doorfx
Active VIP Member
Just want to thank jhurkot for starting this thread and sharing his experience with the Tesla. Keep up the good work!
X2.......^^^^^^
Just want to thank jhurkot for starting this thread and sharing his experience with the Tesla. Keep up the good work!
I'm not sure this really applies to EV because you are already plugged in to charge and then go on to your phone and start the heaters and seat warmers through the app. If you set your charge time to start at say 2am and you leave to go to work at 8am that gives you a warm car and warm battery to start your trip.
Thats pretty neat, so these can charge the batteries and heat everything off any 120 outlet???
I would assume controlling the torque output of an electric motor would be far simpler and more elegant than an ICE. Plus with the AWD, it should drive fairly nice.How does that thing handle the snow and ice? How do they control all that low end torque?
Most ICE traction control systems suck donkey balls.
How does that thing handle the snow and ice? How do they control all that low end torque?
Most ICE traction control systems suck donkey balls.
With proper tires it’s really good. Separate motors for the front and back. They detect slippage in 10ms. You have to run the vehicle in chill mode (limits acceleration) and turn down the regenerative braking. The car weighs 4200 lbs and feels planted. I think it’s better on ice than my 1ton dodge on studded duratracs.
Is that a roadside charger?That argument doesn’t make sense. That’s like saying what happens if you get stuck on Rogers pass in -20 with less than a quarter tank of fuel. At least there is a charger at the pass. Don’t think there are any gas stations however.
Fawk it.
I am going salt water power.
https://www.anonews.co/this-car-is-powered-by-salt-water-920hp-top-speed-217-5-mph-373-miles-tank/
Maybe too early to jump up and down...the "saltwater" costs more than gas...Fawk it.
I am going salt water power.
https://www.anonews.co/this-car-is-powered-by-salt-water-920hp-top-speed-217-5-mph-373-miles-tank/
Similar to regular modern flow cells, nanoFlowcell is producing electricity from liquids. However, the electrolyte is not common salt water as commonly stated in several internet forums, but the electrolyte solution bi-ION consists of a conductive liquid - organic and inorganic salts dissolved in water - and the electrolytes themselves, nano-particles which are specific molecules designed by nanoFlowcell Holdings Ltd. While dissolved redox salts are responsible for the energy transfer in conventional redox flow batteries, the bi-ION electrolyte is an energy storage medium whose suspended nano-particles permit a considerably higher energy density than regular redox electrolyte liquids.[SUP][16][/SUP][h=2]Controversy[edit][/h]There is a lack of scientific understanding or patents describing how water with metallic salts can be used to produce electric energy with the efficiency and energy density that the company claims, and no independent third party measurements confirming the claims are available.[SUP][17][/SUP] The claimed performance contradicts research that has been done on flow batteries.[SUP][18][/SUP] It has been said that "there is no solid proof just yet that the QUANT e actually works and performs as advertised".[SUP][19][/SUP]
The Quant 48 Volt delivers 560 kW at 48 V, with 140 kW going to each motor.[SUP][20][/SUP] This means the current going to each motor is equal to 2917 Amps. The company fails to explain how it deals with cooling those cables
I love the name you gave itRecent trip to Edmonton. It was -25 for most of it. Nearly at 8000 km now.
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Fire crews were then called to the tow yard three times overnight as the battery pack reignited, which is a frequent occurrence in the aftermath of electric car fires.
“We have a problem where the car keeps catching fire because the battery pack itself hasn’t drained yet,” Davie Fire Rescue Battalion Chief Robert Diferdinando told the Sun-Sentinel.