Solar Charging Table Fan and Dual-Purpose LED Study Lamp with Built-in Lithium Battery USB Type-C Power Supply ABS Shade Material Light Luxury Design Button Switch Controls
Solar-Powered Table Fan and LED Study Lamp with Built-in Battery and Type-C Charging

This dual-purpose desk accessory combines two practical functions into a single compact unit, offering both personal cooling and task lighting for study or workspace environments. With solar charging capability supported by an internal lithium battery, the device provides portable operation without constant reliance on mains power. The modern Type-C connection offers versatile charging options, while the button controls ensure straightforward switching between fan and lamp modes. Designed with a light luxury aesthetic, the ivory white ABS shade creates a neutral appearance suitable for various room settings.
Features and Construction

The unit integrates both a table fan and an LED study lamp within one housing, creating a space-saving solution for desks, bedside tables, or study areas. The construction balances functionality with a clean aesthetic design, employing practical materials and straightforward controls.
Material and Build
The lamp shade utilises ABS plastic, a material chosen for its balance of durability and lightweight properties. This ivory white component houses the LED light source, diffusing illumination for comfortable reading or task lighting. The overall construction incorporates the fan mechanism alongside the lighting elements, creating a unified design rather than two separate devices bolted together.
Size and Practical Fit
As a table-top unit, the product is designed to occupy minimal desk space while delivering both airflow and illumination where needed. The compact form factor allows placement in various study or work environments without dominating the surface area. The integrated nature means only one power connection is required for both functions, reducing cable clutter compared to operating two separate devices.
Uses and Placement

The dual functionality makes this product suitable for scenarios where both cooling and task lighting are beneficial. From home study areas to office workstations, the combination addresses two common needs with a single device.
Event or Professional Use
For temporary workstations, exhibition booths, or outdoor market stalls, the solar charging capability and battery operation provide independence from mains power sources. The fan offers personal cooling in warm environments, while the LED lamp illuminates work surfaces or display areas. The ≤36V operating voltage ensures safe use in various settings without specialised electrical requirements.
Everyday Home Use
In home offices, study rooms, or bedside tables, the unit serves as both a reading light and personal cooling device. The solar charging function can supplement battery usage during daylight hours, potentially extending operation between charges. The ivory white colour scheme integrates with various room décors, while the button controls offer simple operation without complex settings.
Benefits and Buying Value

The product's value stems from combining two commonly needed functions while offering flexible power options. Rather than purchasing separate devices, users obtain both cooling and lighting in one purchase.
Reuse and Low Maintenance
The lithium battery and solar charging system support repeated use without disposable batteries. The LED light source offers extended service life compared to traditional bulbs, while the ABS plastic construction requires minimal maintenance beyond occasional cleaning. The integrated design means fewer separate components to manage or potentially misplace.
Why Choose This Product
This unit addresses the specific need for both personal airflow and task lighting in compact spaces. The solar charging capability provides an additional power option alongside Type-C charging, offering flexibility depending on available power sources. The dual functionality represents a space-efficient solution compared to purchasing and positioning two separate devices on limited desk or table surfaces.
