Rechargeable Table Lamps
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Rechargeable Table Lamps offer absolute mobility, providing work surface illumination in places without direct access to the electrical grid.
In critical situations where the desk is far from an outlet or the local power supply is unstable, autonomous light sources become a firm engineering necessity. The VIDEX rechargeable luminaire series (especially TF11, TF16, TF18 models) innovatively integrates high-capacity Li-Ion or advanced LiFePO4 batteries (from 1800mAh up to 2600mAh capacity) capable of maintaining a bright luminous flux for up to 24 hours on a single full charge. This completely portable luminaire uses the modern 5V USB or USB-C charging protocol, allowing it to be safely powered directly from a computer, power bank, or standard wall adapter. Selected innovative models, like the TF18 with a special rotating magnetic base, allow the lamp itself to be detached and used as a portable emergency flashlight or conveniently attached to metal surfaces in the room. The emitted light, thanks to a built-in frosted diffuser, provides absolute protection against the harmful effects of blue light and micro-flickering (Flicker-free technology), maintaining eye-pleasing and safe visibility for years.
Battery technologies and practical benefits:
- Independent power supply: The built-in high-capacity lithium battery provides long-lasting power autonomy (up to 24h) without external wires, making the lamp easy and safe to move around the house.
- Magnetic fixation: The innovative rotating system and strong magnet base allow the luminaire itself to be rotated a full 360 degrees or attached to other brackets and clips.
- Cycle sustainability: The modern LiFePO4 electrochemistry cells used provide up to 2000 full charge cycles without losing the basic capacity of the device during operation.
- Combined design: The engineering assembly allows you to instantly change the base from a regular table leg to a fixation clip or a sticky wall base for any scenario.
High equipment mobility guarantees continuous reading, working, or background creation even if the central power supply suddenly experiences emergency interruptions. For out-of-office work, high-performance tablets and mini PCs will be an excellent and indispensable addition to an autonomous and illuminated desk.
Q: How long does the built-in Li-Ion battery provide autonomous operation without grid connection?
Q: Can rechargeable table lamps be used as primary emergency lighting during power outages?
Q: What is the difference between USB Type-C and standard Micro-USB charging ports on table lamps?
Q: Can a battery lamp be safely used and kept on during the charging process?
Q: How many charge cycles does a standard lithium-ion battery withstand before a noticeable loss of capacity?
A: A standard 1800mAh to 3000mAh capacity battery can maintain continuous light from 3 hours (at maximum power) up to 40 hours (in night mode). This ensures absolute lighting independence on terraces, in gardens, or when reading a book in bed without nearby outlets.
Q: Can rechargeable table lamps be used as primary emergency lighting during power outages?
A: A fully charged VIDEX lamp provides a safe 300-lumen luminous flux, instantly replacing the extinguished primary lighting. It is a stable and portable alternative to candlelight, reducing fire hazards and guaranteeing sufficient visibility in enclosed spaces.
Q: What is the difference between USB Type-C and standard Micro-USB charging ports on table lamps?
A: The USB Type-C interface supports a 5V/2A current capacity and is symmetrical, preventing port damage from an incorrectly inserted plug. It accelerates the battery charging cycle by 30% and allows the use of standard smartphone chargers or portable PowerBank batteries.
Q: Can a battery lamp be safely used and kept on during the charging process?
A: Yes, the BMS (Battery Management System) microchip automatically diverts the current primarily to the LED diodes while charging the cells in parallel. This guarantees an uninterrupted work process without battery degradation or overheating during the power supply phase.
Q: How many charge cycles does a standard lithium-ion battery withstand before a noticeable loss of capacity?
A: Li-Ion cells are certified for 500 to 800 full charge and discharge (0-100%) cycles. After reaching this threshold, the lamp will continue to operate fully, retaining at least 75-80% of its initial autonomous capacity.
