v2g Landing Page

V2G News Guide

Get updated News about V2G, and more Get updated News about V2G
v2g Service

Vehicle To Grid

This website uses cookies to ensure you get the best experience on our website. By clicking "Accept", you agree to our use of cookies. Learn more

UK Carbon Intensity & V2G Benefits

UK Grid Carbon Intensity (Real-Time)

From: 2026-02-23 20:00 UTC

To: 2026-02-23 20:30 UTC

Actual Intensity: 197 gCO₂/kWh

Forecast Intensity: 205 gCO₂/kWh

Intensity Level: High

How Vehicle-to-Grid (V2G) Technology Helps Reduce Carbon Emissions

Vehicle-to-Grid (V2G) technology enables electric vehicles (EVs) to not only consume energy from the grid but also feed electricity back when demand is high or renewable energy supply is abundant.

V2G-enabled EVs play a key role in reducing the carbon footprint of both transportation and energy sectors.

UK Grid Generation Mix (Real-Time)

From: 2026-02-23 20:00 UTC

To: 2026-02-23 20:30 UTC

Fuel TypePercentage (%)
biomass 4.4%
coal 0%
imports 13.5%
gas 45.4%
nuclear 11.4%
other 0%
hydro 0%
solar 0%
wind 25.3%

Regional Carbon Intensity Breakdown

From: 2026-02-23 20:00 UTC

To: 2026-02-23 20:30 UTC

RegionForecast Intensity (gCO₂/kWh)Level
North Scotland (Scottish Hydro Electric Power Distribution) 22 Very low
South Scotland (SP Distribution) 61 Low
North West England (Electricity North West) 122 Moderate
North East England (NPG North East) 157 Moderate
Yorkshire (NPG Yorkshire) 220 High
North Wales & Merseyside (SP Manweb) 151 Moderate
South Wales (WPD South Wales) 334 Very high
West Midlands (WPD West Midlands) 294 Very high
East Midlands (WPD East Midlands) 314 Very high
East England (UKPN East) 167 Moderate
South West England (WPD South West) 325 Very high
South England (SSE South) 243 Very high
London (UKPN London) 191 High
South East England (UKPN South East) 199 High
England (England) 215 High
Scotland (Scotland) 99 Moderate
Wales (Wales) 271 Very high
GB (GB) 207 High
V2G News Aggregator

Vehicle-to-Grid (V2G) News

Electrek

New record: Nio performs 175,976 battery swaps — IN A SINGLE DAY [update]
While DC fast charging infrastructure and range anxiety dominate Western EV headlines, Nio’s battery-swap system in China reached a new milestone that proves battery swap tech can rival traditional refueling models at scale: Nio customers performed more than 165,000 battery swaps in single day. UPDATE 22FEB2026: they beat last week’s record of 165,898 swaps. more…
Xos new Class 6 MDEV approaches diesel price parity at just $99,000
Offering superior performance, zero emissions, and a lower total cost of operation (TCO) than the diesel-powered alternatives is a given, but Xos’ latest electric medium duty chassis has one more trick up its sleeve: a competitive price tag. more…

Charged EVs

Nayax to supply credit card readers to EV charger OEM Tritium
Israel-based payments platform provider Nayax will supply credit card readers to EV charger manufacturer Tritium. This will enable Tritium to deploy a single card-present payment solution across its network of chargers in more than 50 countries. Nayax is integrated with Tritium through its cloud-based protocols, allowing existing Tritium customers to retrofit Nayax devices and activate cashless payment capabilities “within minutes.” Operators can choose to use Nayax’s Charge Point Management Software (CPMS) or select from 30 CPMS providers that Nayax has integrated with. Tritium has designed a purpose-built bracket to make installation of the card readers simpler. The Nayax solution supports starting and stopping charging sessions, live monitoring of charging status through a web link, and customised eReceipts that can be tailored to each charge point operator. “While apps will always have a place and continue to be widely used, there are still individuals who are not comfortable with technology or who prefer not to use apps,” said Dylan Winik, CEO of Nayax Oceania. “By adding credit and debit card payments to your charger, we are making it easier for mass consumer adoption of EV charging, enabling choice through a simple tap-to-charge experience.” “This integration enables us to offer Nayax’s payment solutions across our global DC fast charging network, giving our customers greater flexibility and choice,” says Ian Agnew, Tritium’s Sales Director for Australia and New Zealand. “As the EV market accelerates, seamless payment experiences aren’t optional—they’re essential to network success.” Source: Nayax
Transport for London awards oil giant TotalEnergies a contract to deploy 43 DC fast EV chargers  
Transport for London (TfL) has awarded oil supermajor TotalEnergies a contract to deliver up to 43 DC fast EV chargers across London. The new chargers will offer charging speeds of 100 kW or 200 kW (“rapid” or “ultra-rapid,” in TfL’s terminology), and will be located near key routes used by high-mileage commercial users, or near high streets and local amenities. Many of the new charging sites will be located in south London, including Bromley, Lewisham and Sutton. This is the second contract TfL has awarded to TotalEnergies. This includes the agency’s existing work with EV charge point operator Zest, which has delivered some 40 on-street rapid or ultra-rapid EV charging bays for TfL. London is already a pretty charged city. According to TfL, Cool Britannia’s capital currently boasts more than 27,980 public charging points, more than 1,550 of which offer “rapid or ultra-rapid charging.” TfL predicts that if current demand continues, London will need between 43,000 and 51,000 charge points by 2030. TfL is working with the GLA Group and other public sector partners to facilitate installing chargers on public land. Places for London—TfL’s wholly-owned real estate company—has partnered with EV charging hub operator Fastned to develop several new EV ultra-rapid charging hubs across its estate. Work is underway on an EV charging hub at TfL’s Hatton Cross Station car park, the first of 25 hubs targeted to be delivered by 2030. “By unlocking our land to bring new EV bays forward, we’re working with both TotalEnergies and Zest to provide the infrastructure that Londoners need to have the confidence to transition to electric vehicles,” said David Rowe, Director of Investment Planning at TfL. Source: Transport for London

Factor This™

Factor This finance and development roundup: AES, Alliant, CleanChoice, CMBlu, Encore
AES Indiana brings solar+storage online, Alliant fires up two new BESS, CleanChoice triples its generation capacity, CMBlu inks a deal with Uniper, and Encore starts construction in Illinois.
Supreme Court strikes down Trump’s sweeping tariffs, upending central plank of his economic agenda
The Supreme Court struck down President Donald Trump's global tariffs, ruling he cannot unilaterally set tariffs, a decision he called “a disgrace.”

Utility Dive - Latest News

States sue Energy Department for terminating $8B in clean energy funding
The Trump administration unlawfully bypassed Congress and made politically motivated cuts to programs created through the IRA and IIJA, the lawsuit claims.
Evergy’s capital spending plan jumps 24%, to $21.6B, driven by generation
Evergy this month signed electric service contracts totaling 1.9 GW with Google, Meta and Beale Infrastructure, with at least one more contract expected this year, company officials said.

POWER Magazine

Invenergy Inks Supply Deal for Three New Natural Gas-Fired Power Plants in Arizona
Invenergy, which calls itself North America’s largest privately held independent power producer and energy infrastructure innovator, said it has an agreement with a pipeline operator regarding infrastructure associated with development of as many as three new natural gas-fired power plants in Arizona. The post Invenergy Inks Supply Deal for Three New Natural Gas-Fired Power Plants in Arizona appeared first on POWER Magazine.
SB Energy Tapped for Proposed 9.2‑GW Ohio Gas Power Plant in First Tranche of $550B U.S.–Japan Deal: What We Know
The Trump administration is touting a proposed 9.2‑GW natural gas power complex near Portsmouth, Ohio, as the centerpiece of a new U.S.–Japan trade deal that officials say could steer up to $550 billion of Japanese capital into American energy and industrial projects. According to a Feb. 17 Commerce Department fact sheet and a statement by […] The post SB Energy Tapped for Proposed 9.2‑GW Ohio Gas Power Plant in First Tranche of $550B U.S.–Japan Deal: What We Know appeared first on POWER Magazine.

Energy Monitor

Fortis and EBRD sign mandate for Sremska Mitrovica project, Serbia
Fortis Renewable Energy and the European Bank for Reconstruction and Development (EBRD) have signed a mandate letter regarding potential financing for the Sremska Mitrovica solar power plant (SPP) in Serbia.
CleanChoice plans to acquire two solar projects from Geenex
CleanChoice Energy has announced plans to expand its solar energy generation capacity by acquiring two projects in North Carolina, US, from Geenex, a developer of utility-scale energy projects.

electrive.com

Tesla’s Cybercab clears key regulatory step for inductive charging
Tesla is moving ahead with plans to wirelessly charge its upcoming Cybercab and has now secured a crucial waiver from the US Federal Communications Commission (FCC), allowing the company to use ultra-wideband (UWB) radio technology for its inductive charging system in the United States and clearing an important regulatory hurdle for the cable-free solution.
FEV and Ceer plan strategic partnership
Development service provider FEV and Saudi electric vehicle brand Ceer have signed a letter of intent to collaborate closely in the areas of innovation, industrial expansion, and knowledge transfer.

Energy-Storage.News

4-hour projects, 15-year toll: Neoen, Statkraft, Zenobē and Infranode progress BESS in Northern Europe
A flurry of BESS project news from big-name players in Western Europe in the run-up to the Energy Storage Summit next week, with Neoen, Statkraft, Zenobē and Infranode moving projects forward in Germany, Ireland, the UK and Denmark. Highlights include a 15-year toll between Drax and Zenobē, and multiple 4-hour duration systems.
VIDEO: The application gap between BESS asset operation data and insights
Energy-Storage.news proudly presents our sponsored webinar with TWAICE, 'The gap between data and insights in BESS operations: findings from the 2026 BESS Pros Survey'.

Automotive World

Volkswagen still hopes more cost-cutting will be its saviour
Volkswagen has been trying to survive through a seemingly endless process of cost-cutting, but there are few signs this is working. By Ian Henry The post Volkswagen still hopes more cost-cutting will be its saviour appeared first on Automotive World.
VW Chattanooga workers ratify first UAW contract 96-4
Volkswagen workers in Chattanooga just secured the UAW’s first big southern win, with 96% voting yes on a landmark four-year deal. By Stewart Burnett The post VW Chattanooga workers ratify first UAW contract 96-4 appeared first on Automotive World.

Factor This™

Factor This finance and development roundup: AES, Alliant, CleanChoice, CMBlu, Encore
AES Indiana brings solar+storage online, Alliant fires up two new BESS, CleanChoice triples its generation capacity, CMBlu inks a deal with Uniper, and Encore starts construction in Illinois.
Supreme Court strikes down Trump’s sweeping tariffs, upending central plank of his economic agenda
The Supreme Court struck down President Donald Trump's global tariffs, ruling he cannot unilaterally set tariffs, a decision he called “a disgrace.”

Autocar RSS Feed

I spent my childhood car spotting - I wouldn't have it any other way
An active community, social media superstars and renowned London streets are the key to a good day's spotting My phone buzzes. It's a new piece of intel: my target has been sighted moving past Hyde Park Corner. That's about half a mile from where I'm standing, outside the old US embassy in a cold, dark Grosvenor Square. My source hasn't seen which way it has gone, though. It could be heading up onto Park Lane and into Mayfair proper, which would make sense, as it was seen near the prestigious Connaught Hotel last night. But then again, didn't someone post a photo of it outside Harrods the other day? Hmm.  The traffic at this time of night is awful, and I can probably cut him off if I can make it down to Green Park and take the tube to Knightsbridge. This could almost be the introduction to a slightly rubbish spy novel, but in reality it's just how I used to spend my Saturdays as a 16-year-old: running around the West End with the camera I spent my first pay cheque on, in pursuit of the most outrageous automotive exotica I could find. On this occasion it was a Pagani Zonda, but the week before it would have been a Koenigsegg CCX, or maybe an Aston Martin One-77. This was what proper car spotting was all about. I grew up in Dorset and became aware of the plethora of supercars crawling around London through various social media pages, but it took a few months to convince my dad to take me for a wander up to Knightsbridge. As soon as we left the tube station, me with my Samsung tablet in hand to capture what we saw, we found a Ferrari California. "Aren't you going to take a photo of that?" my dad asked. I responded that it probably wasn't worth it (memory cards weren't what they are now) and had only a few seconds to wait for vindication when we rounded the next corner and stumbled across a cream Bugatti Veyron Grand Sport. That day, following a map I'd drawn up based on the locations of cars I'd seen online, we came across the first Pagani Huayra in the country, a Mercedes-Benz G63 6x6 and even a street-parked Ferrari F40, among others. I was hooked. Amazingly, that would turn out to be a fairly poor haul by the standards I would later become accustomed to. I was back the next summer and immediately spotted a white LaFerrari sandwiched between a then brand-spanking-new Ferrari F12tdf and a one-of-three Veyron Vitesse Rembrandt outside an exceedingly fancy hotel. Result. It wasn't just the cars that appealed, though: I became part of a tight-knit community of like-minded supercar spotters. Messages would circulate about certain cars likely to be out at a certain time in a certain place, and we would all dust off our lenses and sprint over there. Highlights? Chasing a Koenigsegg Agera RS, a Huayra BC and a trio of Pagani Zondas flanked by a Porsche 918 Spyder, a LaFerrari and one of only four Ferrari Enzos finished in Nero Daytona was hard to top but I'd been given a heads-up on them, so it wasn't a surprise. The real treats were the complete shocks, like when a Ferrari 275 GTB/4 just happened to swan past Knightsbridge tube station, or when I caught a road-legal McLaren Senna GTR cruising through Berkeley Square. Stand on the right corner in the capital and there's always a great chance of seeing something truly special, which means every day can basically be a car show. You just have to hope the Piccadilly line is running without delays.
High and mighty: We drive the £150,000 portal-axle Ineos
Letech has turned the already capable Ineos Grenadier into a raised, formidable off-roader I'd wondered why there were two exceedingly buff French policemen tailing a group of reporters around during a tour of the Ineos factory the last time I was there. Radios, pistols, what looked like smoke grenades in belts. Very tight shirts, desert boots. A little alarming. And very large muscles. I hadn't realised that security needed to be so tight. Were a group of weedy journalists so likely to bomb the final trim and assembly line? Obviously not, it was patiently explained to me. The police, from France's RAID (Recherche, Assistance, Intervention, Dissuasion) rapid response anti-terrorism squad had brought along their fully kitted Grenadier to put it on display, and then opted to join the tour. The radios (and guns) were simply ready in case they got the worst kind of call that necessitated their exit at speed. These are the kinds of people - plus German firefighters here, utility companies there - who are putting the Grenadier into proper work, I was told. And for those who find the standard car too puny, there's now even a version with portal axles. Gosh. Which is why I find myself in a quarry an hour from Munich looking up and I am looking very much up at an Ineos Grenadier that has been lifted and widened to the extent that a standard car, which I always thought appeared quite beefy in normal trim, looks like me next to a RAID copper. The Grenadier Trialmaster X Letech has been tweaked, lifted and widened by German off-road tuner Letech, which also puts portal axles on Mercedes G-Classes. For the uninitiated, the portal axle is a mechanism (used by Unimogs since their origin and quite a lot of agricultural vehicles too) to increase their ground clearance. If you fit a car that has a solid/live axle with a straight suspension lift, that will raise the body but it won't do anything about the axle, which sits across the middle of the wheels, leaving the differential and driveshafts dangling just as before. Imagine, though, if you could lift the car and axles northwards, but still leave the wheels on the ground. You'd create much ground clearance. Portals are the mechanisms that join the ends of the axle to the wheel hub, allowing this to happen. It's effectively an in-hub gearset, and because its gears are all nestled just behind the wheel itself, clearance in the middle of the car is much improved, which is particularly helpful in muddy ruts. Unimogs even have offset differentials thanks to unequal-length driveshafts, so that the diff is pushed to one side and is even less likely to ground. But the Grenadier's application is rather more straightforward. Andreas Lennartz is the owner of Letech. "We are not allowed to touch the body," he says, explaining that the modifications Letech has made to the car are all simply bolt-on hardware. "We've put on all the things we know," he says, "to make a top-specification car with a maximum capacity in off-roading." The upshot is a lift of 186mm of all components bar the wheels and parts directly attached to them. The gubbins adds 150mm to the axle width too, making for a 210mm-wider car with the new wheels and tyres 18in items fitted with 37in BF Goodrich KM3 Mud Terrain tyres. But importantly, though the tyres have a far larger outer diameter, the portal axles incorporate reduction gearing so that the car's overall gear ratios remain as standard. Once, other than an iffy speedometer, it wouldn't have mattered if they weren't, but today it does, because if the gearing changed, all of the electronics would have to be recalibrated too, which would mean them then having to be re-homologated, which would be terrifically expensive. Here, all of the dynamics systems stay as they were: the ABS, the stability and traction control, hill descent control, the works. The wheel speed sensors read from the right cog, and everything stays hunky-dory as per factory specification. The suspension, for 90% of owners who need more ground clearance, can stay the same too, though it doesn't have to. Ineos already fits seven different kinds of spring and damper depending on engine variant, body variant, or even if the car is specced with an on-board winch, and how the customer wants to use the vehicle. A similar deal applies now. If you want to pootle around town thinking you look hard, you could leave well alone. If you're the German off-road fire and rescue service and you plan to cross moorland with several hundred litres of water and specialist lifting, cutting and rescue kit in the back, you'll be wanting something beefier. You can spec KW shocks with adjustable compression and rebound, coil springs that have air springs within them, and dampers that even have external oil coolers. But "the standard suspension is really not bad", says Hans-Peter Pessler, Ineos Automotive's chief operating officer. "For 90% of people, standard is fine. But you can really use these in heavy-duty conditions." Whatever you do, the increase in off-road performance is marked. "We have a really nice capability and ramp angle," says Lennartz. "It's all about ground clearance." From a standard Grenadier, the approach angle has increased from 35.5deg to 45.5deg, breakover angle from 28.2deg to 43deg and departure angle from 36.1deg to 46deg. Ground clearance is up from 286mm to 450mm and wade depth has increased from 800mm to 1050mm. But there's more to it than that. With the bigger wheels "you have more tyre on the ground", says Lennartz, explaining that the contact patch is inherently bigger. But if you spec a tyre inflation system with it too, as serious utility users do so you can inflate or deflate without leaving the cab, you can easily increase the footprint again: going from 2.5 bar to 0.8 bar increases the contact patch threefold. "We say 4x4, but then you have a 12x12," says Lennartz. The standard Grenadier is exceptional off-road. It's one of the heavier cars in its class owing to its separate chassis so muddy inclines, where gravity is its enemy, are perhaps where it struggles most. The new tyres and the fact that it won't ground take it to another level. Yes, it is a different day at a different place on a different surface from the last time I drove a Grenadier off-road, and even in the same location it's difficult to ensure that back-to-back tests are consistent, but it takes just one muddy incline to convince me that this is much more capable than a factory-spec equivalent. It's hard to put a number on how much more able it is: 20%, 30%. The short of it is that if it won't go somewhere before but will afterwards, it's 100% more useful. And depending on your need, you might have to have it, even at €170,000 (£149,400 plus local taxes, for the completed shebang, not just the upgrades). With off-the-shelf aftermarket components, one can make Jeep Wranglers do amazing things too, but what's remarkable here is that, as Lennartz says, it "handles on the road quite normally". I take a Quartermaster pick-up out onto local roads and find that, largely, that's true. The additional width can be a little daunting and the tyres have done nothing for steering accuracy, which wasn't amazing in the first instance. But "big wheels also mean comfort", says Lennartz and the portal-equipped car does ride nicely. Besides, it's still a slabsided 4x4 with very big mirrors and obvious extremities, which helps to thread it through tight roads. You could - unlike whatever rivals it - drive it daily quite happily.  What does rival it? Not too much obvious. It's a more serious and versatile utility car than monocoque 4x4s, you can spec a chassis cab as with some pick-ups, it remains a more road-happy 4x4 than many off-roaders on big tyres, and it feels like it fits in a space between conventional 4x4s and special vehicles like Unimogs or side-by-sides. A niche, I suspect, but for some drivers it will be the only choice.     Price £179,280 (approx) Engine 6 cyls in line, 2993cc, turbocharged, diesel Power 245bhp at 3250-4200rpm Torque 406lb ft at 1250-3000rpm Gearbox 8-spd automatic, 4WD Wheels 18in, alloy beadlocked Tyres 37x12.5 R18 LT, BF Goodrich Mud-Terrain T/A KM3 Dimensions (L/W/H) 5040mm / 2146mm / 2300mm Track Width 1833mm Off-road Angles 45.5° (Approach) / 43° (Breakover) / 46° (Departure) Wade Depth 1050mm Rivals Ford Ranger Raptor, Jeep Wrangler Rubicon X

electrive.com

Tesla’s Cybercab clears key regulatory step for inductive charging
Tesla is moving ahead with plans to wirelessly charge its upcoming Cybercab and has now secured a crucial waiver from the US Federal Communications Commission (FCC), allowing the company to use ultra-wideband (UWB) radio technology for its inductive charging system in the United States and clearing an important regulatory hurdle for the cable-free solution.
FEV and Ceer plan strategic partnership
Development service provider FEV and Saudi electric vehicle brand Ceer have signed a letter of intent to collaborate closely in the areas of innovation, industrial expansion, and knowledge transfer.

Futurity

AI ‘blind spot’ could let criminals take over self-driving cars
A newly discovered vulnerability could allow cybercriminals to silently hijack the artificial intelligence systems in self-driving cars, raising concerns about the security of autonomous systems increasingly used on public roads. Georgia Tech cybersecurity researchers discovered the vulnerability, dubbed VillainNet, and found it can remain dormant in a self-driving vehicle’s AI system until triggered by specific conditions. Once triggered, VillainNet is almost certain to succeed, giving attackers control of the targeted vehicle. The research finds that attackers could program almost any action within a self-driving vehicle’s AI super network to trigger VillainNet. In one possible scenario, it could be triggered when a self-driving taxi’s AI responds to rainfall and changing road conditions. Once in control, hackers could hold the passengers hostage and threaten to crash the taxi. The researchers discovered this new backdoor attack threat in the AI super networks that power autonomous driving systems. “Super networks are designed to be the Swiss Army knife of AI, swapping out tools, or in this case sub networks, as needed for the task at hand,” says David Oygenblik, PhD student at Georgia Tech and the lead researcher on the project. “However, we found that an adversary can exploit this by attacking just one of those tiny tools. The attack remains completely dormant until that specific subnetwork is used, effectively hiding across billions of other benign configurations.” This backdoor attack is nearly guaranteed to work, according to Oygenblik. This blind spot is nearly undetectable with current tools and can impact any autonomous vehicle that runs on AI. It can also be hidden at any stage of development and include billions of scenarios. “With VillainNet, the attacker forces defenders to find a single needle in a haystack that can be as large as 10 quintillion straws,” says Oygenblik. “Our work is a call to action for the security community. As AI systems become more complex and adaptive, we must develop new defenses capable of addressing these novel, hyper-targeted threats.” The hypothetical fix to the problem was to add security measures to the super networks. These networks contain billions of specialized subnetworks that can be activated on the fly, but Oygenblik wanted to see what would happen if he attacked a single subnetwork tool. In experiments, the VillainNet attack proved highly effective. It achieved a 99% success rate when activated while remaining invisible throughout the AI system. The research also shows that detecting a VillainNet backdoor would require 66x more computing power and time to verify the AI system is safe. This challenge dramatically expands the search space for attack detection and is not feasible, according to the researchers. The project was presented at the ACM Conference on Computer and Communications Security (CCS) in October 2025. Source: Georgia Tech The post AI ‘blind spot’ could let criminals take over self-driving cars appeared first on Futurity.
How body image changes when using a robot prosthetic
The way we understand the movement of our own bodies plays an important role when learning physical skills, from sports to dancing. But a new study finds this phenomenon works very differently for people learning to use robotic prosthetic devices. “When people first start walking with a prosthetic leg, they think their bodies are moving more awkwardly than they really are,” says Helen Huang, corresponding author of a paper on the work. “With practice, as their performance improves, people still do a poor job of assessing how their bodies move, but they are inaccurate in a very different way. “This is the first study to look at this phenomenon in people using lower-limb robotic prosthetics, and it raises a number of questions that should help us improve people’s ability to walk with these devices,” says Huang, who is a professor of biomedical engineering in the Lampe Joint Department of Biomedical Engineering at North Carolina State University and the University of North Carolina at Chapel Hill. Everyone has a personal body image—an understanding of how their body is structured, how it moves, and so on. And this understanding of our bodies informs the way we move. When learning a new physical skill, such as dancing, we have a mental image of how our bodies are moving—but that’s often not the way our bodies are actually moving. Over time our mental image of how our body moves more closely aligns with our actual movements, and our physical performance improves. “We wanted to learn more about how and whether people who are using robotic prosthetics incorporate that prosthetic device into their body image,” Huang says. “Does that change as people become more familiar with using these devices? Is there any relationship between incorporating these devices into one’s body image and their performance using these devices?” For this study, the researchers recruited nine able-bodied study participants. Over the course of four days, study participants were tasked with walking using a robotic prosthetic attached to a knee bent at a right angle. Specifically, they were asked to walk on a treadmill as quickly as possible without touching handrails. Participants practiced using the prosthetic device each day. After each practice, participants were shown a computer animation that displayed a range of different biomechanical walking gaits, and were asked to select which gait was closest to their recent performance using the prosthesis. “Initially, participants felt their gait was more off-balance and stilted than it actually was,” Huang says. “By the end of the four-day study, participants felt their gait was more fluid and natural than it actually was. The performance of all participants did improve significantly over those four days. However, the participants were all still inaccurate at assessing the way their own bodies moved—just in a more confident way.” The researchers found that one of the things study participants were focused on when assessing their own gait was the position of their torso. The participants did not place much emphasis on the behavior of the prosthetic device itself. “One reason for this is likely because they are receiving very little direct feedback about the behavior of the device—they can’t see themselves moving,” Huang says. “This raises the possibility of improving performance by giving people visual or other feedback they can use to calibrate their body image and gait while training with the prosthetic device. “It will also be important to address the overconfidence people have in their own movement skills,” Huang says. “If you already think you’re doing great, you’re less likely to put in the work necessary to get better—even if there is significant room for improvement. We think it would be valuable to find a way to give people a more accurate assessment of how their body is really moving.” The paper appears in the open access journal PNAS Nexus. This work was done with support from the National Institutes of Health and from the National Science Foundation. Source: NC State The post How body image changes when using a robot prosthetic appeared first on Futurity.

Solar Power World

More policy questions, new products appear at Intersolar 2026
Intersolar and Energy Storage North America (IESNA) wraps up its show for 2026 today after a week of uncharacteristically rainy days in San Diego and a quieter convention hall than in years past. As with any convention of this kind, the people from exhibiting companies always speak optimistically — expressing confidence in their products and… The post More policy questions, new products appear at Intersolar 2026 appeared first on Solar Power World.
Supreme Court says Trump does not have authority to issue tariffs under IEEPA
The Supreme Court of the United States has struck down President Donald Trump’s 2025 tariff policy, which his administration justified under the International Emergency Economic Powers Act (IEEPA), a national security law from 1977 that allows the president to “regulate” imports under an emergency. In a 6-3 decision, the Supreme Court said IEEPA does not authorize… The post Supreme Court says Trump does not have authority to issue tariffs under IEEPA appeared first on Solar Power World.

WIRED

What to Know About At-Home STI Tests: Pros, Cons, and Recommendations (2026)
It's easier than ever to test for sexually transmitted infections at home. We break down whether or not you should.
What Is Down Fill Power (2026): Fill Weight, Synthetics
Whether you’re looking for extra-warm jackets or bedding, you’ve probably seen this term. Let us, er, fill you in.
Worldwide V2G Map

Worldwide V2G (Vehicle-to-Grid) Map

×
Useful links
Home V2G Economic Incentives V2G for Energy Resilience V2G and Microgrids
Vehicle To Grid V2G V2G Home Energy Solutions V2G Environmental Impact V2G Future Trends
Socials
Facebook Instagram Twitter Telegram
Help & Support
Contact About Us Write for Us



2 years ago
Harnessing the Power of Grid Integration and V2G for Voltage and Frequency Regulation

Harnessing the Power of Grid Integration and V2G for Voltage and Frequency Regulation

Read More →
2 years ago
The Future of Energy Grids: Exploring Grid Integration and V2G-Demand Response

The Future of Energy Grids: Exploring Grid Integration and V2G-Demand Response

Read More →
2 years ago
Grid Integration and V2G-Bi-Directional Power Flow: Revolutionizing the Energy Ecosystem

Grid Integration and V2G-Bi-Directional Power Flow: Revolutionizing the Energy Ecosystem

Read More →
2 years ago
Advancements in Grid Integration and V2G-Smart Grid Integration: Revolutionizing the Energy Sector

Advancements in Grid Integration and V2G-Smart Grid Integration: Revolutionizing the Energy Sector

Read More →

V2G Data Security and Privacy

2 years ago
Overcoming Challenges in V2G Charging Infrastructure:

Overcoming Challenges in V2G Charging Infrastructure:

Read More →
2 years ago
Enhancing Electric Vehicle Charging Infrastructure: Exploring V2G Communication Protocols

Enhancing Electric Vehicle Charging Infrastructure: Exploring V2G Communication Protocols

Read More →
2 years ago
The Future of Electric Vehicle Charging: V2G Connector Standards

The Future of Electric Vehicle Charging: V2G Connector Standards

Read More →
2 years ago
The popularity of electric vehicles has led to an increase in demand for charging infrastructure. V2G charging infrastructure is one solution that has gained traction. V2G charging stations allow them to contribute back to the electric grid. In this article, we will look at the different types of charging stations.

The popularity of electric vehicles has led to an increase in demand for charging infrastructure. V2G charging infrastructure is one solution that has gained traction. V2G charging stations allow them to contribute back to the electric grid. In this article, we will look at the different types of charging stations.

Read More →

Introduction to V2G Technology

2 years ago
Navigating the Challenges of V2G Implementation: Exploring Innovative Business Models

Navigating the Challenges of V2G Implementation: Exploring Innovative Business Models

Read More →
2 years ago
Unveiling the Challenges of V2G Implementation: Understanding the Infrastructure Requirements

Unveiling the Challenges of V2G Implementation: Understanding the Infrastructure Requirements

Read More →
2 years ago
Overcoming Regulatory Hurdles: Paving the Way for V2G Implementation

Overcoming Regulatory Hurdles: Paving the Way for V2G Implementation

Read More →
2 years ago
Overcoming Technical Challenges in V2G Implementation: A Step Towards Sustainable Energy

Overcoming Technical Challenges in V2G Implementation: A Step Towards Sustainable Energy

Read More →

V2G Charging Infrastructure

2 years ago
Introduction to V2G Technology: Unlocking the Future Prospects

Introduction to V2G Technology: Unlocking the Future Prospects

Read More →
2 years ago
Introduction to V2G Technology: Revolutionizing Energy Storage Solutions

Introduction to V2G Technology: Revolutionizing Energy Storage Solutions

Read More →
2 years ago
Introduction to V2G Technology: Exploring the Benefits of Vehicle-to-Grid Integration

Introduction to V2G Technology: Exploring the Benefits of Vehicle-to-Grid Integration

Read More →
2 years ago
Introduction to V2G Technology: V2G Basics

Introduction to V2G Technology: V2G Basics

Read More →

Benefits of Vehicle to Grid

2 years ago
Overcoming Challenges in V2G Charging Infrastructure:

Overcoming Challenges in V2G Charging Infrastructure:

Read More →
2 years ago
Enhancing Electric Vehicle Charging Infrastructure: Exploring V2G Communication Protocols

Enhancing Electric Vehicle Charging Infrastructure: Exploring V2G Communication Protocols

Read More →
2 years ago
The Future of Electric Vehicle Charging: V2G Connector Standards

The Future of Electric Vehicle Charging: V2G Connector Standards

Read More →
2 years ago
The popularity of electric vehicles has led to an increase in demand for charging infrastructure. V2G charging infrastructure is one solution that has gained traction. V2G charging stations allow them to contribute back to the electric grid. In this article, we will look at the different types of charging stations.

The popularity of electric vehicles has led to an increase in demand for charging infrastructure. V2G charging infrastructure is one solution that has gained traction. V2G charging stations allow them to contribute back to the electric grid. In this article, we will look at the different types of charging stations.

Read More →

V2G Implementation Challenges

2 years ago
Uncovering the Key Players in V2G Service Providers: Hardware Manufacturers

Uncovering the Key Players in V2G Service Providers: Hardware Manufacturers

Read More →
2 years ago
Revolutionizing Electric Vehicle Charging: V2G Service Providers and Software Solutions

Revolutionizing Electric Vehicle Charging: V2G Service Providers and Software Solutions

Read More →
2 years ago
Unleashing the Power of V2G: How Energy Management Platforms are Revolutionizing the EV Market

Unleashing the Power of V2G: How Energy Management Platforms are Revolutionizing the EV Market

Read More →
2 years ago
The Rise of V2G Service Providers: Enhancing Electric Vehicle Charging Networks

The Rise of V2G Service Providers: Enhancing Electric Vehicle Charging Networks

Read More →