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You might be right, Everytime I charge the Tesla, it might be using more power to manage the charging compared to the leaf. If that's the case then maybe I shouldn't be charging everyday unless I dip below 30%....

Why is it a bad comparison this way?

1) I charged my Tesla to 80%. 2) Drove my Tesla around on the city for a couple days. 3) Looked at the odometer of miles driven since last charge 4) charged model y back to 80% and recorded the number of Kwh injected from my wall charger. 5) divided Kwh from charger by miles actually driven.

I own a model Y standard range and a 2015 Nissan leaf. I ran an efficiency test between the two where I measured energy going in and how many miles I got out in city driving, where there's an 80% chance of stopping at a red light on every block. The temperature outside was about 80 degrees...

If you arrive at one open charger in the only designated EV stall but there is another EV car parked in a regular stall with their charging port open (no one inside) Is there such thing as a EV waiting line in this case?

If you plug it in all the time, how do you know what to set the maximum charge level? Is it 80%? If the battery drops to 70%, is that not good for the battery? I know that 10% is bad, but should I be plugging it in at 70% or wait until it gets to 50% before plugging in? I don't drive very...

Has anyone tried using a body wrap on the dashboard? Not referring to the wood or white trims but the black dashboard. I'm thinking of wrapping it white but concerned if it will stick and if white would be too distracting in the sunlight. Thoughts?

Thanks, do I need to drop it from 95% to 25% within a couple days or can it be done over a week or two to be effective? It's not as easy for me to run it down that much unless I take it around the island.

All that battery cooling from short drives makes sense why I'm losing range. I own a leaf as well, which seems to do better in the city. They don't cool the batteries tho, I guess this is a trade-off between losing range vs battery degradation. Do you know how accurate the Tesla is able...

That's good info. I've been obsessing over my efficiency since I got the Model Y standard range. It should have been more miles than I needed because I do mostly city driving but for some reason my efficiency is so much worse than highway driving. I thought the opposite supposed to be true...

Yeah, you're right to ingore it. I did some more digging and that 260 wH/mi from EPA includes charging losses. So my actual target efficiency is 220wH/mi as shown on the energy screen by the solid grey line. That means if I drive around 220wH/mi then I should be able to attain the stated...

I think I have your answer, I was just wondering the same thing on my vehicle. The EPA stated 280 wH/mi INCLUDES charging losses. The real EPA wH/mi target while driving is about 40 wH/mi less. So your solid grey line should be around 240 wH/mi and that should be your target efficiency if you...

Thanks for checking. How did you confirm you have a 100 kWh battery by the way? For me, my sticker shows 260 wH/mi, 244 mi range but no battery size. (I had to look at EPA test reports to find that I have a 63kWh battery) When I search for your vehicle online, it shows that your EPA should...

Thanks I have factored those in, but my concern is not on how to become more efficient, but rather why my car's reported rated EPA wH/mi does not match what's on the EPA sticker. Do you still have your EPA sticker and could you confirm if the wH/mi matches the solid grey line in your energy...

I think there's a misunderstanding. I know that if I drive typically, I won't get EPA's stated wH/mi nor EPA's range because those are based on ideal conditions. BUT, if I managed to drive in ideal conditions (downhill, no AC, no load, etc.) AND achieved EPA's wH/mi then I should also achieve...

I know, this graph is just to show what the EPA's rated wH/mi is (grey solid line). It's the same for 15 and 30mi graph

I disagree, the EPA range number should be achievable if you are able to drive at their specified efficiency,wH/mi. I understand that there are millions of variables that can affect efficiency, but if we managed to get to EPAs stated level of efficiency then we should get its stated range. My...

The dashed line is based on my driving style and the solid grey line should be the rated EPA wH/mi. Wondering does the solid grey line match what is shown in your EPA sticker?

Unfortunately, in order to get that 223 wH/mi, I had to go downhill. My concern is that the rated EPA line is also showing around 223wH/mi (nearly overlapping grey line). But based on EPA sticker, the rated grey line should be closer to 260wH/mi not 220wH/mi. So this means, I need to be...

The ironic thing is that I am getting way worse mileage on the city than on the highway with my MY. With the summer heat and the stop and go traffic, I average 350wH/mi in the city and 220wH/mi on the highway. Disappointing because my driver's are mostly city.

I have a MY standard range and the EPA states that I should get 244 mi @ 260wH/mi. However, when I check my energy graph screen, it shows that the rated wH/mi line is about 220wH/mi. Normally, a lower 220wH/mi would mean that the car is more efficient. However, in this case it's bad for me...

It's surprising to me that when driving on a hot day in the heart of honolulu, my Wh/mi is in the 500+ range. However, when I'm on the highway going 50-60 mph, my Wh/mi is in the 230's. Based on EPA, I should be getting much better mileage in the city vs the highway. My experience with a...

I want to compare my mileage efficiency driving in Honolulu. My efficiency send very bag when I have AC running with alot if traffic lights.