Multifunctional reading bookshelf adjustable learning table lamp with dual-purpose charging and plug-in power, three-speed colour temperature settings and built-in lithium battery for voltage under 36V, supplied with a lamp in Charging Plug colour.
Multifunctional Adjustable Table Lamp with Dual-Power and Three Colour Temperatures

This multifunctional table lamp is designed to serve dual roles as a focused reading light and an adjustable lamp for learning tasks. Its key advantage lies in its flexible power supply, incorporating a built-in lithium battery that allows for both plug-in and cordless charging operation. With three-speed colour temperature adjustment, it provides adaptable lighting to reduce eye strain during prolonged study sessions or casual reading. The lamp is engineered for safe use with a specified operating voltage of 36V or below, making it a practical consideration for desks, bedside tables, or bookshelves where lighting needs and power access can vary.
Features and Construction

The lamp's construction is centred on its versatile functionality and safe electrical design. It is presented as a single, complete unit ready for use.
Material and Build
The core technical components include a built-in lithium battery that facilitates the dual-purpose charging and plug-in capability. This built-in power source is integrated with the lamp's circuitry, which is specified for operation at a voltage of 36V or less. The construction focuses on delivering the advertised multifunctional lighting modes without extraneous details on external casing materials, which are not described in the source information.
Size and Practical Fit
While exact physical dimensions are not specified, the product is described as a table lamp suitable for learning and reading contexts. This suggests a size profile appropriate for placement on standard desks, nightstands, or integrated onto bookshelves. The adjustable nature implies some element, likely the head or neck of the lamp, can be repositioned to direct light where it is most needed for the task at hand.
Uses and Placement

The lamp's multifunctional label and adjustable learning design indicate its primary use cases are centred around focused activities requiring good illumination.
Event or Professional Use
In settings requiring task lighting, such as home offices, study areas, or craft spaces, the three colour temperature settings allow the user to match the light to the activity—perhaps a cooler light for concentration and a warmer light for relaxation. The dual-power capability means it can remain in use during temporary power interruptions or be easily moved to a location without a nearby socket.
Everyday Home Use
For everyday reading, whether with physical books or e-readers, the lamp can provide direct, adjustable light to minimise glare and shadows. Its design as a bookshelf lamp also suggests it can be nestled among books to illuminate a reading nook or used as a general ambient light in a living space or bedroom when not needed for focused work.
Benefits and Buying Value

The value of this lamp stems from its combination of practical features that address common lighting needs without requiring multiple separate products.
Reuse and Low Maintenance
The rechargeable lithium battery promotes reuse and reduces dependence on disposable batteries. The dual-power function extends the product's usable life in a single location and increases its portability for use around the home. With no complex care instructions provided, maintenance is centred on proper battery charging practices and general care for electrical items.
Why Choose This Product
This product is a considered choice for those seeking a single lighting solution that offers flexibility in both power source and light quality. The stated specifications—dual-power, three colour temperatures, sub-36V operation—provide a clear, factual basis for its functionality. It avoids being a single-use item by combining reading and task lighting roles, and its cordless capability adds a layer of convenience for tidy setups or temporary placements.





