What is the silicone anode?
batteries come with three specific parts and one of them is the anode. In this area, electrons are built to provide energy by electrical equipment. Since 2011, graphite anodes have been most commonly used in lithium batteries. The silicon anode has the theoretical ability to produce up to ten times the amount of energy of the traditional graphite anode. The main problem is that the silicone anode easily disintegrates and reduces the amount of generated energy and unstable battery; That is why the silicone anode was not popularly used. The anode is negatively charged and is a place where electrons accumulate. As nature dictates, electrons are forced to travel to a positive charge that is produced by the cathode. The electrolyte layer prevents electrons from going directly to the cathode and instead forcing energy to move through the electrical resour, turn the device and its operation, before stopping on the cathode. It is this process that causes each battery.
In lithium batteries that use lithium as the main energy source, graphite has been used as an anode because it can produce a high amount of energy and is sufficiently durable for constant use. While the force in graphite is high compared to other sources, it is limited to the amount of silicone power can produce. Silicon, if it is combined with lithium, can produce up to ten times the amount of energy, which would allow portable equipment and electric cars to run for a longer period of time without changing or recharging the battery.
The problem using silicone anode is that silicon has a low durability. When electrons are produced and raced through silicon anode, silicon shows signs of wear and deformity. When she silica, he is unable to maintain a regular charge and the amount of energy deteriorates. This means that silicon has a much shorter life compared to the graphite anode, even if it can maintain a higher charge.
To bypass this problem, scientists are used for silicone nanoparticles for silicon anode. Nanowire is able to withstand energy without degrading. It has been shown that this type of anode not broken or broken, making it a viable energy source for these batteries.