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As electric school buses gain momentum across the US, Lion Electric announced Wednesday it produced its first “made in America” LionC zero-emission EV school bus at its Joliet, Illinois factory.

In May 2021, Lion Electric selected Joliet, Illinois, to be the home of its future US manufacturing facility. The 900,000-square-foot plant was touted as the largest dedicated production site of zero-emission medium and heavy-duty EVs in the US.

Lion Electric was a first mover in fully electric medium and heavy-duty vehicles like EV school buses with over 12 years of experience now.

Even before the “all in” mindset spread across the globe on EVs and zero-emission technology to limit the transportation sector’s environmental impact, Lion was entirely focused on electrification. The company’s dedication has paid off, with over 700 electric vehicles on the road 10 million miles utilizing its platforms.

Lion has several major clients across North America for its electric trucks (Amazon, Ikea) and buses (First Student, LA USD, STA, National Express, ZUM).

To help customers convert to electricity, Lion offers a complete turnkey solution, including EV selection, supporting charging infrastructure, grants assistance, financing, training, maintenance, and communications.

Until now, Lion has manufactured its electric vehicles at its dedicated 200,000-square-foot facility near Montreal, Quebec, which also serves as its headquarters and R&D center. With the site having a 2,500 EV annual production capacity, Lion is expanding its manufacturing footprint to assist the growing demand for electric school buses in the US with its Joliet factory.

During its second-quarter earnings, Lion said it was on track to produce its first electric school buses at its US-based factory by the end of the year, and today the company is making good on that claim.

Lion-electric-US-factory
Lion Electric LionC zero-emission school bus Source: Lion Electric

The first Lion electric school bus produced in the US

“Today is a significant milestone for Lion,” Eric Pansegrau, GM of Lion’s Joliet factory, states as the first LionC electric school bus rolls off the line.

With the recent US climate and funding initiatives, Lion Electric is “well-positioned to support school districts with their transition,” offering their complete network approach. For example, the EPA Clean School Bus program (part of the Bipartisan Infrastructure Law) supplies $5 billion in funding to accelerate the electric school bus rollout in the US. The first round of nearly $1 billion was just awarded to 289 school districts.

On top of this, several cities and states have committed to EV school buses, such as New York, which intends to electrify 100% of its school bus fleet by 2035.

Mr. Pansegrau continued:

We are excited to now be entering the ramp-up phase of production, with an initial focus on the all-electric LionC school bus. We will spare no effort in the gradual scale-up of manufacturing, which we anticipate will be spread out over the next few quarters.

Lion expects its Joliet factory to have an annual production capacity of 20,000 electric buses and trucks after it scales its manufacturing operations. The site will first focus on electric school buses to meet the surging demand.

Electrek’s Take

Lion Electric producing its first EV school bus in the US is a remarkable accomplishment for the company and the overall transition to fully electric vehicles.

As my colleague Fred Lambert said, Lion serves as the perfect example showcasing how companies can embrace the shift to electric vehicles. Lion was relatively small compared to other school bus manufacturers, but its early focus on electric propulsion has propelled them to emerge as a leading school bus maker across North America.

With the LionC E school bus now being produced in the US, I hope it can accelerate the transition to zero-emission vehicles for school districts.

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The UK officially closes its last remaining coal power plant

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The UK officially closes its last remaining coal power plant

The UK has marked a historic moment in its energy transition by shuttering the Ratcliffe-on-Soar Power Station in Nottinghamshire, its last remaining coal power plant.

“This is the final chapter of a remarkably swift transition from the country that started the Industrial Revolution,” said Phil MacDonald, managing director of global energy think tank Ember. 

The world’s first coal power plant opened in London in 1882, and as recently as 2012, coal powered 39% of the UK’s electricity supply. However, Ember’s data shows how this dropped rapidly in the following years, remaining at 2% or lower since 2019. 

Ember’s report, “The UK’s journey to a coal power phase-out,” outlines the five key factors that facilitated the UK’s rapid exit from coal: announcing a 2025 coal exit a decade in advance, putting a price on carbon, backing offshore wind, market reforms to encourage renewable energy, and investing in the grid. 

“The UK provided both the carrots and the sticks,” said Phil MacDonald, managing director of Ember. “It’s important to signal that polluting sources have an end date, but also to provide an enabling environment to build the new clean energy system.” 

The UK predominantly replaced coal with wind and solar, without increasing reliance on gas. The country is now targeting a fully decarbonized power system by 2030. 

The UK’s coal phase-out has brought many benefits, reducing both emissions and costs. The rapid decline in coal power since 2012 avoided 880 million tonnes of emissions, which is equivalent to more than double the UK’s total economy-wide emissions in 2023. Ember calculates that the replacement of coal with wind and solar avoided an estimated £2.9 billion in costs.

The UK’s last coal plant closure means that more than a third of Organisation for Economic Co-operation and Development (OECD) countries are now coal-free, with three-quarters expected to eliminate coal power by 2030, aligning with global climate goals to limit warming to 1.5C.

Coal now accounts for just 17% of electricity generation in OECD countries, down from 36% at its peak in 2007. The rapid growth in solar and wind was responsible for 87% of the fall in coal during this period. 

“Once, coal power was a byword for industrial growth,” continued Mr MacDonald. “Now clean energy is driving economies – and not just in high-income countries, but throughout the world.”

Read more: The world’s only coal-to-nuclear reactor plant just broke ground in Wyoming


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E-quipment highlight: Haulotte E MAX rough terrain electric scissor lifts [video]

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E-quipment highlight: Haulotte E MAX rough terrain electric scissor lifts [video]

The new HS18 E MAX (called “HS5390” E MAX in the US, because we don’t know what meters are) rough terrain electric scissor lift from Haulotte can drive around your job site at full height, and with a full load.

Last week, Haulotte added the new HS5390 E MAX to its line of electric rough-terrain scissor lifts, completing the company’s existing HSE (HS electric) range of scissor lifts. The HS18, though, is unique – and not just because of its 18 meter fully extended height. The HS18 E MAX can be driven both fully extended, and fully loaded.

Two configurations of its material handling racks are available for the HSE scissors. The racks are built to suit the materials being transported, generally expected to be “panels” (think drywall, windows, etc.) or pipes.

Haulotte material handling rack

With a load capacity of 400 kg (over 880 lbs.), Haulotte says its new HS5390 E MAX is ideal for jobs that require the transport of heavy loads across unfinished surfaces, using a series of optional attachments to offer a productive and safe solution to keeps materials organized and off the ground, minimizes the risk of trip and fall accidents.

Haulotte says its PULSEO-powered scissor lifts (“PULSEO” is Haulotte’s electric drive brand name) revolutionize the aerial industry by offering the performance of an internal combustion diesel machine in a more environmentally friendly package that can be used across the job site and in indoor or urban settings where loud, polluting diesels aren’t an option.

Electrek’s Take

HS5390 E PRO; via Haulotte.

This is a great example of a second-generation product doubling down on electrification and delivering significant improvements on its products without focusing on things like increased runtime (that’s the equivalent of “range anxiety” in the automotive world).

By stepping back and saying, “these things are already getting the job done time-wise, how can we make them do more in the time they already have?” Companies like Haulotte and JCB have made it infinitely easier for construction crews to put the HSE scissor lifts to work.

SOURCE | IMAGES: Haulotte, via Heavy Equipment Guide.

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Mazda EZ-6 EV goes on sale with a starting price under $25,000

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Mazda EZ-6 EV goes on sale with a starting price under ,000

Mazda officially opened the order books on its new Mazda EZ-6 EV and EREV versions of the car in China yesterday. And the starting price? It’s under $25,000.

Co-developed by Mazda and Chinese state-owned Changan Auto, the EZ-6 was one of two new electric offerings that debuted back in April. The other was a CX-5/0-sized crossover called the Arata, but the EZ-6 seemed closer to production, with a promised on-sale date later this year.

Well, Mazda lived up to its promise. The all-new Mazda EZ-6 is officially available for pre-order in China. And, while our sources (Chinese car blogs Autohome and CarNewsChina) are a bit fuzzy on the actual price, the translation seems to indicate a starting price of just 160,000 yuan (a tick over $22,800, as I type this).

One thing that’s less fuzzy, however, is that there are four extended range EV, or “EREV” versions of the car (read: hybrid) along with three fully electric BEV versions available for order at the pre-sales launch.

Value for money

Despite the low price, the base version of the newest Mazda get leather seating surfaces, and higher trim versions splice leather and suede (Alcantara?) together. There’s a 14-speaker Sony audio system available, too, along with 64-color ambient lighting, “zero-gravity” front seats, which means that the seats can recline to a near-flat position, and a panoramic glass roof.

The BEV model is reported to be equipped with a single electric drive motor putting out 190 kW of power (approx. 254 hp), and can be had with either a 56.1 or 68.8 kWh battery pack, good for a CLTC range of 480 km or 600 km (about 370 miles), respectively. Top speed of either model is an electronically-limited 170 km/h (105 mph).

The “EREV” model (man, do I hate that acronym) is equipped with a 93 hp 1.5L range extending ICE generator paired to a 160 kW (215 hp) electric motor and feeding electrons to a lithium iron phosphate battery. Battery range is about 80 miles, with a “maximum comprehensive range” quoted as 1301 km (approx. 808 miles).

Electrek’s Take

Mazda-first-EV-sedan
Mazda EZ-6 electric sedan; via Mazda.

Mazda’s CEO, Masahiro Moro is working with Changan to, “turn Mazda’s China business around.” The EZ-6 is part of that plan, and is being called Mazda’s first “global” sedan. Despite that, it seems unlikely that the EZ-6 will ever make it to the US.

And that’s too bad. Our roads could use a little electrified Zoom-zoom.

SOURCES | IMAGES: Mazda, via Autohome and CarNewsChina.

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