Developed by a team of researchers at the Universidad de Ingeniería y Tecnología (UTEC) in Peru, the 'Plant Lamp' is designed to be powered off of the microorganisms found in the soil surrounding a plant.
Utilizing an LED illumination system that provides ample light, the 'Plant Lamp' can operate for two hours per day, which might seem low, but could provide a sutainable, eco-friendly option for those who don't have direct access to electricity or that can't afford it.
Describing the process behind the 'Plant Lamp,' professor of Energy and Power Engineering at UTEC Elmer Ramirez explains: "We put the plant and soil into a wooden plant pot together with a previously established and properly protected irrigation system. Then, inside the pot we place the energy generation system that we created which stores soil and electrodes capable of converting plant nutrients into electric energy."
Planted-Powered Lamps
This 'Plant Lamp' Utilizes Microorganisms to illuminate
Trend Themes
1. Eco-friendly Lighting - The 'Plant Lamp' demonstrates the trend of using sustainable and renewable energy sources for lighting.
2. Off-grid Energy Solutions - The 'Plant Lamp' addresses the need for electricity alternatives in areas without direct access to power.
3. Microorganism-powered Technology - The use of microorganisms to generate electricity for the 'Plant Lamp' showcases the trend of harnessing natural organisms for innovative applications.
Industry Implications
1. Renewable Energy - The 'Plant Lamp' opens up opportunities for renewable energy companies to develop similar off-grid lighting solutions.
2. Smart Home Technology - This eco-friendly lighting option can be integrated into smart home systems, creating opportunities for the smart home technology industry.
3. Agriculture Technology - The 'Plant Lamp' highlights the potential for agriculture technology companies to explore energy generation from microorganisms for sustainable farming practices.