renewable energy sources. The hardware natively supports up to 100W of direct solar input for field recharging.
Connecting a compatible solar panel can restore the battery to significant capacity levels within a relatively short timeframe. This capability makes the hardware well-suited for remote camping trips and emergency off-grid preparedness scenarios.
Retail Availability and Market Pricing
Market availability begins in November through major retail partners at an accessible entry price point. Consumers can purchase the hardware individually or through bundled retail options depending on the supplier.
Although lower-cost alternatives exist within the broader portable charger market, the inclusion of long-life LFP cells positions this hardware differently. Regional availability varies, with initial rollouts targeting specific domestic retail channels.
Why It Matters
The introduction of palm-sized power stations built with durable lithium iron phosphate chemistry highlights a shifting consumer expectation toward longevity in mobile accessories. Rather than prioritizing ultra-low cost through degrading battery cells, manufacturers are focusing on multi-year operational cycles and versatile solar integration. This evolution makes compact backup power far more practical for frequent travelers and remote workers who require reliable off-grid energy without excess bulk. As internal chemistry improves, the boundary between pocket-sized chargers and robust power stations continues to blur.
Jackery's smallest-ever portable power station uses long-lasting LFP batteries (techradar.com) · Jackery made its portable power stations even smaller (theverge.com)
Reporting reviewed through November 2, 2026.
