The only clean way to make hydrogen is using clean electricity.
We waste much more of that clean electricity electrolyzing water than we do charging a battery. That means we will need to deploy more clean electricity to power FCEVs than BEVs.
It's not complicated.
The only clean way to make hydrogen is using clean electricity.
We waste much more of that clean electricity electrolyzing water than we do charging a battery. That means we will need to deploy more clean electricity to power FCEVs than BEVs.
It's not complicated.
🚘Hydrogen fuel cell cars (FCEVs) – 25-35% efficient.
🚘Hybrids (HBEVs) – 25-35% efficient.
🚘Fully Internal combustion engine cars (ICE) – 15-22% efficient.
🚘Hydrogen fuel cell cars (FCEVs) – 25-35% efficient.
🚘Hybrids (HBEVs) – 25-35% efficient.
🚘Fully Internal combustion engine cars (ICE) – 15-22% efficient.
There are many very smart engineers out there. Have you notice how many are working on BEVs vs those working on FCEVs?
Do you suppose everyone is under a massive delusion which only you have seen through?
There are many very smart engineers out there. Have you notice how many are working on BEVs vs those working on FCEVs?
Do you suppose everyone is under a massive delusion which only you have seen through?
What a cool and important place to be Part Of The Conversation
What a cool and important place to be Part Of The Conversation
It would be comical if this wasn't so important.
FCEVs: cleaner, more Canadian jobs, fast refills, ...
https://www.byteseu.com/1709092/
From cross-border pipelines for green hydrogen that can also carry natural gas, to sustainable aviation fuel that threatens forests, and costly carbon capture projects that are used to recover …
It would be comical if this wasn't so important.
FCEVs: cleaner, more Canadian jobs, fast refills, ...
As an added benefit we eliminate energy imports and all the money spent for transportation stays in each province.
As an added benefit we eliminate energy imports and all the money spent for transportation stays in each province.
It also uses clean hydrogen from Ontario's grid.
It is the bar chart.
The default scatter chart shows that even using dirty hydrogen the FCEV is cleaner than many BEVs.
It also uses clean hydrogen from Ontario's grid.
It is the bar chart.
The default scatter chart shows that even using dirty hydrogen the FCEV is cleaner than many BEVs.
Toyota is the smartest car maker in the world.
They will also use clean fuels for the hybrids.
Toyota FCEVs at the event:
Century (FCEV)
light-duty truck (FCEV)
Coaster (FCEV) buses
GranAce (FCEV)
Crown Sedan (FCEV)
drivinghydrogen.com/2026/01/09/t...
Toyota is the smartest car maker in the world.
They will also use clean fuels for the hybrids.
Toyota FCEVs at the event:
Century (FCEV)
light-duty truck (FCEV)
Coaster (FCEV) buses
GranAce (FCEV)
Crown Sedan (FCEV)
Now they need to show equal support for the actual clean and best fitting option - FCEVs and clean hydrogen.
A hydrogen filling station and supply cost more but also provides the ability to refill 8+ times more vehicles in the same time frame and in a much smaller space.
halifax.citynews.ca/2025/08/13/o...
Now they need to show equal support for the actual clean and best fitting option - FCEVs and clean hydrogen.
A hydrogen filling station and supply cost more but also provides the ability to refill 8+ times more vehicles in the same time frame and in a much smaller space.
Make the cleaner and far less resource dependent FCEVs the primary solution.
Less conflict, cleaner, lighter, faster refills, more good jobs, clean the air as you drive ...
So why do our "greens" fight against them?
Elon Musk.
2/2
Make the cleaner and far less resource dependent FCEVs the primary solution.
Less conflict, cleaner, lighter, faster refills, more good jobs, clean the air as you drive ...
So why do our "greens" fight against them?
Elon Musk.
2/2
According to the IEA "If recycling is scaled effectively, recycling can reduce lithium and nickel demand by 25%, and cobalt demand by 40% in 2050"
Not circular.
We could reduce mining right now by 50% to 70% if we focused on FCEVs.
www.iea.org/reports/ev-b...
According to the IEA "If recycling is scaled effectively, recycling can reduce lithium and nickel demand by 25%, and cobalt demand by 40% in 2050"
Not circular.
We could reduce mining right now by 50% to 70% if we focused on FCEVs.
www.iea.org/reports/ev-b...
Use the heat from production for greenhouses & district heating. This improves efficiency & lowers costs.
FCEVs use fuel cells that also produce heat. No need to drain the battery for heat.
This improves FCEV efficiency.
4/4
Use the heat from production for greenhouses & district heating. This improves efficiency & lowers costs.
FCEVs use fuel cells that also produce heat. No need to drain the battery for heat.
This improves FCEV efficiency.
4/4
Yes Canada can supply many of those materials eventually.
But Canada cannot supply enough for the world.
Canada could supply enough battery materials etc for up to almost 10 times more FCEVs & hybrids vs 1 pure battery vehicle.
That is a lot of really clean vehicles.
Yes Canada can supply many of those materials eventually.
But Canada cannot supply enough for the world.
Canada could supply enough battery materials etc for up to almost 10 times more FCEVs & hybrids vs 1 pure battery vehicle.
That is a lot of really clean vehicles.
-continue to not invest in product
-put more models on ancient nissan platforms
-spend a few more billion on FCEVs
-continue to not invest in product
-put more models on ancient nissan platforms
-spend a few more billion on FCEVs
elon builds batteries.
We have traded oil wars for battery wars.
elon and his team have been fighting against the option that doesn't require all the new mines and is actually cleaner - clean hydrogen and FCEVs.
elon builds batteries.
We have traded oil wars for battery wars.
elon and his team have been fighting against the option that doesn't require all the new mines and is actually cleaner - clean hydrogen and FCEVs.
Honda, Toyota, Hyundai, BMW, Renault + build FCEVs.
Major truck brands build FCEVs.
Major bus brands too, including New Flyer. New Flyer is Canadian and uses fuel cells from Ballard in Canada.
Canadian fuel cells power trains and ships too.
Honda, Toyota, Hyundai, BMW, Renault + build FCEVs.
Major truck brands build FCEVs.
Major bus brands too, including New Flyer. New Flyer is Canadian and uses fuel cells from Ballard in Canada.
Canadian fuel cells power trains and ships too.
In total that German plant could refill a Toyota Marai 67,857 times.
The Marai battery is 1.24 kWh, about 800 times smaller than an equal size/range battery car.
Canada could produce 800 FCEVs with the same mining etc needed for 1 BEV.
2/2
In total that German plant could refill a Toyota Marai 67,857 times.
The Marai battery is 1.24 kWh, about 800 times smaller than an equal size/range battery car.
Canada could produce 800 FCEVs with the same mining etc needed for 1 BEV.
2/2
cleantechnica.com/2025/11/05/h...
cleantechnica.com/2025/11/05/h...
#HydrogenNow #FCEV #CleanTransport #EnergyTransition
fcw.sh/XXRQmo
#HydrogenNow #FCEV #CleanTransport #EnergyTransition
fcw.sh/XXRQmo