Artificial-light-powered

Describes something that operates or functions by utilizing energy derived from artificial light sources, as opposed to natural light like sunlight. This can encompass a vast range of technologies and devices, from sensors that react to specific wavelengths of emitted light to large-scale systems like greenhouses employing grow lights. The reliance on artificial light allows for operation regardless of the time of day or natural environmental conditions, providing control and adaptability in various applications. It necessitates an external energy supply for the light source, impacting energy efficiency and often requiring sophisticated control mechanisms to regulate light intensity and spectrum. The technology behind artificial-light-powered systems is constantly evolving, focusing on improving efficiency, reducing energy consumption, and mimicking natural light for optimal performance.

Artificial-light-powered meaning with examples

• The artificial-light-powered surveillance cameras provided constant monitoring of the warehouse, even during the darkest nights. Their sensitive sensors detect movement, aided by the intense illumination. The system relied on advanced LED arrays and low-power consumption that were able to extend their working life. This reliance on such technologies allowed for data collection in the absence of natural light.
• The research facility utilized artificial-light-powered plant growth chambers to study the effects of different light spectra on crop yields. The use of varied lighting allowed researchers to create optimal environments independent of season and time of day. The control systems meticulously managed intensity and photoperiod, enabling precise experimental conditions and accelerated research outcomes.
• This novel artificial-light-powered air purifier eliminated bacteria and viruses effectively with its UV-C light source. The compact, efficient design made it perfect for homes and offices. The internal fan distributed the sterilized air. The technology improved air quality even when natural light was blocked or unavailable.
• The remote-controlled artificial-light-powered robotic explorer used a high-powered spotlight to navigate the dark, subterranean caverns. This allowed to scan its surroundings effectively. The robot's battery would drain very fast if no light was present so it relied on its spotlight. The sensors needed the illumination of the spotlight to function properly.
• The artist created a stunning display of bioluminescent sculptures, each artificial-light-powered, creating a breathtaking spectacle after dusk. These sculptures emitted a soft, ethereal glow. The artist had created a custom system using LEDs and microcontrollers. The effect was mesmerizing as the light pulsated.