Low-carbon hydrogen isn’t “cost competitive with other energy supplies in most applications and locations” and the situation is unlikely to change unless there’s “significant support to bridge the price gap,” according to the World Energy Council.
Published Tuesday, the analysis – which was put together in collaboration with PwC and the U.S. Electric Power Research Institute – raised the question of where funding for such support would come from, but also pointed to the increasing profile of the sector and the positive effect this could have.
In an announcement accompanying a briefing, the London-based energy organization said “environmental and political drivers” were “sending encouraging signals to the market and prompting growing interest.” Globally, many pilot projects were being developed, built or in operation, it added.
Described by the International Energy Agency as a “versatile energy carrier,” hydrogen has a diverse range of applications and can be deployed in sectors such as industry and transport.
It can be produced in a number of ways. One method includes using electrolysis, with an electric current splitting water into oxygen and hydrogen. If the electricity used in the process comes from a renewable source, such as wind or solar, then some call it green or renewable hydrogen.
Currently, the vast majority of hydrogen generation is based on fossil fuels, and green hydrogen is expensive to produce. Efforts are being made to drive costs down, however.
The U.S. Department of Energy recently launched its Energy Earthshots Initiative and said the first of these would focus on cutting the cost of “clean” hydrogen to $1 per kilogram (2.2 lbs) in a decade. According to the DOE, hydrogen from renewables is priced at around $5 a kilogram today.
For its part, the World Energy Council said some countries were “actively developing bilateral partnerships to help form global hydrogen supply chains and secure clean hydrogen supply.”
“With the appropriate policies and technologies to enable hydrogen scale up, some projections suggest that it could be cost competitive with other solutions as soon as 2030,” it added.
The sector does seem to be at a crossroads, with a number of issues to resolve as it looks to expand. The WEC’s report claimed the hydrogen economy was facing a “chicken and egg problem” related to supply and demand. Both of these, it argued, lacked “secure volumes from the other to help establish the value chain.”
There was also a discussion to be had about the benefit of using colors – including brown, blue, gray and pink, to name a few – to differentiate between various production methods.
“Colour has been used to simplify the conversation about the carbon footprint of hydrogen production,” the WEC’s report said, “but it has become more complex with no universally agreed colours for specific technologies and some disagreement as to which colour matches which supply.”
The debate about color required clarity, “as it could risk prematurely excluding some technological routes that could be more cost and carbon effective,” it said.
Partnerships and projects
While discussions about the future of hydrogen take place, a number of firms are beginning to make plays in the sector.
Just this week, it was announced that SSE Renewables and wind turbine giant Siemens Gamesa Renewable Energy had signed a memorandum of understanding centered around exploring opportunities related to the production and delivery of so-called green hydrogen.
In a statement Monday, SSE Renewables said the partnership would involve itself and Siemens Gamesa aiming to “co-locate hydrogen production facilities at two selected onshore wind farms … from which the partners will begin production and delivery of green hydrogen through electrolysis.”
One of the wind farms will be in Scotland, while the other will be located in Ireland. Jim Smith, who is managing director of SSE Renewables, said hydrogen was “rapidly becoming an important and exciting component of the strategy to decarbonise power production, heavy industry and transport, among other sectors.”
Tesla has released a new software update to its fleet and while the release notes remain unchanged, there are a few exciting features that were stealth updated.
The automaker has started to push its 2023.11.4.2 software update.
The update’s release notes are the same as the previous update, but Tesla often updates or adds features without discussing them.
That’s the case with this new update, according to Green, a well-known Tesla hacker who often discovers new features inside Tesla’s code.
He reported that the latest update includes several stealth changes:
So despite 11.4.2 release notes not changing from .1, the differences underneath are substantial There’s now autowiper v4 with ability to disable “deep rain” (I guess that did not pan out all that well) There’s AEB for cut-in traffic (server side toggle) And a bunch of more stuff
Like most premium vehicles today, Tesla has an automatic wiper system that automatically matches the speed of the wipers to the intensity of the rain or snow.
However, unlike most other automakers, Tesla doesn’t use a rain sensor for its system.
Instead, the automaker is using its Autopilot cameras to feed its computer vision neural net to determine the speed for the wipers.
It has been deployed in Tesla vehicles since 2018, but many owners have been complaining that it is not as accurate as other systems using rain sensors.
Tesla’s solution was an update called ‘Deep Rain’ that used a new neural net to power the feature. It came out in 2019, but it was a marginal improvement.
Now Green reports that owners can shut it down if they don’t like it.
Another important stealth update for safety in this new software update is the ability for automatic emergency braking (AEB) to brake for vehicles cutting into your lane. Previously, it would try to avoid things with steering, but AEB was reserved to prevent or reduce the impact for something blocking your way.
For FSD Beta users, the update also now reduces suspensions, which occur after misuse, like not paying attention to the road when using, to one week instead to two weeks.
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The AYRO Vanish has grabbed headlines over the past year as it rolls ever closer to production at AYRO’s Texas factory. Now the electric mini-truck’s final step ahead of manufacturing has begun as the Vanish starts street-legal homologation.
The AYRO Vanish is an electric utility vehicle that is designed to fit into the low-speed vehicle (LSV) federal designation. The mini-truck uses a lightweight architecture to limit the entire vehicle weight and maximize the allowable payload.
The Vanish boasts a payload of up to 1,200 lb (544 kg), which is fairly close to many standard-sized pickup trucks. For comparison, a 2023 Ford F-150’s payload capacity starts at 1,310 lb (594 kg). The company also indicated that it plans to produce a non-street legal variant that will have a higher payload capacity of 1,800 pounds (816 kg). That model would be applicable to work sites, campuses and other areas where use on public roads is not required.
Unlike standard pickup trucks, the Vanish offers highly adaptable configurations. Optional rear cargo configurations including food boxes, flat beds, utility beds with three-sided tailgates, and van boxes for secure storage all point to potential commercial applications for the vehicle.
And those future commercial customers could be getting their hands on the Vanish’s steering wheel sooner rather than later. Heading for homologation testing means that the company is now closer than ever to putting those various designs on the road.
As AYRO CEO Tom Wittenschlaeger explained:
“Now that we’ve completed our internal testing, it’s time to ensure that the award-winning Vanish meets requirements of our national governing bodies. Once we’ve completed this process and receive final approval, we can begin delivering vehicles to our customers and dealers.”
In order for any road-worthy vehicle to be considered for sale, the vehicle must go through homologation to ensure it is safe and complies with government regulations.
LSVs have reduced regulatory hurdles, but there are still many safety requirements and design considerations to be addressed. The vehicles must meet regulations for the construction, design, durability, and performance requirements as outlined by federal governing bodies. In the US, this process is governed by the National Highway Traffic Safety Administration (NHTSA).
This complex process of homologation allows for vehicles to be officially classified by date and category as well as have official and certifiable technical information and specifications. The Vanish is completing homologation for both the United States and Canada, for which testing includes the Federal Motor Vehicle Safety Standards (FMVSS) 500, Canada Motor Vehicle Safety Standards (CMVSS) 500 and California Air Resources Board (C.A.R.B.).
In parallel with its homologation phase, AYRO is now planning to begin Low Rate Initial Production (LRIP) by early June to begin building the first 50 Vanish units that will be used as demo models for signed dealers.
The company plans to enter full-scale production upon the successful completion of its first 50 units.
As AYRO’s senior vice president of programs added:
“Our team has worked diligently to prepare for this day. This is one of the final steps in our product development process. Concurrently with homologation, we plan to begin LRIP and immediately following begin delivering vehicles to our customers and dealers.”
The AYRO Vanish opened for orders earlier this month, launching at a starting price of $33,990. While that price is more expensive than several other imported electric mini-trucks, the Vanish’s modular design (and soon-to-be street legal status) is a key differentiator.
AYRO’s vice president of Dealer Sales, Terry Kahl, previously explained the advantages of a modular platform:
With swappable bed configurations, we believe dealers can find a use case for the Vanish with almost any of their existing clientele. We have indications of interest from a rapidly growing number of dealers and now incoming dealers can find added value in that AYRO is accepting their pre-orders even before they join our dealer network. It should be an absolute win-win for our existing and onboarding dealers as well as future dealers.
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We see new e-bike launches practically every week here at Electrek, but we rarely seem something quite so… futuristic looking as the upcoming WAU model currently being teased. The UK-based electric bike company is dripping out imagines of its upcoming Project Cyber, which looks like something between a high performance electric bicycle and a light electric motorcycle.
It’s not uncommon for e-bike companies to expand into the moped or light motorbike space. We watched it happen with SONDORS when the company unveiled the Metacycle, SUPER73 with the C1X, and several other smaller e-bike companies.
And while we don’t yet know how the Project Cyber e-bike will be classified, it’s certainly looking like it could be headed in a similarly aggressive direction.
A teaser image of the WAU Cyber e-bike
WAU is best known for its long range, urban-oriented electric bikes with enclosed frames and iconic seat stay tail lights that also serve as highly visible turn signals.
It’s a welcome, distinguished design that sets itself apart from many of the other cookie cutter e-bikes we’ve seen over the last few years.
And it appears that WAU may be sticking with some of the same design language for its upcoming Project Cyber, based on the first few teaser images.
The company has been dripping out images and information in a Facebook group set up for sharing details about the upcoming e-bike.
One of the more revealing pieces of information includes a set of design drawings from early in the project. Multiple concepts can be seen, including some with and without bicycle pedals.
The inclusion of bicycle pedals would lend credence to this being a high performance e-bike, while a lack of pedals would put the two-wheeler into light motorbike territority.
WAU seems to be investing heavily in the bike’s technology, though it isn’t quite clear yet what that could mean in terms of features. Many new e-bikes have started to feature advanced connectivity features closer to that of electric cars, including telemetrics and remote operations. A teaser on the company’s site seems to imply that built-in GPS tracking may be included on the WAU Cyber e-bike.
The company is still playing it close to the vest with most details, but suggests that the new model could “revolutionize the industry.”
As WAU explained in the Facebook group description, “Get ready to be blown away by the most stylish pedelec the world has ever seen. Our state-of-the-art technology and design are set to revolutionize the industry, and we are thrilled to have you join us on this journey.”
The company also released several images showing a prototype frame being welded together, seen below.
We don’t yet know what else the WAU Cyber will hold in store for us, but with the reveal expected to come soon, we shouldn’t have to wait for long.
What do you think WAU will unveil as part of Project Cyber? Share your thoughts and guesses in the comment section below.
We’ll be sure to update as soon as we have more information on the upcoming e-bike.
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