CAMPBELL, Calif., and CLEVELAND, Ohio, – ChargePoint (NYSE: CHPT), a leading provider of EV charging solutions, and intelligent power management company Eaton, today announced a collaboration to accelerate and simplify the deployment of EV charging infrastructure in the U.S., Canada and Europe. The companies will integrate EV charging and infrastructure solutions, co-developing new technologies to advance bidirectional power flow and vehicle-to-everything (V2X) capabilities—enabling EVs to act as a power source for homes, buildings and more.

Providing a one-stop shop for the EV charging ecosystem, the companies will deliver EV chargers, electrical infrastructure and engineering services as turnkey offerings enabling the electrification of transportation, from vehicles to chargers to the grid. ChargePoint and Eaton will streamline the purchase, design and deployment of EV charging projects, offering joint solutions that will help customers effectively manage site power requirements, optimize infrastructure and enhance reliability at a reduced cost.

“ChargePoint’s partnership with Eaton will deliver innovation that addresses the biggest barriers to electrified transportation,” said Rick Wilmer, CEO of ChargePoint. “Together with Eaton we will create unprecedented value for institutions that deploy EV charging, accelerating electrification, and decarbonizing the planet in parallel.”

With Eaton’s collaboration, ChargePoint now elevates its strategic position as an end-to-end enabler of the EV ecosystem, from grid to vehicle. As EV charging infrastructure matures, core components like chargers and infrastructure must integrate at scale to realize their fullest potential. ChargePoint’s work with Eaton and numerous automotive OEMs will enable the seamless integration chargers, infrastructure and EVs, managed with ease on the ChargePoint cloud software platform.

Paul Ryan, general manager, energy transition at Eaton, said: “Customers rely on Eaton to solve their toughest power management challenges. This game-changing partnership will help do just that for vehicle charging—bringing together trusted power distribution and EV charging solutions to simplify electrification at scale.”

Information regarding available EV charging and infrastructure solutions, which address every charging scenario, including fleet, workplace, commercial real estate, fueling and convenience, multifamily, residential and public transportation charging needs, is available on our website.

ChargePoint and the ChargePoint logo are trademarks of ChargePoint, Inc. in the United States and in jurisdictions throughout the world. All other trademarks, trade names, or service marks used or mentioned herein belong to their respective owners.

About ChargePoint Holdings, Inc.
ChargePoint is creating a new fueling network to move people and goods on electricity. Since 2007, ChargePoint has been committed to making it easy for businesses and drivers to go electric with one of the largest EV charging networks and a comprehensive portfolio of charging solutions. The ChargePoint cloud subscription platform and software-defined charging hardware are designed to include options for every charging scenario from home and multifamily to workplace, parking, hospitality, retail and transport fleets of all types. Today, one ChargePoint account provides access to hundreds of thousands of places to charge in North America and Europe. For more information, visit the ChargePoint pressroom, the ChargePoint Investor Relations site, or contact the ChargePoint North American press office, or Investor Relations.

About Eaton
Eaton is an intelligent power management company dedicated to protecting the environment and improving the quality of life for people everywhere. We make products for the data center, utility, industrial, commercial, machine building, residential, aerospace and mobility markets. We are guided by our commitment to do business right, to operate sustainably and to help our customers manage power ─ today and well into the future. By capitalizing on the global growth trends of electrification and digitalization, we’re helping to solve the world’s most urgent power management challenges and building a more sustainable society for people today and generations to come.

The post ChargePoint and Eaton establish industry-first EV charging partnership appeared first on School Transportation News.

Mercedes has made more than a few questionable decisions in recent years, but one of the most baffling had to be limiting the CLA EV to 800V DC fast-charging stations. This drastically restricted were owners could recharge, which is an odd move, to put it mildly, considering a lack of charging infrastructure is often cited as a reason why people won’t buy electric vehicles.

The decision seemed so puzzling that we couldn’t help but ask, what were they thinking? We now have an answer as Mercedes wanted to showcase the CLA’s 320 kW DC fast-charging capability that can deliver up to 202 miles (325 km) of range in just 10 minutes.

More: What Were They Thinking? Mercedes CLA EV Can Only Use 800V DC Fast Chargers

While that’s kind of an explanation, the company has now revealed future U.S. models will be able to charge at both 400V and 800V charging stations.

As a Mercedes-Benz USA spokesperson explained to us, “After the initial limited delivery of cars late this year for demonstration of the CLA’s fast-charging abilities, 2026 US customer orders from early next year will feature a converter and be capable of charging at 400V and faster 800V” stations. They went on to say this means the car will be able to access more than 140,000 charging points across America.

While the initial messaging was muddied, Mercedes did attempt to explain the thinking behind it. “Public charging point technology varies across the world, and the networks widely available in the U.S. and Europe are different. We’re committed to offering our customers the best experience and believe fast-charging at 800V gives the best and most convenient experience.”

Faster charging speeds are certainly welcome, but drastically reducing where people can charge isn’t. In the end, Mercedes seems to have realized that.

An electric car charges up at a charging station in New York. Wisconsin has joined 14 other states and the District of Columbia in a lawsuit against the Trump administration for cutting off federal funds that had been approved for states to build up their electric vehicle charging networks. (Photo by Spencer Platt/Getty Images)

A group of states, including Wisconsin, that were promised federal funds to establish electric vehicle charging station networks sued the Trump administration and Transportation Secretary Sean Duffy this week for cutting off the promised grants.

“The Trump Administration and Secretary Duffy are singlehandedly trying to block Wisconsin from receiving the investments we were promised,” Gov. Tony Evers said in a statement Thursday. “It’s bad for the people of Wisconsin, it’s bad for our infrastructure, it’s bad for our economy, and it’s illegal.”

The lawsuit alleges that President Donald Trump’s executive order blocking electric vehicle charging station grants was illegal.

The lawsuit was filed late Wednesday in federal court in the state of Washington, which is the lead plaintiff among the suit’s 15 states and the District of Columbia.

Trump’s order “Unleashing American Energy,” signed the day he was inaugurated, told federal agencies to pause the distribution of funds that were appropriated during the Biden administration as part of the 2022 Inflation Reduction Act or the 2021 bipartisan infrastructure law.

The order said the pause was “including but not limited to funds for electric vehicle charging stations made available through the National Electric Vehicle Infrastructure Formula Program.” The National Electric Vehicle Infrastructure Formula Program, or NEVI, is part of the 2021 infrastructure law.

Wisconsin has been approved for $62.65 million in funding under the program for 15 EV infrastructure projects that were held up after Trump’s order. The governor’s office said several projects were “located in the congressional district that now-Secretary Duffy used to represent in the U.S. Congress.”

Trump’s order stated that it was written to eliminate an “electric vehicle (EV) mandate.” No such mandate exists, the lawsuit points out.

“But in the name of eliminating this fictional mandate, the Executive Order directs the Federal Highway Administration … to usurp the legislative and spending powers reserved to Congress by withholding congressionally appropriated funding for electric vehicle (“EV”) charging infrastructure required by statute to be distributed to States,” the lawsuit states.

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President Donald Trump's budget request, released on May 2, 2025, proposes slashing $21 billion in unspent funds from the 2021 bipartisan infrastructure law for renewable energy, electric vehicle charging infrastructure and other efforts to cut climate-warming carbon dioxide emissions.  Shown are solar panels and wind turbines. (Photo by Marga Buschbell-Steeger/Getty Images)

President Donald Trump’s budget request for the next fiscal year proposes deep cuts to renewable energy programs and other climate spending as the administration seeks to shift U.S. energy production to encourage more fossil fuels and push the focus away from reducing climate change.

The budget proposes slashing $21 billion in unspent funds from the 2021 bipartisan infrastructure law for renewable energy, electric vehicle charging infrastructure and other efforts to cut climate-warming carbon dioxide emissions. The request also targets climate research spending and initiatives meant to promote diversity.

“President Trump is committed to eliminating funding for the globalist climate agenda while unleashing American energy production,” a White House fact sheet on climate and environment spending said. The budget “eliminates funding for the Green New Scam.”

The president’s budget request is a wish list for Congress, which controls federal spending, to consider. Even with both chambers of Congress controlled by Republicans who have shown an unusual willingness to follow Trump’s lead on a host of policies, it is best understood as a starting point for negotiations between the branches of government and a representation of the administration’s priorities.

A White House official speaking on background Friday, though, said the Trump administration is exploring ways to exert more control over the federal spending process, including by potentially refusing to spend funds appropriated by lawmakers.

The first budget request of Trump’s second term calls on Congress to cut non-defense accounts by $163 billion to $557 billion, while keeping defense funding flat at $893 billion.

‘Political talking points’

The proposal drew criticism for a focus on culture-war buzzwords, even from groups that are not always inclined to support environment and climate spending.

The request “is long on rhetoric and short on details,” Steve Ellis, president of the nonpartisan budget watchdog Taxpayers for Common Sense, said in a statement.

“This year’s version leans heavily on political talking points—taking aim at so-called ‘woke’ programs and the ‘Green New Scam,’ while proposing a massive Pentagon spending hike to pay for wasteful fantasies like the Golden Dome and diverting military resources to immigration enforcement missions.”

Renewable energy

The administration proposal would roll back funding Trump’s predecessor, Democrat Joe Biden, championed for renewable energy.

It would cancel more than $15 billion from the 2021 infrastructure law “purposed for unreliable renewable energy, removing carbon dioxide from the air, and other costly technologies that burden ratepayers and consumers,” according to the White House fact sheet.

It would also eliminate $6 billion for building electric vehicle charging infrastructure.

“EV chargers should be built just like gas stations: with private sector resources disciplined by market forces,” the fact sheet said.

And it would decrease spending on the Energy Department’s Energy Efficiency and Renewable Energy program, which helps private-sector projects secure financing and conducts research on low-carbon energy sources, by $2.5 billion.

In a statement, Rep. Marcy Kaptur, the ranking Democrat on the House Appropriations subcommittee that writes the bill funding energy programs, slammed the cuts to renewable energy programs, saying they would cost consumers and hurt a growing domestic industry.

“The Trump Administration’s proposal to slash $20 Billion from the Department of Energy’s programs — particularly a devastating 74% cut to Energy Efficiency and Renewable Energy — is shortsighted and dangerous,” the longtime Ohio lawmaker said. “By gutting clean energy investments, this budget threatens to raise energy prices for consumers, increase our reliance on foreign energy, and stifle American competitiveness. … We must defend the programs that power America’s future — cleaner, cheaper, and made right here at home.”

Diversity

Throughout the request, the administration targets programs out of line with Trump’s ideology on social issues, including those meant to promote diversity.

For energy and environment programs, that includes spending on environmental justice initiatives, which target pollution and climate effects in majority-minority and low-income communities, and organizations “that advance the radical climate agenda,” according to the fact sheet.

Research and grant funding for the National Oceanic and Atmospheric Administration would be particularly hard hit by the proposal, which would terminate “a variety of climate-dominated research programs that are not aligned with Administration policy of ending ‘Green New Deal’ initiatives, saving taxpayers $1.3 billion.”

The budget also proposes eliminating $100 million from a U.S. Environmental Protection Agency fund dedicated to environmental justice. That funding “enabled a witch hunt against private industry” and “gave taxpayer dollars to political cronies who exploited the program’s racial preferencing policies to advance an anti-oil and gas crusade,” according to the White House.

National Park Service targeted

The budget also proposes cutting $900 million from National Park Service operations, which the administration said would come from defunding smaller sites while “supporting many national treasures.”

The document indicates the administration would prefer to leave responsibility for smaller sites currently under NPS management to states and refocus the federal government on the major parks that attract nationwide and international tourists.

“There is an urgent need to streamline staffing and transfer certain properties to State-level management to ensure the long-term health and sustainment of the National Park system,” according to a budget spreadsheet highlighting major line items in the request.

Despite laws in recent years to boost spending for maintenance at parks, the National Park Service faces a $23.3 billion deferred maintenance backlog, according to a July 2024 report from the nonpartisan Congressional Research Service.

The proposed NPS cut represents the largest single funding change – either positive or negative – of any line item under the Department of Interior, which would receive a funding decrease of more than $5 billion, about 30%, under the proposal.

Jennifer Shutt contributed to this report.

Spain and Portugal recently experienced a massive power outage that left tens of millions of residents without electricity for most of the day. Lights out, appliances useless, Wi-Fi routers dead, the works. But for a small number of people, it was business as usual. Ironically, the reason they were able to carry on came down to a decision many might not expect: they bought an electric car.

Multiple EV owners in Spain posted to social media to show how they were leveraging their cars’ batteries to provide power to their houses. Some EVs such as the Hyundai Ioniq 5, have what’s called V2H or vehicle-to-home functionality, which means they can feed their charge into a home’s electrical system.

Related: GM Energy’s Residential Charger Turns Your EV Into A Generator For Your Home

EVs with V2H can essentially function as giant versions of one of those portable power packs many of us rely on to keep our smartphones juiced on days out. Or the battery packs some homeowners with solar panels on their roofs already use to store excess energy harnessed during the day.

Not all electric cars support V2H, even though the technology has been around for years. But according to the UK think tank Energy and Climate Intelligence Unit (ECIU), an average EV with a 71 kWh battery and V2H capability could power a home for nearly six days using just 60 percent of its charge.

“As well as reducing emissions and saving their owners hundreds of pounds in running costs, EVs are also capable of adding resilience to their owners’ homes,” ECIU head of transport Colin Walker said. “More and more EVs are arriving on the market that are capable of returning power to the home. In an unprecedented blackout like the one we just saw in Spain, these EVs will allow people to keep their lights on, their fridges cold and their wireless routers running for days.”

Power Cuts Are More Than Inconvenient

Power outages can be frustrating, particularly if you, like me, work from home. They can also get expensive fast if you end up throwing out a freezer full of spoiled food. But more importantly, they can be dangerous. During a power cut that lasted more than a day, my 92-year-old father-in-law suffered third-degree burns when his dressing gown brushed against a candle he had lit in the kitchen.

Four months and multiple skin grafts later, he’s still recovering and it’s sobering to think he might have been spared lengthy hospital stays and permanent scarring if he owned an EV. Provided, that is, he remembered to charge it before the power went out…

Transitioning a fleet of school buses from diesel to electric power can offer dramatic benefits.

eBuses (electric school buses) have the potential to significantly reduce not only noise and air pollution throughout the school district, but also the fleet’s total cost of ownership (TCO). However, the road to electrification requires careful navigation around an assortment of planning pitfalls. Every aspect of the project is complex, from planning and financing to implementation and operations.

For districts that lack the internal resources and expertise to maximize benefits across all these areas, ENGIE North America offers a turnkey eBus solution. ENGIE is the world’s number-one provider of energy services, with decades of experience supporting school districts on sustainable energy initiatives.

Read on to learn how we’re helping K-12 school districts optimize the value of their eBus transition.

Fill out the form below and then check your email for the white paper download link.

The post (Free White Paper) Developing Your Plan for an Electric Bus Fleet appeared first on School Transportation News.

LOS ANGELES, Calif. — InCharge Energy, the leading provider of end-to-end commercial electric vehicle (EV) charging solutions, today announced the launch of its suite of InService maintenance and repair plans and OnDemand service, designed to make electrification even easier for business customers across North America by providing expert service support for nearly any EV charging equipment. InCharge’s industry-leading focus on EV charger-focused service support is designed to address the growing number of businesses with one or more brands of EV chargers on premises with no support in place for maintaining or extending the life of the equipment.

InService solutions provide commercial charging operators across North America with access to highly trained service technicians, predictable payments, and rapid response time, with the industry’s most customizable service and maintenance packages that let customers pay for parts and labor their way. Customers choose the plan that meets their goals and budget, with options that range fully comprehensive coverage to OnDemand repair or maintenance for unexpected issues. This best-in-class service support is designed to ensure customers can maximize operational efficiency for multiple brands of chargers across one or multiple sites, as InCharge’s expert technicians are specifically trained to optimize and extend the life of commercial EV charging equipment.

“When your business invests in a major piece of equipment or an appliance, typically you would also select a robust service agreement for those occasions when it needs maintenance or repair,” said Rich Mohr, CEO of InCharge Energy. “The same is true for EV charging equipment. By choosing an InService plan to support their EV chargers, customers can protect their investment over time to ensure that their equipment continues to run smoothly. InCharge successfully maintains more than 15,000 charging ports networked to our InControl software platform each day, so businesses know they can rely on us to provide the service support they need – even if they have chargers from multiple manufacturers.”

Service and maintenance options – or OnDemand repair – supported by InControl Charger Management & Maintenance Software

InService gives customers the operational confidence they need to run a successful EV charging program. Customers can request easy-to-understand OnDemand service anytime, with 24/ 7 customer support at 833-772-4638 and parts and labor pricing.

InService plans include Extended Warranty, Preventative Maintenance (with one or two visits per year), and more comprehensive InService plan variations, with the possibility of further tailoring the support to customer needs. The first offering, InService Standard includes preventative maintenance plus labor coverage and discounted parts. InService Dedicated also provides dedicated expert technicians to support a customer’s operations. Fully comprehensive and customizable, InService Premium also includes active monitoring and remote diagnostics powered by InControl Charge Maintenance and Management Software (CMMS), which works alongside any CMS already in place, enabling users to easily request service and facilitating remote identification and repair of up to 75% of EV charger issues.

InService offerings also encompass incremental engineering support or related specialty services, including parts warehousing and supply chain, site assessment, or site restoration services, with the company’s Los Angeles “LASSO” facility providing additional lighting and electrical services and Weights & Measures certification for California-based customers. InCharge Energy’s customizable financial solutions help businesses electrify faster and more affordably, on their terms.

About InCharge Energy
InCharge Energy provides reliable, cost-effective charging and service solutions for North American businesses and organizations of all sizes. Its EV charger service and maintenance offerings, available in every state and province, are designed to support multiple brands of charging equipment. The company also offers a range of customizable financial solutions to meet every business objective and budget, accelerating the path to fleet electrification for auto manufacturers and dealerships, K-12 school districts and higher education, commercial real estate, state and local agencies, and more.

The InCharge team of service experts works remotely to keep chargers operational and dispatches on-staff, highly trained technicians across the continent to facilitate rapid issue resolution. The company’s open-API, OCPP 2.0.1 certified InControl is the first commercial charging software to be widely adopted across North America to control costs, manage charging results, and easily request charger service. This AI-powered charger maintenance platform is purpose-built to keep EVs on the roads, empowering businesses with key insights to easily optimize daily operations and minimize total cost of ownership (TCO).

Headquartered in Los Angeles, InCharge has operating facilities in Richmond, Virginia, and Montreal, Quebec. Learn more about InCharge Energy and its services at www.inchargeus.com. You can also follow InCharge on LinkedIn.

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Electric vehicles are evolving rapidly, and if you’re still skeptical, CATL has just unveiled a series of significant advancements in battery technology that will soon make their way into production models. The highlights include next-generation Shenxing batteries with ultra-fast charging capabilities, a new dual-power battery system for EVs, and sodium-ion batteries designed to perform better in colder climates.

Fast-Charging: A Game-Changer for EVs

The fast-charging news are probably the most important for the future of EVs, as they will eventually make charging stops as quick and easy as refueling stops for ICE-powered vehicles. In this context, CATL promises that its second-gen Shenxing batteries will add 520 km (320 miles) of range in five minutes of charging, which is the equivalent of gaining 2.5 km (1.6 miles) of range per second.

The fast-charging technology is undoubtedly the most significant development for the future of EVs, bringing us closer to a world where charging an electric vehicle is as quick and convenient as refueling a gasoline car. CATL’s second-gen Shenxing batteries aim to achieve just that, with a claimed ability to add 520 km (320 miles) of range in just five minutes of charging. To put that into perspective, that’s 2.5 km (1.6 miles) of range per second or about as fast as it takes to fill your average American car with gas.

More: Winter EV Range Test – 19 Cars Promised Over 300 Miles, But Only 4 Delivered

The impressive figure surpasses earlier developments by rival BYD, whose batteries will be able to add 400 km (249 miles) of range in just five minutes. For comparison, the first generation of CATL’s Shenxing batteries, which debuted in 2023, could replenish 400 km (249 miles) of range in ten minutes.

More Range, More Charging Speed, Even in the Cold

CATL’s second-gen Shenxing batteries promise a total range of up to 800 km (497 miles). Even better, they’ll be able to charge from 5% to 80% in just 15 minutes, even at chilly temperatures as low as -10°C (14°F). While we don’t yet know how many of the 67 new EVs launching in 2025 will be equipped with these second-gen batteries, it’s safe to say that the technology is coming sooner rather than later.

Dual-Power Batteries for Seriously Long Range

Another interesting development from CATL is the “Freevoy Dual Power Battery” technology. By combining two battery packs into one, an electric vehicle could achieve a range of over 1,500 km (932 miles), putting it on par with the most efficient range-extender hybrids. The new design splits the battery pack into two independent energy zones with different cell materials, somewhat akin to the dual-engine systems used in aircraft.

The auxiliary battery, acting as a range extender, won’t use graphite, making it smaller and cheaper to produce. However, the trade-off is slower charging speeds and fewer charging cycles, as these auxiliary batteries will only come into play once the main battery is empty, so they won’t be charged nearly as often.

CATL expects this dual-power battery technology to reach production EVs in the next 2-3 years, though they’re staying tight-lipped about which automaker will be the first to adopt it.

Sodium-Ion Batteries: Cold-Weather Warriors

Last but not least, CATL is advancing sodium-ion batteries, which are set to enter production in December 2025. These could potentially replace the lead-acid batteries in many ICE vehicles, as well as the lithium iron phosphate batteries used in hybrids and EVs. The key advantage of these batteries is their superior performance in cold weather, making them an attractive option for those in frigid climates.

The company claims its tests have shown that sodium-ion batteries can withstand extreme conditions whether it’s being punctured by needles, drilled, or even sliced in half with a power saw, without catching fire or exploding. Safety isn’t the only benefit, though.

More: CATL’s New EV Chassis Can Withstand 75 MPH Impact Without Catching Fire Or Exploding

These batteries also offer high energy density, providing over 200 km (124 miles) of range in plug-in hybrids (PHEVs) and a robust lifecycle of 10,000 charges. Even at temperatures as low as -30°C (-22°F), these batteries can charge from 30% to 80% in just 30 minutes and will continue to perform normally at -40°C (-40°F).

Additionally, sodium-ion chemistry is expected to be more cost-effective than traditional lithium-ion batteries as the technology matures, which could bring a significant price advantage in the long run.

Americans have been slower to switch on to the idea of owning an electric car than their British, European and Chinese counterparts, and now it looks like what interest they did have has already peaked and is sliding in the opposite direction.

While EV sales were up last year, the rate of take-up has slowed and the percentage of US drivers who either own an EV are open to buying electric has fallen over the last 24 months according to a new study. In 2025 barely more than half of American drivers give consideration to EV ownership, a Gallup poll found.

Related: Just 5% Of Americans Surveyed Want An EV As Their Next Car, But Is That Really True?

In 2023 the percentage of drivers who’d said they’d already switched to an EV or were genuinely think about making their next purchase an EV stood at 59 percent. When Gallup asked the same question in 2025 that number had dropped to just 51 percent.

You’d think that Elon Musk must surely take some credit for that fall. The Tesla CEO’s support for right-wing politicians last year hardly endeared his cars to a traditionally left-leaning EV audience, and this year’s controversial DOGE efficiency drive for the US government has only cemented his toxic reputation.

The Slide Started Before Trump (And DOGE)

And worries that EV tax credits could be axed and charging infrastructure growth stifled under the Trump administration might also look like viable causes for the slump. They’ve surely affected EV sales, but what’s interesting is that Gallup had already detected a slump in EV consideration long before Trump had taken office.

The percentage of US drivers who were open to buying electric had dropped to its current 51 percent level in the 2024 study, meaning that consideration has stayed steady since – despite the factors we just mentioned.

Throwing a magnifying glass on the changes between 2023 and 2025 reveals that women’s interest in EVs declined more than men’s (-7% vs -5%), and that interest among 18-34 year-olds fell by 11 percent compared with between 4 and 5 percent for older groups.

EV consideration among drivers who identified as Democrats slumped 11 percent, and the interest for Independents fell 7 percent. But the percentage of US drivers who aligned themselves with the Republican party and said they either owned an EV or were thinking about buying one grew 2 percent – that White House Tesla informercial clearly reached a few people as well as making everyone else retch.

Hybrid interest is rising

Although America’s interest in EVs seems to have flatlined, that doesn’t mean interest in electrification has done the same. Gallup also polled people on their attitudes to hybrids and found that the percentage who would consider one stood at 65 percent, 14 percentage points higher than for EVs.

The study found that older, wealthier and right-leaning voters were far more likely to consider a hybrid than an EV, whereas the gap between the two power sources was close for younger, less affluent and left-aligned drivers.

Interest in electric cars 2023-2025 – Gallup Poll

Interest in hybrids vs EVs, 2025 – Gallup Poll

New Poll: American Voters Support Federal Investments in Electric Vehicles Broad, Bipartisan Support for EV Investments and Incentives that Lower Costs, Expand Access, and Help the U.S. Beat China in the Race for Auto Manufacturing WASHINGTON, D.C. – A new bipartisan national poll conducted by Meeting Street Insights and Hart Research finds broad public support …

The post Support for Electric Vehicles appeared first on Alternative Energy HQ.

Modern solar panels are vastly more efficient than those 20 or 30 years ago, but they’re still prevented from operating at peak performance 24/7 by bad weather and nighttime darkness. Just imagine if you could collect all that solar energy uninterrupted from space. Well, China thinks it can.

Chinese scientists plan to build a huge solar power station that will sit more than 20,000 miles (32,000 km) above the surface of the Earth, measuring around 0.6 miles (1 km) across when fully built. In addition to getting access to constant sunlight, space-based solar stations enjoy energy density that’s 10 times greater than what you might get from the roof-mounted solar panels on your house because the sunlight in space is that much more intense.

More: Electric Fiat 500 Drives At Highway Speeds Without Running Down The Battery Thanks to Inductive Charging

Wondering how all those lovely clean Watts are pumped back to Earth? It’s done by converting the electricity into microwave radiation, which is then beamed to a fixed antenna on terra firma, Popular Mechanics explains. And the man behind the technology says it’s no, er, flight of fancy.

“We are working on this project now,” Long Lehao, a rocket scientist and member of the Chinese Academy of Engineering (CAE), told SMCP. “It is as significant as moving the Three Gorges Dam to a geostationary orbit 36,000km (22,370 miles) above the Earth.”

Three Gorges Dam on Yangtze River (credit: Wikimedia Commons)

Big Ambitions, Even Bigger Engineering

China’s Three Gorges Dam (pictured above) is a hydroelectric power station that opened in 2012 and whose 100 billion kWh annual power generation capacity makes the Hoover Dam look like a dripping tap. Long claims the energy collected in one year from the space station would be “equivalent to the total amount of oil that can be extracted from the Earth.”

More: World’s First Permanently Electrified Road For EV Charging On The Move

The Three Gorges was such a mammoth project that it took 18 years to complete, and there would be no quick turnaround on the solar space station project, either. The massively complex build process required to get all of the solar station’s parts into orbit – including developing a heavy-lift rocket for the job – means it’ll be years before it’s powering our lights and electric cars.

But if it works? It could light up cities, power EVs, and quietly reshape how we think about renewable energy—without ever casting a shadow.

Opening image is a rendering

GM-Pilot stations with EVgo now cover more than 130 locations The automaker also has GM Energy projects with ChargePoint and EVgo GM is also part of Ionna, seeking 30,000 fast-chargers by 2030 Automakers beyond just Tesla have been committing to the EV infrastructure buildout; and among them, General Motors remains one of the most diversified in...

California is one of the largest markets for electric vehicles and that means there’s a lot of demand for charging infrastructure. However, they’re up to the challenge as the California Energy Commission recently announced 178,549 public and shared private chargers have been installed statewide.

That’s an impressive number, especially when you consider there are only an estimated 120,000 gas nozzles in the state. That means there are 48% more EV chargers than gas dispensers.

More: America’s EV Charging Infrastructure Has Doubled In Less Than Four Years

However, things aren’t that simple as a vast majority of chargers (162,178) are Level 2 units that can take hours to deliver a notable charge. This makes them ideal for home use and the California Energy Commission estimates there are more than 700,000 Level 2 chargers in single-family homes.

The remaining 16,971 or 9.5% are DC fast chargers. While their speed can vary, some fast chargers can deliver over 100 miles (161 km) of range in 15 minutes or less.

California credits their impressive charging infrastructure to “dedicating billions to support clean transportation goals” including approving a $1.4 billion investment plan to create the most extensive charging and hydrogen network in the country. There are also other efforts such as a $55 million project to install fast charging stations at businesses and other publicly accessible locations across the state.

California Energy Commission Chair David Hochschild said, “The California EV driver experience is getting better by the day. The state will continue to heavily invest in EV infrastructure, with particular emphasis in hard-to-reach areas, making these vehicles an easy choice for new car buyers.”

That’s good news for residents of the Golden State, where approximately 25% of new car purchases are zero-emission vehicles. Of course, any change to federal incentives could put a damper on sales.

H/T to CBS News

In 2024, public charging in California expanded at record levels The state has double the publicly accessible chargers versus 2022 Nearly 30% of U.S. EV sales go to California customers In California, drivers are now much more likely to encounter an electric vehicle charging connector than a gas pump nozzle. The state reached 178,549 public...

Owners report more than ten times the issues with Shell Recharge, EVgo, or Blink than with Tesla Rivian's own charging network was second only to Tesla Hardware-related issues have become more prevalent than payment problems Charging networks operated by Tesla and Rivian tended to have fewer problems than non-automaker efforts, according to a...

Chinese automaker BYD on Monday unveiled a new high-power charging system which it plans to deploy at thousands of locations in its home country. As reported by Reuters, the BYD "Super E-Platform" enables megawatt charging—1,000 kw of power—and can add 400 kilometers of range, or nearly 250 miles, in five minutes of charging at that...

The latest crop of EVs have almost combustion-like driving ranges, and now BYD is attempting to remove one of the other major barriers preventing some ICE car drivers from making the switch. Electric vehicles built around its new Super E-Platform are able to ‘fill up’ as quickly as you can tank-up your petrol vehicle.

Launched this week in China the new architecture and matching chargers use their 1,000-volt technology to pump out/accept a peak of 1,000 kW. That enables EV drivers to add 249 miles (400 km) of additional driving miles in only 5 minutes.

Related: Xpeng’s New G6 Can Add 280 Miles Of Range In Just 10 Minutes

Even those with only as passing interest in EVs will know that is insanely rapid. In the West most EVs still rely on 400-volt tech and can’t handle more than 200 kW of juice. The few that can, like cars using Hyundai-Kia’s E-GMP platform, have 800-volt electrics, and are able to make sense of of 350 kW chargers, though they never actually draw that many watts.

The announcement came during a livestream event held at BYD’s Shenzen HQ when founder Wang Chuanfu committed to the rollout of more than 4,000 megawatt charging units across China, without giving any kind of timeframe.

Drivers of 350 kW cars in the West will be aware that you can’t always make use of your 800-volt EV’s maximum charging capabilities so BYD will need to get those chargers out quickly, which is easier said than done. Dropping in 1 MW chargers is a lot more complicated than adding a 50 kW unit, and costs a ton more money due to the infrastructure upgrades needed. 

BYD also debuted the Han L and Tang L EVs, which make use of the Super E-Platform. The Han sedan and Tang SUV lineups both start with a single rear motor making 500 kW (670 hp / 680 PS) for less than $40k, while dual-motor AWD versions generate 810 kW (1,086 hp / 1,101 PS), Car News China reports.

Images: BYD

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