the 2019 hyundai nexo is the new shape of water exhaust - energy storage devices
This review has updated the test results.
It is debatable whether the hydrocarbon glass on earth is half full or half empty, but the reality that fossil fuels are limited fuel sources does not cost automakers.
This is not a question, but when.
In any case, Hyundai is hedging its bets on the pure electric vehicle market with a new fuel
It's called Nexo's mobile phone vehicle.
If you don't think about infrastructure for the time being, take advantage of the richest elements of the universe --hydrogen-
It makes a lot of sense as an energy source.
Hyundai believes that hydrogen as a fuel for cars is also a question of when. Unlike energy-
Storage devices such as batteries or capacitors, once H2 is captured and pressurized, the loss is minimal.
Storage 100 KW
The battery time of one year is not possible because the charging status will drop over time.
Fuel cells do lose some efficiency in a cold climate, but not as significant as batteries.
Yes, it can be dangerous to pressurize hydrogen.
However, there are other ways to store hydrogen for a long time
For example, in ammonia
The risk is small.
According to modern analysis, hydrogen fuel cells are used in both fuel cells
Once the target mileage is over 220 miles, tons of cars like Nexo are starting to have financial implications.
As the range grows longer, it makes more sense because it makes fuel --
Cell car goes further on a fill
Up does not need to add a heavy battery in case of a decrease in efficiency;
All you do is add another or larger H2 tank. This break-
Even points are inversely proportional to mass. An 11-ton fuel-
Like Hyundai's few prototypes floating on 2018 Winter Olympics, cell bus is cheaper than battery bus in the 60-mile target range.
The point is that all the cost of the fuel cell is in the stack.
You increase the range by adding fuel instead of a larger pile, and the further power of the battery means that the return on increasing quality is getting smaller and smaller.
Like the 2019 Nexo limited we tested, the EPA estimates a range of 354 miles.
More effective foundation Nexo Blue while sharing three 10,000-
A total of 6 psi tanks.
3 kg of hydrogen is limited, providing an EPA range of 380 miles. (
For reference, 1 kg of H2 energy is roughly the same as a gallon of gasoline. )
This hardly knocked 366-
Honda Clarity as fuel-Cell Range King
This range of battery electric cars is usually just a gas stream, and a cocky man quibble at a sparsely populated press conference.
Hyundai is actually selling Nexo, not renting it.
All other modern fuel-
Previous battery cars, such as Tucson fuel cells, were provided by limited companies. term leases.
Hyundai has finally improved the durability of fuel
The cell stack to the point where it has the confidence to run in 10 years without any problems.
Modern has reduced the size and quality of the pile (
Down from 196 pounds of Tucson fuel cells to 231), and cost (
It only contains 56 grams of expensive platinum, where 78 grams are needed in Tucson)
It's where all science happens.
Fuel cells generate electricity and water by combining hydrogen and oxygen captured from ambient air.
161 supply of electricity
HP motor under the hood, by directly driving the front wheel of Nexodrive gearbox.
This is not to say that this car is provided in many places where cold start is crucial, but Hyundai has also improved the cold start of the fuel cell
Weather performance, able to start in cold conditions of minus 22 degrees Fahrenheit.
The appearance is undoubtedly a modern and enterprise-class grille and headlight (
The main light is in the separate aperture below the LED daytime running light).
Automatic flush door handles add details of the future while Aviationfocused 18-or 19-
Inch wheels and D-
The column top support wall has improved the key aerodynamic performance in the past.
In terms of size, it is between the current Tucson and the new Santa Fe, longer and wider than the former, and longer than the wheelbase of the latter ride.
30 cubic feet of cargo space behind the comfortfor-
The second row of adults, one cube less than Tucson. A two-
A pair of 12 spoke steering wheels. 3-
Inch display, a push
The button transfer is combined with the floating center stack for the interior that doesn't look like any other modern car, saving only the fonts of various controls.
This is a cabin full of ventilation.
Width design elements to enhance the sense of space.
Soon Nexo won't work.
60 miles per hour in eight minutes.
Our test time is 4 seconds, faster than the modern estimate of 9 seconds.
5 seconds, but not very fast.
However, the instantaneous torque of the Nexo motor provides enough thrust to reach cruising speed before the end of the highwayramp.
It sounds like a low threshold, it does, but it shouldn't stop anyone from thinking about Superefficient car.
The three Toyota Prius we tested took more than 10 seconds to reach 60 miles per hour, and they were still drinking gas. (Ew! )
In our comparative test of Honda Clarity and Toyota fuel --
Mirai cells, Mirai did this on the 8 th. 9 seconds.
The hydrogen-grade hot rod is Honda. punch in at 8: 00.
In the comparison test, 1 second to 60 miles per hour.
Nexo's electric power steering is properly adjusted on the light side without slopes.
Its slip and brake numberit grips at 0.
82g, stop from 169 feet miles/hour
Much better than Mira and clear.
Highway autonomous systems similar to Tesla autopilot are standard and all expected active systems are standard
Security features such as blind-
On-site monitoring, automatic emergency braking.
Hyundai's mild autonomy, which calls highway driving assistance and Lane tracking assistance, is not as seamless as its competitors.
Some ping-
In a lane.
This is not the worst in this regard, but certainly not the best.
Hyundai estimates that by 2019, there will be 100 hydrogen fuel stations in California, which is why the company only sells Nexo there.
Nexo starts at $59,345 and will not change the market.
This could wait until 2021, the year when Hyundai promised to have Level 4 autonomy in Nexo.
But for napto-
The car must run in a connected city.
Like hydrogen fuel stations, there are very few distances between them. For fuel-
The United States needs to invest billions of dollars in infrastructure to achieve legal market penetration.
Even if the revolutionary leap forward in technology replaces gasoline, it does not add any inconvenience to consumers and does not have to drive is a convenience that the public today is begging.
We are willing to bet that the hydrogen "when" will track the autonomous "when" with a considerable margin ". (
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