Moringa Tree recently went viral when a video on Tiktok claimed it released electricity, and people seemed to believe it. But do you think it’s true?
Let me clarify the words with an experiment that shows no conductivity in Moringa. Scroll down the article.
Does Moringa Tree Produce Electricity?
The Moringa, also famous as the drumstick tree, is a medicinal and nutritional drought-resistant tree native to the Indian subcontinent.
They are fast-growing plants famous for their magical power to enrich any malnourished person.
However, recently, the tree went viral, not for its benefits but for its power to generate electricity. A person from Nigeria used a multimeter to show the flow of Moringa tree electricity.
But later, another person experimented with the same process and disproved the comment.
Further, it is illogical to light a bulb from a tree as it requires significant electric power to bring such a big LED to glow.
Also, the tree performs photosynthesis using solar energy, which is much more efficient than solar panels in converting photons into electrons.
However, that does not mean they are producing electricity. Instead, they are utilizing the solar current for their survival.
Look at the video for the experiment!
Can Other Trees Produce Electricity?
Research on alternate sustainable energy sources to generate and conduct electricity is ongoing. In the process, a recent discovery has been made from trees.
They are trying to create a hybrid plant with artificial and natural leaves to store the electric current emitted from wind energy and replace the turbines with these trees.
However, you should be clear that none of the trees produce electricity independently. Only with certain external mechanisms can they be a conductor of electricity.
Also, researchers have just given an idea of a tree robot and said further research is still needed.
From Editorial Team
Can Wood Conduct Electricity?
Wet wood with salt or dirt impurities can be a good conductor of electricity, allowing the free movement of electric particles. Because of this, the tree act as a conducting rod during a stormy night.
However, dry woods are insulators as they have a stable electron structure and have no water to carry the electrons.
