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  Summary / Reader Response Draft #2


In the article “A Critical Review of Emerging Technologies for Electric and Hybrid Vehicles”, it introduces the latest Tri Motor All-Wheel Drive electric motor system that is being utilized on the Tesla Model S Plaid electric vehicle (Lee, Hua, Long, Jiang, & Iyer, 2021). The function of an electric motor system is to propel an electric vehicle forward by using electricity. The Tesla “All-Wheel Drive” system uses independent front and rear motors (Tesla, n.d.). The same article states that the system allows improvements in both capability and traction, thus enabling quick responses from the accelerator pedal. The Tesla “Tri Motor” configuration utilizes all four wheels with a total of three AC induction motors that is generated by a 407-volt lithium-ion battery pack (Owen, 2023). The motors are uniquely carbon-wrapped (Crider, 2021), and features an improved heat pump and thermal system (Dent, 2021). With the several enhanced features of the Tri Motor All-Wheel Drive, it is clearly an improvement compared to the Dual Motor All-Wheel Drive system, which is utilized on the Tesla Model S.

The Tri Motor All-Wheel Drive has three motors that are carbon-wrapped, which is an enhanced feature. The carbon-wrapping allows the rotor to achieve a higher RPM as the carbon sleeves largely prevents the copper rotor from enlarging due to radial acceleration (Crider, 2021). The carbon-wrapped motors weigh significantly lighter (Addcomposites, n.d.). The same article stated there were four key benefits to having carbon-wrapped motors. Firstly, it allows an increase of efficiency due to generating lesser energy to spin because of its lighter weight. The motor still attains the same level of mechanical energy. Secondly, the carbon-wrapping improves the electric vehicle’s acceleration and top speed due to its lighter weight. Thirdly, with a lighter rotor, the electric vehicle requires lesser energy to propel which results in longer battery life. Lastly, a lighter weight leads to lesser material production which results in the decrement of the carbon footprint of electric vehicles. Thus, with the four key benefits as mentioned above, it shows how enhanced the carbon-wrapping feature is, which is an improvement.

Another enhanced feature of the Tri Motor All-Wheel Drive is its improved heat pump and thermal system (Dent, 2021). The heat pump has a 30 percent improvement in cold weather ranges. The same article also mentioned it requires 50 percent lesser energy for heating the cabin in freezing conditions. This enhanced feature benefits the electric vehicle entirely as it will experience minimal degradation in cold weather circumstances which is a critical factor for its overall service lifespan. (Ewing, 2021).

When the statistics are compared, the Tri Motor All-Wheel Drive that is utilized in the Tesla Model S Plaid evidently shows why it is an improvement over the Dual Motor All-Wheel Drive that is equipped in the Tesla Model S (Tesla, n.d.). According to the same website, the Tesla Model S Plaid can go from 0 to 60 miles per hour in about 1.99 seconds, with the first foot of rollout subtracted. In addition, its top speed is up to 200 mph with added hardware upgrades (Dean, 2023). Its maximum output is at 1020 horsepower. For its range wise, it can cover between 348 to 396 miles depending on the wheel selection (Tesla, n.d.). The Tesla Model S on the other hand, can go from 0 to 60 miles per hour in about 3.1 seconds. Its top speed is at 149 mph and its maximum output is at 670 horsepower. When we compare the statistics above, we can clearly see how enhanced the Tesla Model S Plaid is as compared to the Tesla Model S. The only statistic that beats the Tesla Model S Plaid is that the Tesla Model S range is between 375-405 miles, which is slightly higher in comparison. Nonetheless, the Tri Motor All-Wheel Drive utilized in the “Plaid” still outshines the Dual Motor All-Wheel Drive utilized in the "Model S" in other aspects of the statistics which thus evidently shows the improvement.

One problem with the Tri Motor All-Wheel Drive is that, having a top speed of up to 200 mph in a vehicle, could be dangerous and could cause potential accidents if reckless driving is involved. There was an article that reported a man drove the Tesla Model S Plaid at 116 miles an hour in a 30 miles an hour zone area and crashed the car. The crash killed 2 people and a dog sadly (Walser, 2021). With the enhanced upgrades that are available to take the top speed up to 200mph, it could be a huge safety concern as the potential of recklessness and misuse is there.

Regarding the issue of recklessness, we can only pray that the buyers of the Tesla Model S Plaid follow the speed limits responsibly. In conclusion, with the enhanced features and statistics shown above, we can clearly see how the Tri Motor All-Wheel Drive is ultimately an improvement over the Dual Motor All-Wheel Drive.


References


Addcomposites (n.d.) https://www.addcomposites.com/post/how-tesla-s-carbon-wrapped-motor-with-afp-could-revolutionize-electrification-in-automotive


Crider, J. (2021). More Details On Tesla’s Innovative Carbon-Wrapped Motor. CleanTechnica. More Details On Tesla's Innovative Carbon-Wrapped Motor - CleanTechnica


Dent, S. (2021). Tesla shows off the $130,000 Model S Plaid’s performance. Engadget. https://www.engadget.com/tesla-model-s-plaid-first-deliveries-075110301.html


Dean, G. (2023). Tesla Model S Plaid is so fast it breaks records. Learn about cost, horsepower, and comparisons to other EVS. Business Insider. https://www.businessinsider.com/tesla-model-s-plaid


Ewing, S. (2021). Tesla Model S Plaid offers repeatable 0-to-60 times, better cold weather range, Musk says. CNET. https://www.cnet.com/roadshow/news/tesla-model-s-plaid-performance-cold-weather-ev/


Lee, C., Hua, W., Long, T., Jiang, C., & Iyer, L. (2021). A Critical Review of Emerging Technologies for Electric and Hybrid Vehicles. IEEE. https://ieeexplore.ieee.org/document/9664303

 

Owen, J. (2023). The 12 Best Features Of The Tesla Plaid. Slashgear. https://www.slashgear.com/848196/the-12-best-features-of-the-tesla-plaid/


TESLA (n.d.) https://www.tesla.com/models/design#overview

 

Walser, A. (2021). Tesla driver arrested after 116 mph crash kills two people and a dog. ABC Action News. https://www.abcactionnews.com/news/local-news/i-team-investigates/tesla-driver-arrested-after-116-mph-crash-kills-two-people-and-a-dog

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