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From Ethiopia To Nepal: The EV Boom You Didn’t See Coming

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From Ethiopia To Nepal: The EV Boom You Didn’t See Coming

  • EVs hit 76% of Nepal’s new car market as it taxes gas cars out of the market.
  • EVs start taking over in Ethiopia after it became the world’s first country to ban the import of ICE cars.
  • China’s cheap, plentiful EVs fuel fast EV adoption in many ‘developing’ nations.

Norway, which is one of the world’s richest countries per capita, has the highest electric-vehicle adoption rate in the world. It’s also a country that ranks very highly in terms of per capita income. But those two factors alone don’t tell the whole story about why a country might flock to EVs.

Nearly 90% of new cars bought in Norway in 2024 were electric, but do you know who came next? No, it’s not another rich European nation. It was followed by Singapore, Ethiopia and then Nepal, according to data provided by Bloomberg.

Singapore’s pivot to electric vehicles is well documented and not surprising, given its high average income, combined with government incentives and an ever-increasing charging network that makes it easy to own and top up an EV. (There’s also the fact that the Atlanta-sized city-state is pretty perfect for shorter-distance driving.)

But you wouldn’t think Ethiopia and Nepal would be EV adoption leaders. The latter recorded a share of 76% of all new passenger vehicles, and almost half of all commercial vehicles purchased were electric. Nepal’s EV market was basically nonexistent five years ago, according to The New York Times.

After importing oil from India became tricky after its southern neighbor imposed a blockade in 2015, the Nepalese government was forced to shift its focus to expanding the country’s hydroelectric generation capability to keep up with its growing power demands. It also imposed much higher import duties on combustion cars and reduced them for electric models, making EVs cheaper to buy in many cases than their ICE equivalent.



This came alongside a considerable expansion of the country’s EV charging network, both in the country’s capital and largest city, Kathmandu, as well as along busy roads. The country also started encouraging third parties to build EV chargers and even gave preferential electricity rates for EV charging, making it far cheaper than refueling an ICE vehicle.

Even though the history of Nepal’s relationship with China is checkered, the tiny mountain nation is now taking full advantage of its proximity to the world’s largest manufacturer of electric vehicles, EV batteries and chargers. The vast majority of Nepal’s citizens don’t own a car—most get around on two wheels, another vehicle segment that’s seeing electrification—but there’s a very high chance that their first will be an EV.

In Nepal, taxis, police, and some government services are going electric. China even offered to give Nepal 100 electric buses for free to help clean the rather polluted atmosphere in Kathmandu, where combustion-powered mopeds, motorbikes, cars and vans still dominate the landscape. For now, at least.

Ethiopia also deserves a mention in this context. In 2024, it was the world’s first country to enforce an outright ban on the import of combustion engine vehicles. Just two years in, this has had a profound effect on its pool of 1.3 million vehicles. Now, around 8.3%, roughly 100,000 vehicles, are pure electric, which puts it far ahead of any other African nation, at least according to the official figures from its government.

The plan is to have 500,000 EVs on its roads by 2030, and it seems well on its way to achieving it. A total ban on the sale of combustion cars is what the U.S. and the European Union were planning to enforce come 2035, but now that doesn’t seem like it’s going to happen anymore, at least not as quickly as initially announced.

Even if EV adoption rates for both are going up, there’s also a growing movement against offering incentives for the manufacturing and purchase of EVs.

But the rest of the world needs to take notice of one key concept here: China is the world’s biggest promoter and producer of electric vehicles. And it’s where the vast majority of the EVs sold in places like Nepal and Ethiopia are coming from.

It all seems heavily dependent on China and its EV industry, which are being shunned by the West and are also facing an internal crisis caused by the aggressive price wars that local manufacturers have been fighting for the last few years.

Another example of rapid EV adoption growth is Vietnam, where EVs from local brand VinFast accounted for 30% of the entire new car market in the first half of 2025, according to one industry analyst who posted on LinkedIn. That’s 67,569 EVs delivered in six months in a country that had fewer than a few hundred EVs registered in 2018. Vietnam has exempted EVs from having to pay a registration fee, and other taxes are also lower for EVs specifically to spur adoption.

At the end of the day, buyers will choose EVs over gas cars if it makes financial sense to them. If an EV is more expensive than a gas car, they will naturally prefer the latter. You can incentivize the purchase of EVs while taxing ICE vehicles extra to such an extent that going electric ends up being cheaper, like they’re doing in Nepal.

This was also the case in the European Union, where some nations offered EV incentives of up to €10,000. That used to be the case here in Romania, too, but now that has been cut in half, and it will likely be abolished altogether soon. There’s a similar trend across the EU to cut or stop a wide range of EV incentives and tax breaks, just as these vehicles were starting to win favor with buyers. It’s already showing in many countries’ falling adoption rates.

All of this means that many ‘developing’ countries will surpass the ‘developed’ West in EVs per capita way before their statistical prosperity comes anywhere near matching the West’s, with the help of China, which is more than happy to open new markets where it can sell its plentiful and very keenly priced EVs.



Source link by Battery Tech – News and Trends | InsideEVs

Author


#Ethiopia #Nepal #Boom #Didnt #Coming

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Greenlane launches a second long-haul EV truck corridor pilot

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Greenlane launches a second long-haul EV truck corridor pilot

Greenlane is firing up its second commercial EV truck charging corridor – this time connecting Southern California to Phoenix along Interstate 10. The move targets a major gap in electric freight infrastructure on one of the busiest shipping routes in the US.

Greenlane’s new electric truck corridor is backed by a strategic partnership with electric truck maker Windrose Technology, which has already proved the route’s viability. Its R700 Class 8 electric semi pulled off single-charge trips from Greenlane’s flagship Colton, California, site to Phoenix – nearly 300 miles – with a gross combined weight of 74,420 pounds and still had 12% battery left.

That’s no small feat for long-haul freight. Windrose also completed a Colton-to-Las Vegas run on I-15 under similar conditions. The trucks can charge fast, too – the R700 hit a peak 772 kW using dual-gun charging at Colton, cutting downtime for heavy-duty operations.

Windrose plans to build 2,000 electric trucks in 2026 and ramp up to 10,000 in 2027 worldwide. “Electric long-haul trucking isn’t just theory – it’s proven real-world performance,” said Windrose founder and CEO Wen Han.

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The I-10 corridor will link Greenlane’s Colton hub to new sites in Blythe, California, and Greater Phoenix, Arizona. It’s part of the company’s larger plan to create a nationwide public charging network for medium- and heavy-duty fleets.

Electric trucking carrier Nevoya will be among the first customers to run the corridor. The company will use the Colton site as a charging and driver support base while operating battery-electric trucks along both I-10 and I-15.

Greenlane’s Colton flagship opened in April and packs over 40 high-speed chargers, including 12 pull-through bays for semis and 29 bobtail lanes. The site also has restrooms, Wi-Fi, 24/7 security, carports, office space, and parking – the kind of amenities long-haul drivers need on the road.

Read more: Greenlane’s flagship electric charging truck stop is now online


The 30% federal solar tax credit is ending this year. If you’ve ever considered going solar, now’s the time to act. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. It has hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them. 

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Source link by Electrek
Author Michelle Lewis

#Greenlane #launches #longhaul #truck #corridor #pilot
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How to turn your Li-ion battery safety knowledge into strategic influence

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How to turn your Li-ion battery safety knowledge into strategic influence

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  • Increase your DG budget via influencing key stakeholders

It’s time to build your influence and grow DG into a strategic advantage.



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Author Charged EVs


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Building electrification and fast, affordable construction can coexist

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When Can Trucking Companies Be Held Liable for Truck Accidents

California is facing a severe housing shortage. And in some places, namely Los Angeles, the need for new construction is even more dire because of recent wildfire destruction.

So in late June, Gov. Gavin Newsom (D) prioritized faster construction over cleaner buildings with a law that pauses updates to state building codes for six years. It’ll also stop local jurisdictions from enacting their own stricter standards, Canary Media’s Alison F. Takemura reports. The move comes after LA suspended its all-electric building requirements to speed its post-wildfire rebuilding efforts.

As it stands, California already has some of the strongest efficiency standards in the country. But this law will make it harder for progress to continue, stopping municipalities from implementing new rules that could, for example, encourage heat-pump adoption in multifamily buildings or mandate all-electric renovations.

And it may not even help the state cut home prices or speed construction. A 2015 study showed no significant correlation between California’s efficient building codes and construction costs, while a 2019 analysis estimated that building an all-electric home cost less than a gas-powered home in most parts of the state. A more efficient home also typically means lower power bills, which translate to even more savings.

On the other coast, a Massachusetts town is further boosting the case for efficient building codes, Canary’s Sarah Shemkus reports. In 2024, the Boston suburb of Lexington banned gas hookups in new construction and adopted an efficiency-boosting building code. The move hasn’t stymied development: Over the last two years, the town of 34,000 has still permitted around 1,100 new units of housing, 160 of which will be affordable. That aligns with 2022 RMI study that found all-electric homes in Boston are slightly less expensive to build and operate than mixed-fuel homes.

Another state will soon test the balance between affordable and clean construction, Alison reports. New York just approved an all-electric building code that bars gas and other fossil fuels in most new buildings. State officials estimate the new standards will end up raising construction costs, but the lowered energy bills they lead to should offset that increase within a decade.

More big energy stories

Solar for none?

The U.S. EPA says it will roll back more federal clean energy funding, this time targeting $7 billion earmarked for states, cities, tribes, and nonprofits under the Solar for All program. The program was created under the Biden administration to help low- and moderate-income households tap into solar power that can help lower their electricity bills.

The clawback comes just as grant awardees were starting to spend their federal dollars. Just this week, Georgia launched a program to let homeowners lease rooftop solar panels for free. Colorado is meanwhile finalizing three programs to boost solar deployment and workforce development. And as Canary Media’s Jeff St. John reports, burgeoning projects all across the country could lose their funding, threatening new power generation that the U.S. needs if it wants to lower electricity prices and meet rising demand.



Source link by Canary Media

Author Kathryn Krawczyk


#Building #electrification #fast #affordable #construction #coexist

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What’s the Cost Difference Between Home Charging and Public Charging?

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What Trump’s tariffs mean for the energy transition

Help for Keeping Fuel Costs Down on Your EV

Electric vehicles (EVs) offer convenient charging opportunities at home, work and public stations. Increased availability of charging gives these cars a significant advantage over their gas-powered counterparts. As California officials recently noted, the state has more charging cables than gas pumps.

However, your budget may require discerning the most cost-effective options. Here’s a breakdown of the expenses.

How Much Does Public Charging Cost?

How Much Does Public Charging Cost?

Drivers living in apartments or smaller homes might have to visit public chargers to fill their EVs. They could use one at their complex or drive to a nearby hub to increase battery power. The cost depends on the location and device type, as some locations may be more expensive. 

AAA says EV charging costs about 36 cents per kilowatt hour on average for all commercial and public stations. However, the prices fluctuate depending on the state due to availability, geography and energy policies. For example, Alaska is the most expensive at 51 cents per kilowatt hour, whereas Kansas charges just 26 cents.

How Much Does Home Charging Cost?

Charging at home is more convenient and typically less expensive than going to a public station. Experts say it’s about 12 cents per kilowatt hour on average nationwide, though local municipal rates can drive the prices higher. The costs will be between $1,000 and $2,000 over a year, depending on how many miles you drive and the EV’s battery capacity.

Home charging may be more expensive if you live in the Northeast. The Energy Information Administration says electricity rates average about 29 cents per kilowatt hour in residential areas. Rhode Island and Connecticut customers pay over 32 cents—a significant increase from 2024. Conversely, states like Montana, Idaho and Nebraska pay under 12 cents per kilowatt hour.

Cost Considerations for Both Charging Types

Residential charging is generally cheaper, though you might find public stations more financially feasible for your budget. Here are a few considerations for each type:

Love's Charging
  • Equipment costs: Home charging includes upfront fees like hardware and installation. JD Power says the charger could cost up to $600, while standard installation may rise to $350.
  • Solar panels: Harnessing solar power could reduce home charging costs because the property owners generate their own electricity, but you may need to add on-site energy storage to effectively use your electrons.
  • Fast chargers: Using the most advanced chargers may require premium prices. For instance, Tesla Superchargers cost up to 50 cents per kilowatt hour, depending on the location. Spending less time at the station typically takes more from your wallet.
  • Convenience: An EV owner may live close to a charging station, so a domestic setup might not be necessary. Therefore, they don’t mind paying to use the public chargers.
  • Charging time: Experts say EV drivers should only charge to 90% to encourage basic etiquette. Mindfulness at public stations can reduce costs regardless of the charger type.
  • Off-peak hours: Off-peak charging is more affordable because energy demand decreases at night. This option might be more feasible if you have an at-home charger.

Finding Cost-Effective Charging Solutions for Your EV

Rising energy prices mean EV owners must find the best economic value from their cars. The wisest long-term solution is installing a home charger due to the reduced electricity costs and off-peak opportunities. However, public stations might be the only solution if you rent property and can’t install a device. Regardless, you should use best practices to conserve battery and optimize charging time.

The post What’s the Cost Difference Between Home Charging and Public Charging? first appeared on Clean Fleet Report.

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Author Martin Banks

#Whats #Cost #Difference #Home #Charging #Public #Charging
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Tesla vs. Bezos, Slate, Windrose, Lucid, and Paul ‘Muad’Dib’ Atreides

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Tesla vs. Bezos, Slate, Windrose, Lucid, and Paul ‘Muad’Dib’ Atreides

On today’s battle-ready episode of Quick Charge, it’s Elon Musk vs. the world as big players position themselves for control of enough lithium to build 600 million electric cars and the rest of the industry squares up to Tesla in the battle for market leadership.

While Windrose is making sales and expanding into new markets, the Tesla Semi is still in limited tests, Robotaxi launches as a “ride hailing service” in California with randos in the drivers’ seat and Academy Award nominated actor/noted college football analyst Timothée Chalamet teams up with Lucid to steal (even more) sales from the embattled Model S and X lines.

Today’s episode is brought to you by Retrospec, the makers of sleek, powerful e-bikes and outdoor gear built for everyday adventure. Quick Charge listeners can get 10% off their next e-bike ride through August 14 with the exclusive code ELECTREK10 only at retrospec.com.

Prefer listening to your podcasts? Audio-only versions of Quick Charge are now available on Apple PodcastsSpotifyTuneIn, and our RSS feed for Overcast and other podcast players.

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New episodes of Quick Charge are recorded, usually, Monday through Thursday (most weeks, anyway). We’ll be posting bonus audio content from time to time as well, so be sure to follow and subscribe so you don’t miss a minute of Electrek’s high-voltage daily news.

Got news? Let us know!
Drop us a line at tips@electrek.co. You can also rate us on Apple Podcasts and Spotify, or recommend us in Overcast to help more people discover the show.


If you’re considering going solar, it’s always a good idea to get quotes from a few installers. To make sure you find a trusted, reliable solar installer near you that offers competitive pricing, check out EnergySage, a free service that makes it easy for you to go solar. It has hundreds of pre-vetted solar installers competing for your business, ensuring you get high-quality solutions and save 20-30% compared to going it alone. Plus, it’s free to use, and you won’t get sales calls until you select an installer and share your phone number with them. 

Your personalized solar quotes are easy to compare online and you’ll get access to unbiased Energy Advisors to help you every step of the way. Get started here.

FTC: We use income earning auto affiliate links. More.



Source link by Electrek
Author Jo Borrás

#Tesla #Bezos #Slate #Windrose #Lucid #Paul #MuadDib #Atreides
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Webinar: Easing traction inverter power design with a novel family of pre-configured high voltage gate drivers

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Webinar: Easing traction inverter power design with a novel family of pre-configured high voltage gate drivers

Watch this webinar, presented by Infineon, to learn about new preconfigured automotive high voltage gate drivers for efficient switching of the latest automotive IGBT, SiC MOSFET, and Si/SiC Fusion power modules.

Key takeaways:

  • Gate drivers match the latest IGBT, SiC MOSFET and Fusion switch technologies
  • Developed according to ISO 26262
  • No configuration required
  • Compact with powerful output stage

Register now—it’s free!


See the complete session list for the Virtual Conference on EV Engineering here.

Broadcast live from September 15 to 18, 2025, the conference content will encompass the entire EV engineering supply chain and ecosystem, including motor and power electronics design and manufacturing, cell development, battery systems, testing, powertrains, thermal management, circuit protection, wire and cable, EMI/EMC and more.



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Author Charged EVs

#Webinar #Easing #traction #inverter #power #design #family #preconfigured #high #voltage #gate #drivers
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As rooftop solar gets hammered, virtual power plants offer a way forward

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What Trump’s tariffs mean for the energy transition

We are living in the future of virtual power plants in places like Puerto Rico, and California, and New England, and increasingly Texas,” said Chris Rauscher, Sunrun’s head of grid services and electrification. It’s just about other states putting that in place in their territories and letting it run.”

In May, Virginia passed a law requiring that utility Dominion Energy launch a pilot program to enlist up to 450 megawatts of VPP capacity, including at least 15 MW of home batteries, Anderson said.

The legislative effort has had less luck in New Mexico and Minnesota, where bills failed to advance, Anderson said. In Illinois, a proposed bill did not pass during the regular legislative session, but advocates hope to bring it back for consideration during the state’s veto session” this fall, she said.

A lot more batteries are being added to rooftop solar systems in Illinois, Anderson noted — a byproduct of the state clawing back net-metering compensation for solar-equipped customers starting this year. Similar dynamics have played out in Hawaii and California after regulators reduced the value of solar power that customers send back to the grid, making batteries that can store extra power and further limit customers’ grid consumption much more popular.

Rooftop solar advocates have fought hard to retain net-metering programs across the country. But Jenny Chase, solar analyst with BloombergNEF, noted that most mature rooftop solar markets have shifted away from rewarding customers for sending energy back to the grid at times when it’s not needed.

In some ways that’s justified, because net metering pushes all responsibility and cost of intermittency onto the utility,” she said.

VPPs flip this dynamic, turning rooftop solar and batteries from a potentially disruptive imposition on how utilities manage and finance their operations to an active aid in meeting their mission of providing reliable power at a reasonable cost. Utilities have traditionally been leery of trusting customer-owned resources to meet their needs. But under pressure from lawmakers and regulators, they’re starting to embrace the possibilities.

Similar tensions are at play in Colorado, where Xcel is under state order to build distributed energy resources like rooftop solar and batteries into how it plans and manages its grid. This spring, Xcel launched a project with Tesla and smart-meter company Itron aimed at taking these thousands of batteries we have connected to this system over time and [being] able to use them to respond to local issues,” Emmett Romine, the utility’s vice president of customer energy and transportation solutions, told Canary Media in an April interview.

But waiting for utilities to deploy the grid sensors, software, and other technology needed to perfectly control customers’ devices runs the risk of delaying the growth of VPPs, Anderson said. Simpler approaches like those being taken in Puerto Rico — where aggregators manage VPPs — can do a lot of good quickly. Once you get that to scale, there will be a lot of learnings for the next stage,” she said

Blunting the impact of tax credit cuts

State- and utility-level incentives that encourage individuals to participate in VPPs are also a vital countermeasure against the damage incurred by the big, beautiful bill” passed by Republicans this month, Anderson said. Under that law, households will lose a 30% tax credit that offsets the cost of solar, batteries, and other home energy systems by the end of this year.

However, companies such as Sunrun and Tesla will retain access to tax credits for solar systems that they own and provide to customers through leases or power purchase agreement structures, as long as they begin construction by mid-2026 or are placed in service by the end of 2027. And tax credits for batteries remain in place until 2033 for these companies.

VPP programs can’t make up for the loss of the tax credit for customers who haven’t yet installed solar or batteries, Anderson said. But by financially rewarding participants, they can help consumers recoup initial costs, she said, as long as they aren’t hampered by ineffective state policies.

Folks can earn over $1,000 a summer through [some VPPs],” she said. You couple in the leasing model for solar and storage, which is going to get a little more popular in the aftermath of the bill,” due to its ability to continue to earn tax credits, and I think it’s a pretty good way to get batteries for low or no cost up front.”

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Author Jeff St. John


#rooftop #solar #hammered #virtual #power #plants #offer

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Mercedes’ Solid-State EV Batteries Are Coming By The Decade's End

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Mercedes’ Solid-State EV Batteries Are Coming By The Decade's End

  • Mercedes-Benz is bringing solid-state batteries to its EVs sooner rather than later.
  • The company’s head of development said the range-boosting batteries will hit the market “before the end of the decade.”
  • The German automaker has partnered with U.S.-based Factorial to develop solid-state batteries that promise up to 25% more range.

The elusive solid-state battery is getting closer to becoming reality, at least when it comes to electric vehicles. Mercedes-Benz said it expects to bring a production-ready solid-state-powered electric vehicle “before the end of the decade.”

The statement belongs to Markus Schafer, the German automaker’s head of development, who spoke with Automotive News’ German sibling Automobilwoche during an event in Copenhagen, Denmark.



Mercedes-Benz’s first solid-state-equipped prototype hit the road earlier this year.

Photo by: Mercedes-Benz

That’s great news, seeing how solid-state batteries promise to offer up to 25% more driving range compared to a similarly sized conventional lithium-ion battery pack. In other words, if your current EV can go up to 300 miles on a full charge, a solid-state battery of the same size could increase that figure to 375 miles.

Other benefits include better safety. Thanks to increased thermal efficiency, there’s less of a fire risk for solid-state batteries. Faster charging should be possible, too. If an automaker solves all of this, they will solve many of the common problems with today’s EVs.

Mercedes-Benz partnered with U.S.-based Factorial to develop the solid-state batteries that will eventually make it into EVs anyone can buy. Factorial is also working with Stellantis, which said it would launch a demonstration fleet next year. Meanwhile, Mercedes-Benz already has an EQS prototype with solid-state batteries gathering data in the real world.

Compared to a conventional lithium-ion battery, which uses a liquid electrolyte to move electrons between charge cycles, a solid-state battery has a solid electrolyte, which allows for a higher energy density and improved fire safety. Weight reduction is also a potential bonus.

A stopgap between the two types of batteries is already being used by some automakers. Known as semi-solid-state batteries, these have a gel-like electrolyte and bridge the gap between liquid and all-solid packs by using existing manufacturing facilities and thus lowering costs.

Several automakers are working on bringing solid-state batteries to the mass market, but we’re not quite there yet. BMW is working with Solid Power to get things rolling, while Volkswagen is collaborating with QuantumScape.



Source link by Battery Tech – News and Trends | InsideEVs

Author


#Mercedes #SolidState #Batteries #Coming #Decade039s

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The Role of Vehicle Safety Features in Reducing Crash Severity

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When Can Trucking Companies Be Held Liable for Truck Accidents

Technology Advances, But Work Remains To Be Done

This article may contain affiliate links.

Vehicle safety features play a pivotal role in safeguarding lives on the road. With the increasing number of vehicles in operation and a corresponding rise in traffic incidents, it’s crucial to understand how these advancements can mitigate the severity of crashes.

Integrating improved technology in vehicles aids in accident prevention and provides additional protection during collisions. From airbags and anti-lock braking systems to advanced driver-assistance systems (ADAS), vehicle safety features are continuously evolving to maintain passenger and pedestrian safety.

Legislative Measures Impacting Vehicle Safety

Legislative measures significantly influence the standards for vehicle safety features and their implementation. Governments across the globe have instituted numerous regulations mandating the incorporation of certain technologies to bolster road safety. These regulations resonate through various levels of car manufacturing and distribution, compelling manufacturers to align their designs with safety requirements.

The National Highway Traffic Safety Administration (NHTSA) has issued safety standards that mandate vehicles to have specific safety features such as electronic stability control and rearview cameras. Recent legislation pushes for automatic emergency braking systems, which can significantly reduce the occurrence and severity of accidents. Still, accidents continue to occur. In distracted driver collisions, legal assistance is critical in navigating the aftermath of accidents, ensuring that victims receive appropriate compensation and care.

Compliance with these standards is paramount for manufacturers, driving innovation in vehicle safety technologies. The continual development of safety features aligns with legislative demands, informing consumers while maintaining public safety. As legislation evolves, it shapes how manufacturers design and market vehicles while aiming to minimize crash severity.

The Role of Vehicle Safety Features in Reducing Crash Severity

The Importance of Airbag Systems

Airbags have been a cornerstone of vehicle safety since their widespread adoption in the 1990s. Designed to deploy upon collision, they provide a crucial buffer between the occupants and the vehicle’s interior, significantly reducing the risk of serious injury. According to the Insurance Institute for Highway Safety (IIHS), frontal airbags reduce driver fatalities in a crash by approximately 29%.

Modern vehicles may feature multiple airbags in various locations, including front, side, and curtain airbags. These advancements provide comprehensive protection, accommodating different crash scenarios. The integration of advanced sensor technology enables airbags to adapt their deployment based on factors such as occupant weight and crash severity, further improving safety outcomes.

Anti-lock Braking System (ABS) and Vehicle Stability Control

Anti-lock braking systems (ABS) and vehicle stability control (VSC) represent critical innovations in modern vehicle safety. ABS prevents the wheels from locking during braking, thereby enhancing vehicle control and reducing stopping distances during emergencies. Reports from the NHTSA state that ABS can lower the risk of fatal crashes by about 35% in passenger vehicles.

VSC works in tandem with ABS and plays a vital role in maintaining traction when navigating sharp turns or slippery roads. By automatically applying brakes to individual wheels as needed, VSC helps prevent skidding and loss of control, providing drivers with more stability. Together, these systems form a significant barrier against crash severity in adverse driving conditions.

Advanced Driver Assistance Systems (ADAS) Adoption

The evolution of advanced driver assistance systems (ADAS) marks a new era in vehicle safety. These systems utilize sensors, cameras and radar to provide a variety of features, including lane departure warnings, adaptive cruise control and blind-spot detection. Such features raise driver awareness and actively assist in avoiding potential hazards. The increasing prevalence of these technologies can be attributed to both consumer demand for safer vehicles and regulatory push for enhanced safety features in the automotive industry.

A study from McKinsey reveals that active safety features can reduce accident rates by up to 30%, substantially lowering the financial and emotional toll of traffic collisions. Integration of ADAS signifies a shift towards semi-autonomous vehicles, which are designed to eventually operate with minimal driver intervention. This technological advancement promises to facilitate safer driving environments as manufacturers enhance features aimed at accident prevention.

The Role of Vehicle Safety Features in Reducing Crash Severity

Promoting Seat Belt Use

Seat belt use remains one of the most effective safety measures for reducing crash severity. Despite the advancements in vehicle technology, improper seat belt usage remains a leading cause of injury and death in accidents. According to NHTSA data, wearing a seat belt reduces the risk of death by 45% for passengers in the front seat.

Public awareness campaigns and stringent seat belt laws have been instrumental in increasing compliance. Many states enforce primary seatbelt laws, allowing law enforcement officials to ticket drivers solely for not wearing a seatbelt. The continuous promotion of seatbelt use, combined with the implementation of innovative seatbelt technology, such as pre-tensioners and load limiters, plays a crucial role in enhancing passenger safety.

Consumer Education and Responsibility

Ensuring that consumers are well informed about vehicle safety features is paramount for promoting responsible driving behavior. Manufacturers and safety organizations frequently launch campaigns that highlight the benefits of various safety technologies, aiming to influence consumer choices and encourage safer driving practices.

Educating consumers about the capabilities and limitations of safety features fosters a proactive approach to road safety. Training programs and vehicle demonstrations can enhance user familiarity with their vehicle’s systems, ultimately encouraging safer driving habits. Awareness is crucial for maximizing the advantages provided by modern vehicle safety technologies.

The role of vehicle safety features is crucial in shaping the future of road safety, underscoring the need for continuous advancements in technology, stringent legislation and an informed public. A multifaceted approach combining improved vehicle safety features, appropriate legislation and consumer education holds the promise of significantly reducing crash severity and saving lives.

The post The Role of Vehicle Safety Features in Reducing Crash Severity first appeared on Clean Fleet Report.
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Author Emma McCarthy

#Role #Vehicle #Safety #Features #Reducing #Crash #Severity
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