Hyundai Motor Group plans to expand operations at its HTWO Guangzhou facility -- its first overseas hydrogen fuel cell system production plant -- by initiating pilot projects for commercial hydrogen fuel cell vehicles this year.
Following its lead in battery electrics, country seeks to dominate another aspect of new-energy frontier
Hypx 5 months ago • 100%
Yes, kbin.social is being cut off: https://lemmy.world/post/14183949
The European Parliament adopted a new set of laws on Thursday (11 April) to transition Europe's gas markets and infrastructure to hydrogen and pave the way for the eventual creation of an independent hydrogen grid development body.
A track-ready version of the Alpenglow will turn three laps of the famous circuit ahead of the WEC’s 6 Hours of Spa-Francorchamps
Fuel cells are quickly becoming a viable, clean energy alternative to commonly used fossil fuels, such as gasoline, coal, and oil. Fossil fuels are non-renewable energy resources that release carbon dioxide into the atmosphere.
Bloom Energy Inc. (NYSE:BE), a leading provider of clean energy solutions, was recently awarded up to $75 million in tax credits by the Department of Energy, Department of Treasury, and the Internal Revenue Service under the Qualifying Advanced Energy Project 48C initiative.
Germany’s €2.2bn ($2.4bn) plans to decarbonise industry with green hydrogen and electrification have been approved by the European Commission.
HysetCo SAS, a startup that rents hydrogen-powered electric vehicles to hundreds of taxi drivers around Paris, raised nearly €200 million ($218 million) to expand its operations beyond the French capital.
Hypx 5 months ago • 100%
You can read the archive version: https://archive.ph/nbcGP
JR East aims to commercialize hybrid version from 2030 in decarbonization effort
Hydrogen may not be flavor of the month for car makers, either in fuel cell or ICE form. Despite this, one area in which it will almost certainly play a key role in decarbonization is racing. The heat of competition is where AVL, best known for its test benches, measurement devices, simulation tools and a long history of engine development, hopes the engine shown here will come into play.
MAN Truck & Bus has launched a limited series of hydrogen combustion-powered trucks for customers in a select number of countries.
THE world’s “first Hydrogen-powered meals-on-wheels vehicle” has been undergoing trials with Monmouthshire Council.
Quebec project is intended to produce 70,000 metric tons annually of green hydrogen to supply the province’s developing industrial decarbonization hub.
Andrew Forrest’s iron ore and energy giant Fortescue Metals has officially opened its 2GW hydrogen electrolyser factory in Gladstone, Queensland, using in-house technology that it says heralds a massive new manufacturing industry for Australia.
The Tokyo Metropolitan Government is doubling its budget for hydrogen-related initiatives from fiscal 2024, seeing them as key to combating climate change. While previously supporting fuel cell vehicle (FCV) purchases and the establishment of hydrogen fueling stations, the focus is shifting to promote the adoption of hydrogen fuel cell-powered commercial vehicles including large trucks. Will this be a catalyst for the widespread adoption of hydrogen?
An official supporter of the 2024 Paris Olympic Games, Air Liquide has designed and installed a hydrogen station for the event. It is located in the heart of the city at Place de l’Alma, a few short steps away from the Eifel Tower.
The HyBradford facility at the former Birkshall gas storage site is expected to open in 2025.
Climate-friendly fuel cell systems, which are set to power machines such as vehicles in the future, are still rare and expensive these days. There are several reasons for this, including the complex and costly process used to produce bipolar plates — a key component in electrolyzers and fuel cells, which are needed for many hydrogen systems. The Fraunhofer Institute for Machine Tools and Forming Technology IWU has now taken a major step toward lower costs and mass production of bipolar plates by introducing an innovative system for roll embossing: BPPflexRoll. The Fraunhofer researchers will be pre-senting one component of the system at the joint Fraunhofer booth in Hall 2, Booth B24, at Hannover Messe 2024 from April 22 to 26.
Joint incentives to lower costs as race for clean fuel heats up
Avendus Capital’s latest report on green hydrogen estimates cumulative investments of $125 billion by 2030, across the value chain spanning electrolyzer production, renewable energy generation, and green hydrogen and green ammonia production in India.
Nikola surpassed estimates for deliveries of its hydrogen big rigs in the first quarter, a sign it was making progress in its pivot to the technology from battery electric trucks after some missteps that battered its share price.
The Japanese government plans to start field testing clean hydrogen production using nuclear power as soon as 2028, Nikkei has learned, with the move following a successful safety test of a next-generation reactor last week.
System to accommodate a soldier’s on-the-move power needs
The brand-new platinum-catalysed hydrogen fuel cell system that has just been released for passenger cars reveals that fuel cells can be as cheap to manufacture as internal combustion engines (ICEs), UK company Intelligent Energy has highlighted in a release to Mining Weekly. The company’s patented system has been designed to give passenger car manufacturers direct access to the smaller, more powerful, turnkey and commercially viable hydrogen fuel cell solution that is needed to make zero carbon emission mobility a reality in the passenger car market across the entire planet.
Ballard Power Systems (NASDAQ: BLDP; TSX: BLDP) announced it has been awarded $54 million of investment tax credits from the U.S. Internal Revenue Service as part of the Qualifying Advanced Energy Project Tax Credit (48C), funded by the Inflation Reduction Act (IRA). The 48C program, which provides 30% investment tax credits for selected clean energy manufacturing projects, is designed to support secure and resilient domestic clean energy supply chains. Ballard plans to use the $54 million in tax credits to support the build-out of a new fuel cell Gigafactory in Rockwall, Texas.
Ahead of the 2024 Olympic and Paralympic Games in Paris, Air Liquide has deployed a hydrogen refuelling station to support the official hydrogen-powered fleet.
A hydrogen-powered ship is set to use Toyoda Gosei’s high-pressure tanks when it begins operations this month (April).
SANY Hydrogen, a leading player in China's hydrogen industry, expressed strong optimism regarding the application of hydrogen-powered heavy trucks in the country's growing hydrogen transport sector.
Ballard Power Systems has signed a long-term supply agreement (LTSA) with its customer Solaris Bus & Coach, a leading European bus manufacturer, for the supply of 1,000 hydrogen fuel cell engines through 2027 for the European transit bus market.
Namibia’s ambitious green hydrogen endeavour, the Hyphen development scheme, has received a major endorsement from the German government.
Innovative research on hydrogen production from geological sources could significantly impact the sustainable energy landscape, offering a low-carbon alternative to current methods. In a project that could be a game changer for the energy transition, researchers at The University of Texas at Austin are exploring a suite of natural catalysts to help produce hydrogen gas from iron-rich rocks without emitting carbon dioxide.
Hypx 6 months ago • 100%
It's cheaper than putting a charge point on every parking spot, and far more convenient. It is no more dangerous than a gasoline station.
A world premiere will take place on Saturday June 15, 2024 during the 2024 24 Hours of Le Mans: the H24, MissionH24’s hydrogen racing prototype, will be on track a few hours before the start of the 92nd edition, as it has already done been able to achieve it in recent years, but in 2024 it will not be alone since several other hydrogen prototypes will accompany it for this pioneering demonstration. Proof that MissionH24, the collaborative program between the ACO and H24Project, is concretely pursuing its objectives.
While electric vehicles have garnered significant attention in recent years, hydrogen fuel cells offer a compelling alternative, particularly for heavy-duty and long-range applications where battery-electric solutions face limitations. If it's commercial, they can have a hydrogen fuel station at their warehouse or office," Kilmer remarked. "So they can always fill them up; they've got a reasonable range too."
Magnesium hydride (MgH2), a binary inorganic compound with a hydrogen concentration of 7.66%, is a form of H2 storage. However, hydrogen desorption from MgH2 only occurs at a temperature of more than 400 degrees Celsius, which makes it harder to use for the needs of the hydrogen energy industry. The scientists from Tomsk Polytechnic University have attempted to reduce the desorption temperature by creating a new composite material, in which nano-sized aluminum powder was used as an additive to magnesium hydride.
In an ambitious bid to shape the future of sustainable transportation, Alberta is positioning itself on the global map with the unveiling of a new hydrogen initiative in the Edmonton region. Fueling a cleaner tomorrow, the province has plunged headlong into the global race to harness the potential of hydrogen, aiming to establish Canada as a hydrogen superpower.
A pilot project in Antwerp port area to demonstrate feasibility. With the help of an ambitious climate plan, Port of Antwerp-Bruges is aiming for climate neutrality by 2050...
The reality is that we will never achieve a carbon-free economy without green hydrogen and green hydrogen carriers like ammonia, ethanol and formic acid.
Italian rail operator Ferrovie della Calabria (FdC) just commissioned three more hydrogen-powered trains from Swiss rolling stock manufacturer Stadler.
A new consultation has been launched to see whether certain hydrogen-powered vehicles can be used on roads in Great Britain, as new technology may help bring more fuel cell passenger cars on the road.
Fuel cell developer and manufacturer Intelligent Energy has unveiled a brand-new hydrogen fuel cell system that is smaller and more powerful than any other solution on the passenger car market – creating a breakthrough opportunity to unlock a global, zero-emission future for the sector.
Hypx 6 months ago • 100%
Far better than continuing using fossil fuels.
Hypx 6 months ago • 100%
Musk has swatted people he disagreed with. He is the antithesis of a free speech absolutist.
Hypx 6 months ago • 100%
You'll be shocked at how little hp you really need, provided there is enough torque. Even the most powerful tractor trailers max out at around 700 hp. And an FCEV can use a battery for auxiliary power.
Hypx 6 months ago • 100%
It is hydrogen-electric.
Hypx 7 months ago • 100%
Nuclear is really just metal in a big water tank. The cost comes from trying to maximize safety. It can be cheap if we mass produce it. People are pretty much engaging in special pleading every time they declare nuclear to be uneconomical.
If you really believe that, then you'd support nuclear power. It is extremely safe these days and is a much better option than to deal with more climate change. You want more options, not less options, in this fight.
Hypx 7 months ago • 100%
A lot of this dives deep into wishful thinking territory. We will need to spend trillions of dollars to make a pure renewable energy solution viable. People will find out that nuclear is not magically guaranteed to be more expensive. If it wasn't the case, why are new nuclear reactors still being built and more are being planned?
Germany is definitely rethinking it's anti-nuclear position. Ignore the viewpoints of the current political group in charge. They are deeply unpopular. Politicians outside of that group are advocating for a return to nuclear.
France is keeping and building more reactors. This is not a "more complicated story." It is simple proof that nuclear is viable.
Hypx 7 months ago • 100%
Just so we’re clear, it is cheap fossil fuels that made nuclear uneconomical. Solar and wind provide a very different type of power in comparison, and do not really compete against each other. There’s a reason why countries that abandoned nuclear are suddenly thinking about restarting nuclear again (see Germany). Meanwhile, countries that fully adopted nuclear (see France) are seeing no pressure to abandon it.
Hypx 7 months ago • 100%
It has grown beyond the ability of one person to handle. We want to hope for the best, but must prepare for the worst.
Hypx 7 months ago • 100%
Ernest has not been seen in a while. So no, there's basically no admin currently available.
Hypx 7 months ago • 100%
Have you seen the steam stats? Very few people played this game.
Hypx 7 months ago • 100%
All steps can approach 100% efficiency. It is not much different than how a battery car works.
Fuel cells have already been test to 30,000 hours in real world settings. We're easily looking at million+ miles in certain circumstances. This is plain Ludditism to think that reliability can't be achieved.
Hypx 7 months ago • 100%
You're clearly stuck in the past. Green hydrogen production is rapidly expanding. It is the new solar or wind boom.
Hypx 7 months ago • 100%
Again, you are the one brainwashed by corporate propaganda, mainly from Tesla. An FCEV is an EV. That is undeniable fact. As a result, it is equally as valid of a solution as BEVs are. The rest of your posts are you being totally confused by this fact.
Hypx 7 months ago • 100%
Losses from pipelines aren't very large either. At long distances, this is actually less than what you will experience from wires.
Like I said, the entire process of making and using hydrogen is analogous to battery swapping. You have to think of the battery as being this fluid that can be moved around to where it needs to go, effectively replacing wires. But the end result is basically the same.
Hypx 7 months ago • 100%
You cannot charge a battery and come out equal either. But losses can be minimized in both cases. Transportation via pipelines is also analogous to transporting electricity via wires. Both have losses, but it can be minimized.
Like I said, the idea is basically the same as battery swapping, except the battery in question is a chemical fluid that can be move around like it was electricity.
Hypx 7 months ago • 100%
Because, again, you need to store that energy in banks of giant batteries. Something that is very expensive. And again, if you realize that FCEVs are basically doing to same thing, just using water instead of giant batteries, it is going to much cheaper while not actually reducing efficiency that much.
In the long-run, there won't be hardly ANY difference in efficiency, because again, both are electrochemical systems that work the same way. This is the basic fact that you are failing to grasp.
Finally, hydrogen is pretty unavoidable for a green society anyways. You need it for long-duration energy storage anyways, and so will industry and heavy transportation. Meaning that even an all-BEV society will still need vast amounts of green hydrogen if it really wants to break dependency on fossil fuels.
If anything, you are handwaving the problems of BEVs. Hydrogen is the solution to that ironically.
Hypx 7 months ago • 100%
Because it's all electrochemistry? Have you even looked a fuel cell diagram? It is basically anodes and cathodes turning chemical energy into electricity. Just like a battery.
In fact, it arguably IS a battery. Hence why FCEVs are also EVs.
Hypx 7 months ago • 100%
Green hydrogen is made by electrolysis of water using wind and solar energy. There is no carbon involved. As green energy scales up, the cost of this will drop to extremely low levels. Margin cost is basically zero, as you only need water.
As a result, it is a far simpler and scalable solution than going with batteries. You avoid all of the mining and infrastructure of batteries. And because it is so much more scalable, you end up having to use hydrogen for energy storage anyways. Even BEVs will have to depend on hydrogen power for long-duration energy storage needs.
The problem is, again, you are fully brainwashed. You are repeating nothing but BEV propaganda from companies like Tesla. And the ironic thing is that this all originated from oil & gas companies. It is climate change denial rhetoric only you don't know it.
Hypx 7 months ago • 100%
And what is a battery, but an electrochemical system that converts chemical energy into electrical energy? A fuel cell works the same way.
The problem is that you have been fully brainwashed. Everything I said is true, and everything you said is false. You need to step back and realize who is lying to you.
Hypx 7 months ago • 100%
Again, wrong. More gibberish. Green hydrogen can power any aspect of transportation. You do not need to have to involve carbon. Pipelines exist too. You can replace copper wires with pipelines, and it would be cheaper to move energy this way.
Again, the problem is that you need giant banks of batteries to power your all-BEV fantasy. That is much more expensive and in fact implies an unbreakable dependence on fossil fuels to build those things. Something avoided with hydrogen.
In fact, you have fully inverted reality. Hydrogen, not batteries, are mandatory in a renewable energy powered society. You will have to accept this simply fact.
Finally, you have to let go of BEV propaganda. It is all lies copied over from the oil & gas industry. It is all lies with zero basis in fact.
Hypx 7 months ago • 100%
Again, all of this is pure gibberish. Both fuel cells and batteries are electrochemical systems. Both have the same level of efficiency in the theoretical sense.
Like I said, you are repeating bullshit from BEV companies like Tesla. All of the anti-hydrogen stuff is just corporate propaganda and has zero basis in fact.
And what's ironic is that it is copied from propaganda that originated from the oil industry. BEV companies repeating this stuff just means they are repeating the same anti-green rhetoric used against all green energy. Wind, solar, geothermal, etc., even BEVs themselves, when through the same crap. And you are doing the same just against fuel cells and hydrogen.
Hypx 7 months ago • 100%
More gibberish. All of the steps needed for an hydrogen infrastructure can be powered by hydrogen. Even steel made for the purpose can be made via hydrogen reduction. So can any trucks or equipment needed. Meanwhile, all of the steps for building batteries or wires requirement fossil fuels at some point. After all, who is going to mine all of that stuff? Same with refining it to pure metals. You are unaware of how dependent BEVs are to fossil fuels. Something that won't be solved unless we adopt hydrogen on a vast scale.
And BTW, steel is a lot cheaper than copper. So pipelines are much cheaper than wires. In reality, you are just brainwashed by BEV propaganda mostly coming from Tesla. You'd save money by going with hydrogen. BEVs are the more expensive option.
Hypx 7 months ago • 100%
Do you know what a fuel cell even is? It is an electrochemical system that converts chemical energy directly into electrical energy. That is why FCEVs are also EVs.
You're just regurgitating blatantly Tesla propaganda. They are lying about the merits of FCEVs vs. BEVs. An FCEV is equally valid as an EV as any BEV.
Hypx 7 months ago • 0%
The "conversion" steps are functionally the same as what happens inside a battery. Which is why the theoretical efficiency is the same as a BEV. You are effectively doing the equivalent of battery swapping, just with a fluid rather than a solid battery pack.
Hypx 7 months ago • 100%
You can literally make it yourself. This replaces having to need giant banks of batteries, as well reduces the need for grid capacity increases. Furthermore, you need energy storage in general. That implies that even BEVs will need hydrogen for energy storage for long durations. As a result, there's not likely to be any meaningful increase in cost. And since wind and solar are so cheap, efficiency is not particularly irrelevant. The margin cost of production is basically zero anyways, so none of that matters. It will be far cheaper than fossil fuels in the long-run.
Hypx 7 months ago • 100%
No one is going to meaningful control hydrogen prices in the long-run. It can be made via renewable energy like wind and solar. So it will have the same level of cost. Which is to say it will cost very little as wind and solar cost very little.
Hypx 7 months ago • 100%
The same is also happening with hydrogen. We are shifting towards green hydrogen. People who claim otherwise are repeating the same anti-green rhetoric used against BEVs.
Hypx 7 months ago • 100%
Fuel cells are far more efficient than ICEs. Refueling times are already comparable to that of an ICE car. Fuel cells can easily last the lifetime of the car. Range increases with every model. This is anti-progress and anti-green nonsense. You're pretty regurgitating corporate propaganda, either from the oil industry or from battery companies.
Hypx 7 months ago • 100%
That's pure gibberish. An FCEV is also an electric car. It has the same theoretical efficiency as a BEV.
Hypx 7 months ago • 100%
You can make it 100% with fossil fuels and it would still be greener than a gasoline or diesel powered car.
Hypx 7 months ago • 100%
Then you are repeating an argument from the oil industry. To them, all green vehicles are secretly dirty, and therefore you must always buy an oil powered car.
Hypx 7 months ago • 81%
Tesla is a massive stock pumping Ponzi scheme that just happens to have a poorly ran car company attached to it. People need to realize what the goal of Tesla marketing is really about. It will be remembered as one of the great investment scams of our time.
Hypx 7 months ago • 100%
Expanding the electricity grid is more expensive than expanding infrastructure for chemical fuels. Wires are a lot more expensive than pipes. And require everything to be renewable will make this gap even bigger.
You pretty much have an inverted understanding of reality, likely due to how much BEV hype you have read. If there’s a way to get to zero emissions without having to deal with electricity, we would do it.
Hypx 7 months ago • 100%
The inputs for hydrogen production are also basically free. It's literally solar or wind energy plus water. The same basic deal.
The problem with BEVs is that you have build thousands of giant batteries. One for each car and more for grid energy storage. It's actually expensive in practice. And unsustainable too.
You are giving yourself enough rope to hang yourself here. You are pretty much admitting that the cost of solar is really low. So who cares if we need more solar cells? Which themselves are made from processed sand. Not a big expense either. Better to build more solar panels than more batteries.
In reality, BEVs are failing as we speak. Every car company has announced some kind of scaling back of production. That implies a drop in demand, and that is the big problem. BEV economics are not panning out.
And please don't cite raw sales numbers as being meaningful. Car companies have dumped tens of billions of dollars each into production facilities. They pretty much have to sell in volume even if that means selling at a loss. And that's what is happening. Don't be shocked when the next stage is abandonment of their BEV plans. They've also lost too much money to waste even more money on the idea.
If you want to wait, sure. Be my guest. The market will go in the opposite direction of what you are thinking. You'll end up patiently waiting to be proven wrong.
Hypx 7 months ago • 50%
The BEV movement is on its way out. People will remember it in the same we saw the huge push for ethanol cars a couple of decades ago. Just like how we never solved the fundamental issue of ethanol production, we aren't going to solve fundamental issues such as charging availability or battery production. Eventually there will have to be another solution proposed. One that can work for everyone. That pretty much forces us to look at ideas like hydrogen or e-fuels, with hybrids/PHEVs as an transitional idea to that. BEVs will be seen as an outdated idea.
Hypx 7 months ago • 50%
Yes. It is just a matter of building that infrastructure. And we can reuse the natural gas infrastructure for most of it. People are basically stuck in the past on this subject.