26. February 2026
Breakthrough Fast-Charger Technology Hits Market: Baseus Unveils 100W Gan Power Adapter
Baseus, a renowned Chinese electronics company, has officially launched its latest 100W GaN charger, the EnerFill FE22. The adapter is now available on JD.com with a competitive price tag of 149 yuan ($22), catering to the growing demand for fast-charging solutions among consumers.
The EnerFill FE22 boasts an impressive array of features that make it an attractive option for those seeking efficient and stable power delivery. By supporting PD 100W GaN fast-charging technology, this charger ensures that devices can be replenished quickly and safely. Its compatibility with Xiaomi’s 100W HyperCharge standard and other major fast-charging protocols, including PD, PPS, UFCS, SCP, FCP, and QC, provides users with unparalleled flexibility.
One of the standout features of the EnerFill FE22 is its compact design, measuring only 63mm x 54mm x 33mm and weighing a mere 205g. Despite its small size, the charger packs an impressive punch, thanks to Baseus’ innovative 3D stacked internal architecture. This design enables the company to reduce the volume of the charger by a significant 30% compared to traditional 100W chargers.
The EnerFill FE22 also boasts a unique foldable prong design that makes it easy to store and transport. This feature is particularly useful for those who frequently travel or have limited storage space in their homes. The charger’s USB-C ports can deliver up to 20V/5A power, making them suitable for charging high-power devices like laptops. The USB-A port, on the other hand, supports a maximum output of 33W.
When multiple ports are active, the charger dynamically adjusts power distribution to ensure that the total output does not exceed 100W. This ensures that users can charge their devices simultaneously without compromising performance or safety. Baseus has also implemented its proprietary BPS 2.0 dynamic power distribution technology in the EnerFill FE22, which adjusts the output based on the connected devices, maintaining efficiency and battery safety.
The charger features a high-efficiency thermal gel and a 360-degree heat dissipation design to further enhance performance. An AI-powered temperature control system, BCT 2.0, checks the temperature up to 120,000 times per minute and adjusts power output accordingly to prevent overheating. This advanced technology provides an additional layer of protection for users and ensures optimal performance.
In terms of safety, Baseus has taken multiple precautions to protect users from potential hazards. The charger comes equipped with overcurrent, overvoltage, short-circuit, and surge protection mechanisms, providing peace of mind for users. Additionally, the EnerFill FE22 supports trickle charging after a device reaches 80% battery capacity, which helps maintain long-term battery health.
The launch of the EnerFill FE22 marks a significant development in Baseus’ efforts to expand its product portfolio. The company has introduced several new products recently, including the EnerGeek GT 21, a revolutionary charger and power bank hybrid that can charge three devices simultaneously. Furthermore, Baseus has also launched a high-capacity 200W power bank featuring dual built-in USB-C cables and supporting up to 140W fast charging.
Baseus’ commitment to innovation is evident in its latest product lineup. With the EnerFill FE22 leading the way, consumers can expect even more exciting developments in the world of electronics. Whether you’re a tech enthusiast or simply looking to upgrade your daily routine, products like the Baseus EnerFill FE22 100W GaN charger offer an unbeatable value proposition for those seeking efficient and reliable fast-charging solutions.
As the electronics industry continues to evolve, it will be exciting to see how manufacturers address the needs of a rapidly changing market. With its competitive price point and impressive feature set, the Baseus EnerFill FE22 100W GaN charger is an attractive option for consumers looking to upgrade their charging experience.