Hydrgn - Hydrogen Vehicle ~ Top 8 Vehicles In Research In 2022

HYDRGN - HYDROGEN VEHiCLE BY HYUNDAi ~ Nexo


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Tony De Napoli · 7h ·
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View: https://youtu.be/bECyf23hS_8





Australia’s first hydrogen car comes to market,
complete with charging stations in just 5 minutes.

The car travels 900 kilometers with the tank full
and purifies the air as it moves forward.

For the first time, hydrogen fuel cell technology
is being applied serialized in a commercial car and,
above all, it allows for such important autonomy,
with very reduced charging times.

This is Hyundai Nexo, a small-cylinder car
that beats all car manufacturers in the world
and sets a sustainability record,
with a charge of 6.27 kilograms of hydrogen
that purifies 449,100 liters of air
during e The journey
(as much as the consumption of breathing of 33 people
for a whole day)
and it only emits water down your exhaust pipe.

This car produces no CO2 or other polluting emissions;
just think that an equivalent vehicle,
with a traditional combustion engine,
emits about 126 kg of CO2 at the same distance.

The hydrogen engine thus enters the automobile market
and intends to join the electric one among the sustainable
mobility solutions the world is adopting.

Hyundai thus becomes the first automaker in the world
to produce a hydrogen fuel cell vehicle for the market.

The car is equipped with a hydrogen fuel cell system that,
to generate electricity,
passes the gas through a membrane structure
where it meets the air taken from the external environment,
a process that feeds a electric motor.

The excess electricity generated,
including energy stored during braking,
is stored in a lithium-ion battery.

Reposting the nexo takes 5 min.
The first country to put the car on sale was Australia,
where the first gas stations were also built.

A true vision of a sustainable future.

@pasionepermotori

 

View: https://youtu.be/_bbe0TlITPk

 

View: https://youtu.be/bECyf23hS_8

 

Australia’s first hydrogen car comes to market, complete with charging stations in just 5 minutes.

The car travels 900 kilometers with the tank full and purifies the air as it moves forward.

For the first time, hydrogen fuel cell technology is being applied serialized in a commercial car and,
above all, it allows for such important autonomy, with very reduced charging times.

This is Hyundai Nexo, a small-cylinder car that beats all car manufacturers in the world
and sets a sustainability record, with a charge of 6.27 kilograms of hydrogen that purifies 449,100 liters of air
during e The journey (as much as the consumption of breathing of 33 people for a whole day)
and it only emits water down your exhaust pipe.

This car produces no CO2 or other polluting emissions; just think that an equivalent vehicle,
with a traditional combustion engine, emits about 126 kg of CO2 at the same distance.

The hydrogen engine thus enters the automobile market and intends to join the electric one
among the sustainable mobility solutions the world is adopting.

Hyundai thus becomes the first automaker in the world to produce a hydrogen fuel cell vehicle for the market.

The car is equipped with a hydrogen fuel cell system that, to generate electricity,
passes the gas through a membrane structure where it meets the air taken from the external environment,
a process that feeds an electric motor. The excess electricity generated, including energy stored during braking,
is stored in a lithium-ion battery.

Reposting the next takes 5 min.

The first country to put the car on sale was Australia,
where the first gas stations were also built.

A true vision of a sustainable future.




·

 

Why aren't we hearing more about THESE cars?

https://carsinfozone.com/best-hydrogen-cars/

CARSINFOZONE.COM
Top 8 Best Hydrogen Cars in 2022
The “hydrogen cars” refers to the kind of alternative fuel-powered vehicles
https://carsinfozone.com/best-hydrogen-cars/

Top 8 Best Hydrogen Cars in 2022

June 13, 2022 by Tahgibur Rahman
The “hydrogen cars” refers to the kind of alternative fuel-powered vehicle that utilises hydrogen fuel as the major power source.

Some examples of hydrogen using automobiles are space rockets fueled with hydrogen, even different kinds of transportation vehicles.

The Power gets generated when the chemicals are converted into hydrogen energy into mechanical energy,

which can be created either by making the hydrogen element react with the oxygen present inside a fuel cell

for powering electric motors or by burning lesser hydrogen element inside the internal combustion engine.

By 2021, already 2 hydrogen car models are now available publicly in certain markets: for example, the Toyota Mirai and the Hyundai Nexo.

From 2016 to 2021 the production of Honda Clarity will take place with an increased sales rate.

Although tons of companies who were testing hydrogen mechanism cars decided to switch to the battery-electric cars industry instead;

Industry-leading car manufacturer “Volkswagen” group already mentioned they do not have any future plans for any technology

in the automotive department, since fuel consumption on every mile driven for an electric vehicle is around 3X more energy

compared to any battery-electric car.Reportedly in December 2020,

FCEVs powered using hydrogen carried 31,225 passengers on roads worldwide.

There are quite a few benefits of using hydrogen technology since it reduces refuelling time along with providing a longer driving range just using a single tank.

Although there are a few drawbacks of using hydrogen since it leads to higher carbon emissions as hydrogen is generated from natural gas,

it also yields a burden in capital cost and tons of other technical factors which has made tons of automobile manufacturers opt to drop the hydrogen technology

and jump ship on carbon emission-free Electric vehicles in the recent age.

Explain the working mechanism of hydrogen cars?

A major argument has stated that hydrogen vehicles tend to be less efficient compared to Electric Vehicles.

That happens since hydrogen isn’t developed naturally, it has to undergo the process of extraction followed by being compressed into fuel tanks.

Followed by getting mixed with oxygen in a certain fuel cell and being stacked in order to generate electricity which is used to power car motors.

Reports indicate the factor which states it causes loss of efficiency undergoing this process compared to an electric car

where generated electricity flows straight from the battery pack directly from the mainline.

Although the above statement is true to a certain degree, yet, cars powered using hydrogen cannot replace EVs.

The main agenda for hydrogen-fueled cars are intended towards complementing the pure electric power performance

since it’s regarded as the cleanest possible fuel source.

Almost every production of Lithium-ion batteries for EVs tends to be energy-intensive. Lithium mining emits numerous tonnes of CO2.

Taking this phenomenon into account along with the charging of batteries from only zero-emission sources for its lifetime,

an EV will still be contributing towards producing a specified CO2 emission amount although it doesn’t originate from an exhaust.

Here’s a list of Top Hydrogen Cars from different manufacturers along with their price valuations. (P.S. this list is not in any ranking order, it’s randomly organised.)

1. Toyota Mirai:

There are two hydrogen fuel-powered cell car models that are constantly vying to attain supremacy in that respective niche:
the Hyundai Nexo and Toyota’s 2nd Gen Mirai model.

Since this vehicle is packed with certainly impressive specifications that include having an output range of 134kW,
at least around 141 litres of hydrogen gas storage onboard with an approximate range of 650kph.

An impressive system built by Toyota for refuelling Mirai is their Hydrogen Centre located in Altona on the West side of Melbourne.

Similar to Hyundai, Toyota aims at reaching the point where its infrastructure impressively catches up with the market
allowing them to sell hydrogen car models in the country.

The price ranges from about $49,500.

2. Hyundai Nexo:
The Hyundai Nexo is another impressive FCEV, similar to the conditions of the Toyota Mirai but more like a direct rival brand.

The features of Nexo include having an onboard hydrogen gas storage ranging towards 156.5 litres, as it offers a range of 660km.

Other crucial features include its fuel-cell stack of 95-kW paired with a 40-kWh battery pack powering the motor which offers 161 Hp along with a torque of 291 lb-ft.

The motor drives the front wheels through a single-speed gearbox; all-wheel drive is not available.

The price range starts from $60,680, although has similar issues to Mirai, in that its refuelling areas are pretty limited.

3. BMW ix5:
Since 2000 the BMW Group has been experimenting with FCEVs hydrogen-powered on a limited amount of production scale
which led to the launch of the BMW 7 Series most importantly it’s BMW 750hL.

Recently they introduced the BMW iX5 model which is a repacked version of the 4th generation BMW X5.

This vehicle uses a hydrogen-fueled cell electrical powertrain that was co-developed by Toyota.

Other features include its drive system that converts stored hydrogen (inside 2, 700-capacity bar tanks
created using carbon fibre reinforced as plastic) into electricity which is then utilised by the fuel cell.

Therefore delivering electrical output ranging to 125 kW. Although this isn’t the most powerful fuel cell stack in the world
as claimed by a few reports, that title belongs to the 2nd generation 330-cell fuel stack of Toyota Mirai that generates up to 128 kW.

4. General Motors:
General Motors announced their hydrogen-powered car which can be simply termed a beast in October, during an event.

The car features impressive 37-inch tires which allow the height to be 6.5-ft and 7-ft in width.

Since the US Army is testing this car in extreme off-road conditions during 2017 that helps determine its viability for army rated missions.

General Motors also reported this model achieved around 3.1 M miles using hydrogen-powered fuel cells during its testing phase.

No pricing range has been made public.

5. Ineos Grenadier hydrogen FCEV:
Ineos Automotive group announced a partnership with the Hyundai Motor Company back in November 2020
since they are developing and testing the hydrogen-fueled cell variants for its Ineos Grenadier model.

The announcement indicated that the Ineos Grenadier FCEV prototype is similar to the Hyundai Nexo present in the South Korean market.
Ineos Automotive in October 2021, announced the reveal of the ‘Grenadier FCEV Concept’ terming it as a prototype for the hydrogen fuel cell. The price range hasn’t been disclosed yet.

6. Honda Clarity FCV Next Gen:
In August 2021, the manufacturing of 2nd generation Honda Clarity FCV ended.

Since the direct rival to Toyota Mirai would launch their Clarity FCV’s 3rd gen model, reported by Japanese media groups.
Honda acknowledges contributing its support towards the development of fuel cell technology in June 2021 and therefore aims to reach its carbon neutrality goal.
According to an interview from Nikkan Jidosha Shimbun reportedly mentioned by July 2021, the company aims at launching the next-gen model of the Honda Clarity FCV.

Also, reports claim that the fuel cell system integrated inside the next-gen Clarity FCV will be cost-efficient when compared to

the 2nd generation model. Along with a much better fuel cell system the newer model aims to improve its durability over time.

7. Hyundai Staria Fuel Cell:
This Fuel Cell named Hyundai Staria was teased on April 13, 2021, in Staria’s world premiere that was broadcasted digitally.

That very announcement indicated the release date of “Staria Fuel Cell” by the second half of 2023, in their premiere.

Any Multi-Purpose Vehicle was allowed to access the 3rd generation fuel cell stack 200 kW variant,
although being similar in the size department to the 2nd generation systems yet offered double the amount of power output.

Hyundai Motor Company claimed to have manufactured the 200 kW variant only to cater for the commercial vehicles.

The price range hasn’t been disclosed yet.

8. Land Rover Defender:
This Jaguar model of Land Rover now hopped on the hype of using hydrogen rockets,
thereby announcing its plans of developing an FCEV version powered using hydrogen in form of the Defender model.

With the company’s aim of achieving 0 per cent tailpipe emissions by 2036, the hydrogen-powered Defender is part of the engineering project named ‘Project Zeus’.

Although it’s still under the testing phase, with a probable release around 2023. The price range hasn’t been disclosed yet.

Although there are tons of vehicles in this list that don’t have any mentioned price range, most of these cars are under the manufacturing stage and haven’t been rolled out to the public as of yet.
But if you want to get yourself a hydrogen-powered EV then the best choice would be contacting your local car dealer and asking around for the best compatible model that suits all of your demands.
FAQ:

1. Can hydrogen cars be termed better compared to electric cars?
Hydrogen cars tend to be much faster when refuelling compared to electric cars, along with providing greater range value to electric vehicles. Renault’s Kangoo Z.E. Hydrogen model has an extended range for fuel cells that help deliver ranges of more than 350 km while keeping the charge times under the range of 5-10 minutes.

2. Mention the level of maintenance hydrogen cars need?
Electric cars are also known as fuel cell vehicles, thus, they lack in the moving pieces department.
The user eliminates the duty of changing the oil, having a smog test, or even replacing spark plugs or belts.
All the user has to do is replace their air filters and a few fluids only if needed, yet most of the costs are taken care of
by the automakers since they provide the customer with a no-cost scheduled maintenance guarantee that is valid for three years.

3. How much mileage can a hydrogen car provide?
If you are looking for an exact answer then it’s approx 300 miles, but generally, hydrogen cars are equipped
to provide a much longer range when compared to electric cars.
A completely full hydrogen tank will provide 300 miles, even though battery-powered automobiles
can match the range using extensively large batteries but the downside to using such batteries
will increase not only the vehicle weight but also its charging times.
4. Mention the fastest recorded speed for hydrogen cars?
The hydrogen car, named H2 speed, apparently reaches around 186 Mph
thereby creating a huge shadow on Toyota Mirai and the specs it offers.

1. Is there a risk of hydrogen cars exploding?

Yes, at certain times hydrogen has proven to be dangerous, reports have claimed this statement. Since the element is invisible and odourless, it is packed with the power to cause an explosion. used for making bombs.
As reported by OSHA, “hydrogen-fueled cells tend to be flammable gas, therefore, might create fires and explosions if the handling is not proper.



https://carsinfozone.com/best-hydrogen-cars/

 

How the Hydrogen Powered Cars Works - InventGEN (inventiongen.com)
https://www.inventiongen.com/hydrogen-powered-cars/

How the Hydrogen Powered Cars Works

Posted on March 30, 2020
(Last Updated On: April 16, 2021)
Hydrogen powered cars are electric vehicles powered by fuel cells that supply hydrogen (H2). The gas stored under pressure in dedicated tanks is exposed to the dioxygen (O2) in the surrounding air inside the cell. This is where an oxidation reaction takes place that produces electricity and aqueous steam (H2O). This article will give an overview of Hydrogen powered cars.
Problems surrounding Hydrogen powered cars

This electricity fires the car’s electric motor, which runs without engine noise or pollution, and when the car goes out of fuel storage, it must be stocked with hydrogen.
This can be done at dedicated service stations through pumps that are able to get pressurized gas into the tanks very quickly

The Hydrogen powered cars are a promising concept that makes it possible to create the desire for sustainable dynamic solutions – even more so as the industry is developing environmentally friendly methods of producing hydrogen.
The rollout of this technology on a larger scale, however, is investing heavily in infrastructure in terms of dedicated production and distribution facilities and charging stations.
What is an electric hydrogen fuel cell driven car?

Renault has chosen to go back to the development of this technology by incorporating a hydrogen fuel cell in its two electronic utility vehicles, the Kongu Z.E. Hydrogen.
Hydrogen fuel cells, therefore, become an added benefit for all-electric vehicles powered by lithium-ion batteries.

The electric vehicle engine in this setup is still largely powered by its lithium-ion battery. As a fuel cell, it acts as an additional fuel reserve in the vehicle, which can be said to operate the motor directly or to recharge the traction battery.
The benefits of a hydrogen-powered vehicle

First, drivers can enjoy a significantly improved range, as the power produced by hydrogen fuel cells increases the storage capacity of the original battery.
And it has one more benefit: The heat provided by the working fuel cell provides heat inside the car without using battery power in the winter.

There are two options for storing fuel for a Hydrogen powered cars, or vehicle: conventional charging, recharging the lithium-ion battery as the opportunity arises, and hydrogen fuel station to refill its gas tanks within minutes.
Beginning with engine noise, a pleasant driving experience, and access to limited traffic zones in some downtown areas, the electric vehicle has all the benefits.
In this way, Renault Hydrogen Vehicles combine the best aspects of the two technologies that complement each other.
They allow the driver to fully enjoy the practical and financial benefits of an electric vehicle and also benefit from the added qualities of hydrogen in terms of flexibility and range.

In 2019, more than 300 hydrogen-powered vehicles are already on French roads. They are for the most part Kongu Z.E.

The Hydrogen powered cars have changed as part of a partnership between Renault and Symbio, a fuel cell specialist and a subsidiary of Michelin Group.

Hydrogen fuel stations are also increasing in number.
For example, there are around 30 in France and around 70 in Germany, not to mention more than 100 projects across Europe.

The emergence of the first mass-produced Hydrogen powered cars with business trends that are currently
in charge of charging at most companies’ premises will help accelerate this infrastructure development.