Article makes no mention of days.
You should read your own link properly.
Article makes no mention of days.
No 240kg is the fuel cell module weight, where in that picture did you see the two H2 tanks? the hydrogen supply is coming externally. It doesn't include the Li battery they still use either - yes the Mirai still uses an Li ion battery anyway, see post above.Mirai's fuel cell stack weighs 56 kg. 240 kg is for everything; air and hydrogen supply, cooling and power control.
And the fact that you brought up the 1.2 kWh Li battery on Mirai shows you don't know what you are talking about. It's just for regenerative braking and acceleration. But the fact that you put a 45 kg figure on it shows how heavy Li-ion really is.
Warranty matters because the battery is way too expensive.
You wanna match the range of H2 over time, you're gonna need a 1 ton Li-ion battery. A Tesla 3 apparently gives 12kWh/100km, at its most efficient. So to get to Mirai's most efficient 1000 km range, it needs 120 kWh. Such a battery is in the 1000 kg class. Tesla's new 100 kWh battery weighs nearly 700 kg. Regardless, 500 kg vs 56 kg, no competition.
Vehicles can run 24/7. But it's figurative. You wanna get from Point A to B within 24 hours at 70 mph carrying heavy loads, H2 is your go-to vehicle, not electric.
Yes, better minds than you and I have worked on it, and have figured out that H2 will become cheaper in the long run. It's not me saying it. The vehicles will be cheaper, the energy will be cheaper and recycling will be cheaper. Even the insurance will be cheaper, what with a BEV's penchant for catching fire.
Doesn't specify how it was charged, probably trickle charged during off-peak times. Supercharging can be done in 15 minutes now.
No 240kg is the fuel cell module weight, where in that picture did you see the two H2 tanks? the hydrogen supply is coming externally. It doesn't include the Li battery they still use either - yes the Mirai still uses an Li ion battery anyway, see post above.
View attachment 31582
The Mirai's output is 114kW, the fuel cell module only makes 80kW alone (see link in previous post), so no, it is needed to make the full power. And by the way, 114kW in a car weighing 1850kg will be a sluggish pig.
The Lucid Air Dream has 516 miles range, that's 825km catalogue value, 460kg battery. The catalogue value of the Mirai is only 650km, with a powerplant that only offers a tiny fraction of the power.
At 70kWh per kg compressed, the cost of lorry transport would be horrendous, leading to much more expensive items in the shop. Current superchargers can recharge 100kWh in 15 minutes. Besides, the weight of a larger battery for a lorry would make negligible difference.
Doesn't specify how it was charged, probably trickle charged during off-peak times. Supercharging can be done in 15 minutes now.
There are two H2 tanks weighing 87.5kg not in that picture.It is the entire module. The energy part is only the fuel stack that requires battery-related recycling, and that weighs 56 kg. It comes with air and H2 supply, not the H2 cylinder. And power control. And yes, FCEVs have Li-ion, but it's purely for low speed, braking and acceleration related tasks, and needs 100 times less supply of Li. So it can all be made for cheap 'cause pretty much everything is manufactured, not simply mined at exhorbitant cost.
Crucially, the adoption of the new GA-L platform has enabled the fitment of a third high-pressure hydrogen fuel tank.
So 15 minutes per fill vs 5 minutes. Average speed of taxi, 50kph, so maximum 1,200km. Both vehicles need 1 fill, so you lose 10 minutes with EV, but the FCV uses 392kWh per fill and the EV uses 100kWh, so you save ~£120 with the EV, £120 >> 10 minutes cab fare.Doesn't matter. When it's charging, it's not on the road. A lot of people run taxi serives as a proper 24/7 business with multiple drivers. Many times an owner hires someone to drive during the day/night, and then someone else, like the owner, takes over when the driver is asleep. So the taxi is almost always on the road.
There are two H2 tanks weighing 87.5kg not in that picture.
The new one has 3 tanks, so even more weight - 131.25kg - to hold this 5.6kg of green H2 that takes 392kWh of electricity to produce and compress, enough energy to fully recharge 4 Tesla Model S, oh but wait, you still have a battery to recharge even after all that.
Toyota Mirai - Wikipedia
en.wikipedia.org
Besides you're comparing the Mirai with EVs that have 6-8 times as much power, it's link comparing the engine weights of a Mercedes S600 with a 2.0 Mondeo.
It still needs an Li battery to make the full quoted power.
So 15 minutes per fill vs 5 minutes. Average speed of taxi, 50kph, so maximum 1,200km. Both vehicles need 1 fill, so you lose 10 minutes with EV, but the FCV uses 392kWh per fill and the EV uses 100kWh, so you save ~£120 with the EV, £120 >> 10 minutes cab fare.
Also, that's really not how most cab vehicles operate and drivers have to fcking eat, shit and piss anyway, at least they do here, maybe you have other arrangements.So you use eat/shit/piss time to charge vehicle.
Nah, the fuel cell module is 240kg as proven:This is getting dumb. So what if there are 3 tanks? The fuel cell stack is the same. It's just 56 kg vs 500-900 kg of Li-ion. It's obvious which one has a more expensive replacement and recycling expenditure. But damn, a third tank adds to the range. What about a 4th one? So for nearly 180 kg, I can do 2000 km on a single charge? Does Li-ion have such an option, just keep increasing the battery packs at 500 kg a pop? Why do all your arguments end up supporting mine instead?
Not to augment the engine they don't. The fuel cell only gives 80kW without the battery. From previous link:PS: The 5.6 kg figure is for 3 tanks of H2 apparently.
And yes, FCEV uses Li-ion, why is this a revelation? A battery has always been necessary in cars. And it's just 1.2 kWh. And it can be replaced with sodium. This battery is not charged by the consumer.
The new Mirai is equipped with a lithium-ion high-voltage battery in place of the current model’s nickel-metal hydride unit. Although smaller in size, it is more energy-dense, giving a higher output and superior environmental performance. It contains 84 cells and has a 4.0 Ah capacity versus 6.5 Ah of the current Mirai. Weight has been reduced from 46.9 to 44.6kg and output has improved from 25.5kW x 10 seconds to 31.5kW x 10 seconds.
Dude, you're wrong on literally everything.So you get zirconium from the beach and sodium from the sea. Versus, what, lithium from China and cobalt from Congo?
You already paid for 5x as much kWh to produce and compress the H2, and you still need a Li battery and a 5 minutes weight. You pay 392kWh for 5.6kg of H2, which costs you £120 in electricty alone, before the transportation firm and pumping station take their cut. That's nearly 280kWh more than with a 120kWh battery recharge, or 30p and 280 = £84.Not bad. 15 min recharging means you are paying 3-4 times more than H2. Congrats.
A large taxi or trucking company would buy one for their HQ. 15 minutes gives full charge, it takes at least 30 minutes to have lunch and 10 minutes to shit.
Ever figure a supercharging station may have cars waiting?
And, oh, yeah, 15 min doesn't give you 100%.
Did you just admit that you are still 3rd world? And what happens when it's not the 3rd world anymore?Shifts, genius. And in the third world, drivers either carry their lunches with them or eat at cheap roadside eateries, they don't do that are supercharging stations. And in many cases, we have eating habits which are different from yours. Many drivers eat a very heavy breakfast and skip lunch because they can. It allows them to stay on the road for 8-12 hours at a stretch. In India, you piss anywhere you want. And who the frig keeps shitting all the time?
Your posts have started getting dumber and dumber by the minute.
The U.S. Air Force’s Mideast command said it struck over 60 targets at 16 sites in Yemen, including “command-and-control nodes, munitions depots, launching systems, production facilities and air defense radar systems.”
Typhoon fighters from Britain
The UK Defense Ministry said the four involved in the attack on Houthi targets delivered Paveway IV munitions, bombs with 500-pound warheads.
The British Typhoons were supported by a Voyager air refueling tanker which allows the jets to fly longer distances. The UK Defense Ministry did not say where the jets took off from. But video footage posted by Defense Minister Grant Shapps showed a Typhoon taking off at night from a land-based runway.
Can't think why, it has nothing to do with the Israel war, it's about attacks on international shipping.