Ather Grids To Cut Off Electric Scooter Charging At 80%
Ather Energy has recently announced that their Ather Grids will soon be upgraded with an 80 percent cut-off. This will provide optimal charge for users, reduced wait time for others, and fair usage for everyone. While that’s a straightforward message, a tweet from their CEO related to the same caught our attention. ‘Once we disconnect the solenoid, charging cannot continue for safety reasons. You risk arcing and other non savoury things otherwise.’
Understanding How Solenoids Convert Electrical Energy to Mechanical Energy
If you own an electric scooter, you may have heard of solenoids and their importance in the charging process. Solenoids are essential electromechanical devices that control the flow of electricity to the battery. They convert electrical energy into mechanical energy and generate a magnetic field when an electric current passes through them.
Risks of Interrupting the Flow of Electrical Energy to an Electric Scooter Battery
When a solenoid is charging, it actively draws electrical energy and creates a magnetic field. Disconnecting the solenoid while it is charging can be dangerous as it may cause a sudden interruption in electrical energy flow, leading to an electric arc.
Solenoids are critical safety features in electric scooter charging. They control the flow of electricity to the battery and prevent electric arcs that can be dangerous and even life-threatening.
Preventing Electric Arcs During Electric Scooter Charging
An electric arc is a discharge of electric current that occurs when there is a gap in a circuit. It can cause a flash of light, heat, and even an explosion, resulting in severe burns, equipment damage, and even death. To prevent electric arcs, it is crucial to let the solenoid complete its cycle before disconnecting it. This ensures that the magnetic field has dissipated, and there is no risk of an electric arc occurring.
The Ather electric scooter is designed with safety in mind and uses technologically advanced lithium-ion cells for its battery pack. These cells have a high energy density, making them a popular choice for electric vehicles.
Source: www.rushlane.com
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