Comparing the Battery Packs of Tesla Model S and Model Y

🔋The Tesla Model S uses the 18650 cell, while the Model Y uses the 2170 cell.

⚡️The Model S has a higher power output due to its larger number of cells and better cooling.

🧩The battery packs of the Model S and Model Y are assembled differently, with the Model S using cross-car modules and the Model Y using long and skinny modules.

🔌The Model S battery pack has more cells and more parallel connections, resulting in increased power and faster acceleration.

🆚The orientation and assembly of the cells in the Model S battery pack have improved over time for better reliability and cooling.

What is the main difference between the battery packs of the Model S and Model Y?

—The main difference is the type of cell used. The Model S uses the 18650 cell, while the Model Y uses the 2170 cell. Additionally, the battery packs are assembled differently, with the Model S using cross-car modules and the Model Y using long and skinny modules.

Why does the Model S have a higher power output?

—The Model S has a higher power output due to its larger number of cells and better cooling. It has more cells and more parallel connections, resulting in increased power and faster acceleration.

Is the battery pack of the Model S more reliable?

—Yes, over time, the orientation and assembly of the cells in the Model S battery pack have improved for better reliability and cooling. Tesla has made refinements to enhance the performance and durability of the battery pack.

Which model is better for speed and acceleration?

—The Model S is designed for speed and acceleration. Its battery pack configuration and greater number of cells in parallel provide the power needed for quick acceleration and high performance.

Can the Model Y's battery pack be upgraded to match the Model S's power output?

—No, the power output of the battery pack is determined by its configuration and design. The Model Y's battery pack is optimized for its specific performance and cannot be easily upgraded to match the power output of the Model S.

00:00Introduction to the comparison of the battery packs of Tesla Model S and Model Y.

02:30Explanation of the cell types used in the battery packs: Model S uses 18650 cell, while Model Y uses 2170 cell.

05:15Discussion on the power output differences between Model S and Model Y.

08:50Comparison of the assembly methods and configurations of the battery packs.

11:30Explanation of the advantages and improvements in the Model S battery pack.