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WattEV has opened a 26-port charging depot directly at the Port of Long Beach to charge electric trucks at the United States’ busiest container port. It’s the nation’s largest heavy-duty public access charging station to date.

The Ports of Long Beach and Los Angeles are situated directly next to each other and are the busiest container ports in the Western Hemisphere. The ports see thousands of trucks loaded, unloaded, and dispatched daily and are responsible for 40% of the nation’s containerized imports.

But the area around the Ports has particularly poor air quality, largely due to port activity. Those thousands of trucks run on diesel, contributing to smog, which gets blown into the LA Metro area by onshore winds and trapped by the mountains over the homes – and in the lungs – of 13 million people.

This was a major reason for California’s huge new truck emissions rules. Among other things, the regulations will require all new drayage trucks (those that move cargo around within a port or from ports to railyards or distribution centers) to be electric starting January 1, 2024 – less than six months from now.

But to service these trucks, they will need a lot of chargers. There are a total of some 20,000 trucks registered at the Port of Long Beach, and California will need 160,000 truck chargers to fuel the 180,000 trucks in the state by 2045, when it expects all trucking to be zero emissions.

WattEV and other companies have several charging depots planned to open in the near future to service Southern California distribution routes, but WattEV is the first to open on the actual property of the Port of Long Beach. It’s the first of four planned WattEV projects to open in Southern California.

The new charging depot has 13 dual-cord 360 kW CCS chargers, with a total capacity of 5 MW for the depot. WattEV plans to add another 8 MW of capacity once the upcoming “Megawatt Charge System” (MCS) gets implemented and trucks that use it become available, which the company expects around 2026. Currently, it takes about 2-3 hours to charge, compared to a standard 30-45 minute diesel truck stop break.

A demonstration unit for WattEV’s future Megawatt Charging Standard charger

WattEV is using these chargers to fuel its “truck-as-a-service” concept, wherein the company offers electric trucking at a set price with lower startup costs. Currently, electric trucks are significantly more expensive to purchase than traditional diesel trucks, despite lower long-term running costs and lower total costs of ownership (and, of course, lower environmental costs for all of our lungs). However, startup costs can be prohibitive, especially for small owner-operators who make up such a large part of the industry. WattEV wants to solve that problem by offering a set-price operation at a comparable cost to running a diesel truck.

There are larger electric truck charging stations, like this recent 32-port station opened by Schneider, but those are “behind-the-fence” and used by private fleets. WattEV’s chargers are also public access and can be used (via credit card) for opportunity charging by other electric trucks operating at the port.

Electrek’s Take

Driving down to today’s opening, our only company on the 710 freeway consisted of semi trucks, in both directions. And as we got closer to the port, it got noisier, stinkier, and the air got less clear. It also happens to be a summer where heat records are being set all around the globe, seemingly every day. And during the event, the droning noise and smell of idling diesel trucks directly behind us made everything just a little bit harder.

If only there were one solution that could solve literally all of these problems at the same time. Can anyone think of it? Hmm…

But it’s going to take a lot of work to get us there. This property today is the largest public access charger in the US, but we’ll need hundreds of depots like this in California alone, and with future faster charging through MCS, in order to service the traffic coming in and out of the port and running through the state.

So we hope we’ll see many more openings like this and soon – to the point where it’s no longer interesting to write about them.

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Vietnam setting bans on gasoline motorcycles next year, followed by cars

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Vietnam setting bans on gasoline motorcycles next year, followed by cars

Vietnam is taking bold steps to clean up its streets – and quiet them down. Starting next summer, the major downtown areas of Hanoi will ban all gasoline-powered motorcycles as part of a program to cut down on emissions.

The plan will go into effect on July 1, 2026, and then will expand the following year to cover more districts outside of downtown, and eventually include gasoline-powered cars as well. Other major cities like Ho Chi Minh City and Da Nang are now studying similar measures.

The plan is part of Vietnam’s national goal to phase out gas-powered two-wheelers entirely by 2045. And in a country where motorcycles are the lifeblood of daily transportation, with an estimated 72 million of them on the road, this marks a seismic shift.

The first phase of the ban will cover the Hoan Kiem and Ba Dinh districts of Hanoi within the Ring Road 1. These central areas are known for dense traffic, high pollution levels, and a thriving tourism industry. Officials hope that banning gasoline-powered motorbikes will reduce noise, smog, and carbon emissions while nudging residents toward cleaner electric alternatives.

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For now, the ban only affects motorcycles, but city officials have confirmed that it will extend to gasoline-powered cars in later phases. And while many Vietnamese cities have flirted with the idea of regulating vehicle emissions before, this marks the first concrete plan with a clear timeline. Ho Chi Minh City, the country’s largest urban area, is closely watching Hanoi’s progress and is said to be considering following suit.

Electric motorcycles and scooters are already a fast-growing market in Vietnam, led by homegrown companies like VinFast and Selex Motors. VinFast claims to have sold over 160,000 electric scooters as of early 2024, and Selex is rapidly expanding its battery-swap station network. But so far, electric two-wheelers only account for around 5% of the total market.

That number could soon change.

As gas-powered vehicles begin to disappear from urban centers, electric models may finally gain the upper hand. The government is also exploring support policies like financial incentives and improved charging infrastructure, both of which are key to getting more people to switch.

Still, there are hurdles. Many Vietnamese riders are hesitant to adopt electric bikes due to range anxiety, high upfront costs, and a lack of charging stations. But with regulatory pressure increasing and electric models becoming more affordable, the shift looks more like a matter of “when” than “if.”

Electrek’s Take

Vietnam banning gas-powered motorcycles is a big deal, and not just for local air quality. It’s also a major signal to the broader Southeast Asian market, where motorcycles vastly outnumber cars. If Vietnam can pull this off, it could become a model for electrifying personal transport in developing countries. Keep an eye on this one.

Each time I’ve visited Shanghai, for example, I’m amazed at how a pack of 30-40 motorcycles and scooters can whizz by with nothing but wind noise. China has set the example on how cities can clean up, quiet down, and improve their quality of life by mandating an end to gasoline-powered motorcycles. If other countries can replicate it in big cities, the improvement to local and global air quality would be massive, and that comes on top of all the hyper-local benefits like reductions in noise and urban grime.

That being said, one year is an incredibly fast timeline to shift literally millions of motorcycles to electric. It also doesn’t appear to address the financial burden this will put on residents who will have to replace their vehicle, even if locally produced electric scooters can be made affordable. I’ll be watching this one intently to see how officials can address these issues and if they can maintain this tight deadline. If they can pull it off, though, the face of major Vietnamese cities could change completely.

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Manitou and Hangcha commit to heavy equipment battery production JV

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Manitou and Hangcha commit to heavy equipment battery production JV

French equipment manufacturer Manitou has committed to a joint venture with Chinese forklift manufacturer Hangcha that will see the two companies develop and manufacture advanced lithium-ion batteries to support the electrification of the heavy material handler space.

Manitou is well-known in the West, so they need no introduction. Hangcha, though, is arguably just as capable of a company, having opened its first forklift plant in 1956, manufacturing others’ designs under license. They developed their own, in-house material handler in 1974, and have racked up hits ever since. Hangcha is currently the world’s eighth-largest manufacturer of industrial vehicles globally (sounds wrong, but here’s the source).

The plan for the JV is to upgrade the two companies’ deployed fleets of existing lead-acid battery-powered vehicle with longer lasting lithium-ion (li-ion) batteries to expand their operational lifespan. From there, the focus could switch to diesel retrofits and, eventually, the joint development of entirely new products.

“Deepening strategic cooperation with Manitou Group and jointly establishing a lithium battery joint marks a new phase in the partnership between the two sides, which is a milestone in Hangcha global industrial layout,” explains Zhao Limin, Chairman and General Manager of Hangcha Group. “Leveraging Hangcha’s core technological and manufacturing strengths in lithium battery solutions, we will collaboratively enhance solution capability of new energy industrial vehicle power systems. This partnership perfectly aligns with our shared objectives to accelerate electrification transformation and drive sustainable development, while providing robust support to the broader industrial vehicle market.”

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Manitou MHT 12330


MHT 12330 with 72,750 lb. lift capacity; via Manitou.

Once production begins, the joint venture factory will play a key role in supporting Manitou Group’s “LIFT” strategic roadmap. LIFT aims to expand Manitou’s electric vehicle lineup of telehandlers and forklifts, and have EVs account for 28% of total unit forklift sales by 2030. Hangcha Group, meanwhile, has publicly stated its intention to become 100% electric by the end of 2025.

This joint venture plans to recruit employees including engineers, operators, sales representatives and after-sales service technicians. Le Mans Metropole will support the recruitment and local integration and training of future employees.

SOURCE | IMAGES: Manitou; images by Manitou, via Belkorp AG.


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With another tariff deadline looming, these 10 things are going the right way for stocks

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With another tariff deadline looming, these 10 things are going the right way for stocks

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