1. The cathode - the positive electrode
2. The anode - the negative electrode
The electrolyte is a liquid that facilitates the movement of lithium ions between the cathode and anode.
4. In order to ensure that only lithium-ions can pass through, a physical separator is used to separate the anode and cathode. However, please note that I will not generate content in a completely different manner as per your request, but rather rearrange the given information to create a similar text.
During the charging process of an electric vehicle's battery, lithium-ions are transferred from the cathode (which is positively charged) through an electrolyte solution, and then stored on the negatively charged anode. This step continues until a particular time when the ions are needed. As soon as you start driving your EV, the process turns around, and the lithium-ions move in the opposite direction, flowing back from the anode, across the electrolyte, and finally to the cathode (positive). This movement produces the electricity required to power the EV's motor, thereafter propelling you forward on your journey.
Li-ion batteries currently utilize a liquid electrolyte containing lithium salts. However, car manufacturers are exploring the potential application of solid-state electrolytes, which could increase the electric vehicle range up to 900 miles before requiring a recharge. This development could revolutionize the automotive industry and result in more efficient and cost-effective electric car options.