BMW has toyed
with hydrogen fuel before, developing a hydrogen
7 Series a while back and, more recently, a hydrogen i8 prototype. Much of
BMW’s continued interest in hydrogen fuel has to do with its connections with
Japanese automaker, Toyota, who is also very fond of hydrogen and has been
working with it for 23 years, longer than anyone else in the industry. Toyota
is pushing for hydrogen hard and BMW is following suit. But it isn’t just the
BMW/Toyota bromance that’s considering hydrogen as a serious long-term
solution. Honda, Audi and General Motors are also working on hydrogen
technology. So clearly, BMW is on to something.
The biggest problem with hydrogen fuel cell technology is
one of the same problems that pure BEVs face — infrastructure. At the moment,
there is not a large enough hydrogen refueling infrastructure to make
mainstream hydrogen cars a viable option. However, that doesn’t mean there
can’t be or shouldn’t be. According to Craig Scott, national advanced
technology manager for Toyota, “We didn’t go from horse drawn buggies to
Ferraris overnight, so let’s keep perspective in mind and know this is a
transformation and it’s a phase change and we are not expecting results
tomorrow, but in the next decade or two,”. And Toyota is putting its money
where its mouth is and is working on building a network of hydrogen refueling
stations across the East Coast, including New York, New Jersey, Rhode Island
and Connecticut. If Toyota can get some help from BMW, as well as other
automakers, and maybe even from local governments, such a hydrogen network can
become quite vast and useful.
Now, many detractors will claim that building a hydrogen
infrastructure is a waste of time, money and resources, as we could be spending
those on building an EV charging infrastructure. And while there’s a valid
point to that, Toyota, BMW and the other companies out there feel as if there’s
room for both alternative fuel technologies in the future and they will both
play a serious role so both are worth investing into. BMW’s head of fuel cell
development, Merten Jung told Digital Trends “We expect that
battery-electric vehicles and fuel cell-electric vehicles will co-exist in the
future, and plug-in hybrids are a simply a temporary solution until we get to
that point.”
A lot of the reason for this need for both has to do with
the “refuel” times and range of both technologies. Currently, it’s very
difficult for automakers to create batteries that have a range of over 200
miles without stuffing the car with a million batteries that increase the
weight to the point of just being inefficient. It’s why BMW is working on
smaller, higher capacity batteries and lightweight cars, such as the i3. Then
there’s the issue of recharging electric vehicles, as it takes far too long. Even
on fast chargers, it can be a couple of hours to fully recharge a car’s
batteries. That’s just far too long to be convenient on a large scale. But
hydrogen cars typically have a range of around 300 miles and can be refueled in
three to five minutes, hardly any longer than a gasoline car. So it would fit
our current lifestyle far easier and be more usable for long-distance driving
than an electric car.
BMW seems to be moving forward with hydrogen fuel cell
technology and is very serious about it. It also seems that other automakers
are following suit and that a hydrogen refueling infrastructure is closer than
originally anticipated. If all of those other automakers are in on both
hydrogen and BEV technology and feel that there’s a distinct and important place
for both in our automotive world, there must be something to that. The day when
we see a hydrogen car and pure BEV in BMW’s lineup doesn’t seem too far away
anymore.
Nessun commento:
Posta un commento