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Fast charging:

Supercapacitors can charge quickly in seconds or minutes, and smart door handles can receive sufficient power in a short period of time, so users don't have to worry about low battery levels.

High power output:

Supercapacitors can quickly release high power, meeting the need for smart door handles to wake up in low-power mode, ensuring that door locks respond quickly when needed.

Long lifecycle:

The charging and discharging cycles of supercapacitors are much higher than traditional batteries, usually over hundreds of thousands of times, which eliminates the need for frequent power replacement for smart door handles, reducing maintenance costs and hassle.

Environmentally friendly:

Supercapacitors generally do not contain harmful substances and are more environmentally friendly compared to conventional batteries, meeting the modern consumer demand for green technology.

Wide temperature adaptability:

The performance of supercapacitors is relatively stable in high and low temperature environments, ensuring that smart door handles can be used normally in various weather conditions.

Small scale design:

Supercapacitors are small in size and light in weight, making them easier to integrate into the design of smart door handles without affecting aesthetics or taking up too much space.

Stable working performance:

Supercapacitors have better current stability, which can reduce the impact of voltage fluctuations on smart door handles and improve the reliability and safety of equipment.

Supports multiple functions:

In addition to basic switch functions, supercapacitors can also support various intelligent functions of door handles, such as remote control, sensor monitoring, etc., to enhance user experience.

Combining the above advantages, assist customers in upgrading from the original lithium battery solution to a supercapacitor solution as a power source