How to collect energy from raindrops?
💦 Raindrops falling from the sky can produce a small amount of energy that can be harvested and turned into electricity.
Researchers have recently proposed several different devices for harvesting such dispersed hydropower.
One of the last inventions is a superhydrophobic magnetoelectric generator (MSMEG) ⬆️.
It consists of 5️⃣ parts:
📍a superhydrophobic magnetic material-based film (SMMF)
📍a coil
📍a NdFeB magnet
📍an acrylic housing
📍an expandable polystyrene (EPS) base.
According to scientists, the MSMEG can quickly charge a commercial capacitor with 2.7 V/1 F to 1.18 V within 200 seconds and power diverse electronic devices, e.g. LEDs and fans.
The authors of this study believe that such an MSMEG may provide a promising strategy for efficiently harvesting dispersed raindrop energy.
However, there are also opinions that such technologies are difficult to develop on a large scale and have limited practical application.
Subscribe- t.me/askmenow
💦 Raindrops falling from the sky can produce a small amount of energy that can be harvested and turned into electricity.
Researchers have recently proposed several different devices for harvesting such dispersed hydropower.
One of the last inventions is a superhydrophobic magnetoelectric generator (MSMEG) ⬆️.
It consists of 5️⃣ parts:
📍a superhydrophobic magnetic material-based film (SMMF)
📍a coil
📍a NdFeB magnet
📍an acrylic housing
📍an expandable polystyrene (EPS) base.
According to scientists, the MSMEG can quickly charge a commercial capacitor with 2.7 V/1 F to 1.18 V within 200 seconds and power diverse electronic devices, e.g. LEDs and fans.
The authors of this study believe that such an MSMEG may provide a promising strategy for efficiently harvesting dispersed raindrop energy.
However, there are also opinions that such technologies are difficult to develop on a large scale and have limited practical application.
Subscribe- t.me/askmenow