Not only from moth. Scientists suggest using lavender oil for more durable sodium-gray batteries

Researchers at the Max Planck Institute of Colloids and Interfaces have developed new material for sodium-grained batteries, which will help to significantly increase their efficiency and durability.

Sodium-gray batteries are considered to be a promising alternative to lithium-ion batteries because they are safer and use more affordable materials. However, they have their disadvantages, such as relatively low energy intensity and rapid wear.

The key element of the new material was Linalool – the main aromatic compound of lavender oil. Scientists have created nanomaterials of linolol and sulfur that effectively prevents the loss of battery capacity caused by the so -called “Sulfur by a boat. ” This process leads to a gradual decrease in battery productivity and reduce its service life.

The new material creates a kind “Cage ”for sulfur, preventing it from migration inside the battery. Due to this, batteries using new material can withstand much more charging cycles, while maintaining a high capacity.

“It is exciting – to reject future batteries using materials that grow in our gardens,” says Paolo Dzhusto, the head of a group of researchers.

The results of the study open up new prospects for the development of sodium-gray batteries and can accelerate the transition to a cleaner and more stable energy. New batteries can be an effective means of storing energy from renewable sources, such as solar and wind energy.

This discovery demonstrates that nature can be a source of inspiration to create innovative technologies that can solve global energy problems.