Man deep freezes Tesla Model 3 before supercharging – here’s what happened

Spread the love

On social media, viewers stunned as viral video shows man deep-freezing Tesla Model 3 before supercharging.

A YouTuber conducted an intriguing experiment with his Tesla Model 3 in freezing conditions to test its supercharging capabilities.

Table of Contents

Man deep freezes Tesla Model 3 before supercharging

man deep freezes tesla model 3 before supercharging – here’s what happened 12640
A YouTuber tested charging his frozen Tesla Model 3 after it was left in -14°F conditions. Image Credits: Out of Spec Reviews/Youtube

 

On social media, the footage showed the YouTuber testing supercharging challenges in extreme cold, which gained attention.

The YouTuber parked his Tesla Model 3 in a lot for two days at -14°F. He wanted to see how the vehicle would perform when immediately plugged into a supercharger.

He said: “I think it’s frozen, I don’t think it’s gonna latch, yeah that is a non-latching situation right there.”

The video, uploaded to the “Out of Spec Reviews” YouTube channel, aimed to answer a key question: what happens when you try to supercharge a frozen battery pack?

When attempting to connect the charger, the YouTuber faced issues. “I think it’s frozen; it’s not latching,” he explained.

man deep freezes tesla model 3 before supercharging – here’s what happened 12639
He struggled to connect the supercharger as the cold prevented the latch from working properly. Image Credits: Out of Spec Reviews/Youtube

 

He added: “Another completely Frozen cable, went in nicely this time. Wow, I feel like I’m gonna get frostbite just touching that thing, come on latch. Wow, these things are not latching at all, it’s just so cold.

“Will it start charging? I don’t know, let’s see what the car says on the inside, let’s take a look, it’s definitely in, it says supercharging.”

After moving to another charger, the cable finally latched. However, the car didn’t begin charging immediately. For 45 minutes, the Tesla appeared to do nothing.

See also  Gen Z revives controversial fashion trend that may reveal your age

The Tesla was using its battery power to warm up the frozen battery pack before starting to charge effectively.

man deep freezes tesla model 3 before supercharging – here’s what happened 12638
The car took 45 minutes before charging started due to the battery heating up first. Image Credits: Out of Spec Reviews/Youtube

 

This process significantly delayed the supercharging time.

Viewer reactions to the experiment

The YouTube comment section was filled with reactions, ranging from frustration to humor.

One commenter lamented the long wait time: It would kill me to wait an hour in the cold to charge my car. I’ll stick to gas for now.

man deep freezes tesla model 3 before supercharging – here’s what happened 12637
Some viewers complained about the slow charging and preferred faster gas refueling. Image Credits: Out of Spec Reviews/Youtube

 

Another user shared a tip: Turn on the cabin heater while charging. It helps warm the battery faster by utilizing the charger’s power.

A third user joked: Park next to an EV that’s on fire. Works every time to warm up the battery!.

Someone else said: Damn, that’s gonna increase the queues at the superchargers in the cities on a cold winter morning.

Another added: Running the cabin heater would aid in warming the battery because the rest of the frame of the car would warm the battery some. It’s really important to do all the heating you can.

man deep freezes tesla model 3 before supercharging – here’s what happened 12636
A commenter suggested using cabin heat to warm the battery quicker during supercharging. Image Credits: Out of Spec Reviews/Youtube

 

Lessons for EV owners in cold climates

This experiment highlights the challenges of supercharging electric vehicles in freezing temperatures.

Owners should prepare for longer charging times in extreme cold and consider pre-warming their cars before plugging in.

As EV technology advances, manufacturers may address these cold-weather limitations, making electric vehicles even more reliable in harsh climates.

For now, understanding these quirks can help drivers plan better and adapt to their vehicle’s needs.

 


Spread the love