How Electric Car Owners Can Make Thousands by Supporting the Power Grid

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Electric Cars Generate Income While Parked

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Currently, over 90% of new power generation relies on renewable sources. However, solar and wind energy can produce electricity only intermittently, leading to fluctuations in supply. A pilot project in Delaware has demonstrated that electric vehicle (EV) owners can earn considerable income—amounting to thousands of dollars annually—by utilizing their idle vehicles as a sophisticated storage system. This system stores excess electricity generated during peak production and discharges it during high-demand periods.

Recent findings indicate that the average electric vehicle is parked for 95% of the day. This highlights the potential for power utilities to tap into the energy stored in these vehicles during peak hours and recharge them when demand is lower. Willett Kempton from the University of Delaware estimated that EV owners could profit by selling their stored energy back to the grid.

“Electric vehicles can act as a cheaper energy storage solution compared to traditional battery installations, provided they’re plugged in most of the time,” says Kempton. This innovation could bolster power system reliability and enhance the integration of renewable energy sources.

The Delaware project showcased adaptations on four Ford electric vehicles contributed by Delmarva Power. Throughout 2025, V2G (vehicle-to-grid) charging was monitored, revealing that each EV could generate up to $3,359 annually if energy sold aligns with market rates.

Despite initial optimism about V2G technology when it was first studied in 1997, nearly three decades later, it remains mostly experimental in select regions across the U.S., Europe, Japan, and China.

The complexity of reversing energy flow from grid to vehicles has posed significant challenges, necessitating adjustments from automakers, utility companies, and regulatory bodies alike.

The core issue lies in the power grid predominantly relying on AC (alternating current), while most household appliances—including EVs—convert AC to DC (direct current) when charging. For vehicles to supply power back to the grid, this energy must be converted back to AC.

Implementing this safely requires V2G components compliant with stringent safety regulations. Currently, the simplest V2G setup involves installing a wall-mounted charger that converts DC to AC, making it suitable for solar installations. Various manufacturers, including Volkswagen and Nissan, now provide wall chargers compatible in select areas.

However, these wall chargers can reach high costs. To combat this, companies like Tesla, BYD, and Renault are innovating EVs equipped with built-in converters for DC to AC inside the vehicles. Additionally, experts like Kempton are working on new safety standards for AC chargers. With broader adoption, the cost of implementing V2G technologies could be substantially less, adding just a few hundred dollars to the price of a vehicle.

Presently, a rivalry exists between manufacturers adopting DC V2G, such as Volkswagen and those focused on AC V2G, like Tesla. This scenario is likened to the VHS versus Betamax format war of the 1980s, as explained by Alex Schoch, an executive at Octopus Energy. “While Betamax had superior quality, VHS emerged as more affordable, ultimately dominating the market,” he adds.

“There’s potential for both standards to coexist for a time, but long-term scalability demands a dominant standard,” Schoch states. “We unequivocally back AC.”

For consumers considering investing in V2G, a feed-in tariff structure is vital, allowing them to profit from supplying energy back to the grid. In 2024, Octopus launched the UK’s inaugural V2G tariff, though access remains limited for many EV owners. The partnership with BYD allows customers to lease V2G-enabled chargers and electric vehicles.

“Today’s EVs and the next generation rolling out are increasingly V2G-compatible,” Schoch notes, indicating a future with immense distributed energy capacity across the nation.

The advent of V2G technology could help achieve real-time balance in grid supply and demand. However, the rising number of V2G-equipped EVs may strain existing power systems, potentially necessitating grid upgrades.

Recent research indicates that a holistic approach to grid upgrades would be more economical than incremental improvements as V2G technology expands. The study’s lead researcher, Xu Liangcai from the National University of Singapore, emphasizes the need for proactivity in preparing power systems for the emerging V2G landscape.

“Initially, I thought V2G would be a panacea,” remarked co-author Ziyou Song, also from the National University of Singapore. “However, it’s clear that significant upgrades to power systems are essential to accommodate increased demand for charging.”

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Source: www.newscientist.com

Utilizing Chatbots to Combat Phone Scammers: Exposing Real Criminals and Supporting True Victims

A scammer calls and asks for a passcode, leaving Malcolm, an older man with a British accent, confused.

“What business are you talking about?” Malcolm asks.

Again, I received a scam call.

This time, Ibrahim, cooperative and polite with an Egyptian accent, answered the phone. “To be honest, I can’t really remember if I’ve bought anything recently,” he told the scammer. “Maybe one of my kids did,” Ibrahim continued, “but it’s not your fault, is it?”

Scammers are real, but Malcolm and Ibrahim aren’t. They’re just two of the conversational artificial intelligence bots created by Professor Dali Kaafar and his team, who founded Apate, named after the Greek goddess of deception, through his research at Macquarie University.

Apetto’s goal is to use conversational AI to eradicate phone fraud worldwide, leveraging existing systems that allow telecommunications companies to redirect calls when they identify them as coming from scammers.

Kafal was inspired to strike back at phone scammers after he told a “dad joke” to the caller in front of his two children as they enjoyed a picnic in the sun. His pointless chatter kept the scammer on the line. “The kids had a good laugh,” Kafal says. “I thought the goal was to trick them so they would waste their time and not talk to other people.

“In other words, we’re scamming the scammers.”

The next day, he called in his team from the university’s Cybersecurity Hub. He figured there had to be a better way than his dad joke approach — and something smarter than a popular existing technology: Lennybot.

Before Malcolm and Ibrahim, there was Lenny.

Lenny is a rambling, elderly Australian man who loves to chatter away. He’s a chatbot designed to poke fun at telemarketers.

Lenny’s anonymous creator posted this on Reddit. They say they created the chatbot as “a telemarketer’s worst nightmare… a lonely old man who wants to chat and is proud of his family, but can’t focus on the telemarketer’s purpose.” The act of tying up scammers is called scamming.

Apate bot to the rescue

Australian telecommunications companies have blocked almost 2 billion scam calls since December 2020.

Thanks to $720,000 in funding from the Office of National Intelligence, the “victim chatbots” could now number in the hundreds of thousands, too many to name individually. The bots are of different “ages,” speak English with different accents, and exhibit a range of emotions, personalities, and reactions; sometimes naive, sometimes skeptical, sometimes rude.

Once a carrier detects a fraudster and routes them to a system like Apate, bots go to work to keep them busy. The bots try different strategies and learn what works to keep fraudsters on the phone line longer. Through successes and failures, the machines fine-tune their patterns.

This way, they can collect information such as the length of calls, the times of day when scammers are likely to call, what information they are after, and the tactics they are using, and extract the information to detect new scams.

Kafal hopes Apate will disrupt the call fraud business model, which is often run by large, multi-billion-dollar criminal organizations. The next step will be to use the information it collects to proactively warn of scams and take action in real time.

“We’re talking about real criminals who are making our lives miserable,” Kafal said. “We’re talking about the risks to real people.”

“Sometimes people lose their life savings, have difficulty living due to debt, and sometimes suffer mental trauma. [by] shame.”

Richard Buckland, a cybercrime professor at the University of New South Wales, said techniques like Apate were different to other types of fraud, some of which were amateurish or amounted to vigilante fraud.

“Usually fraud is problematic,” he said, “but this is sophisticated.”

He says mistakes can happen when individuals go it alone.

“You can go after the wrong person,” he said. Many scams are perpetrated by people in near-slave-like conditions, “and they’re not bad people,” he said.

“[And] “Some of the fraudsters are going even further and trying to enforce the law themselves, either by hacking back or engaging with them. That’s a problem.”

But the Apate model appears to be using AI for good, as a kind of “honeypot” to lure criminals and learn from them, he says.

Buckland warns that false positives happen everywhere, so telcos need a high level of confidence that only fraudsters are directing AI bots, and that criminal organisations could use anti-fraud AI technology to train their own systems.

“The same techniques used to deceive scammers can be used to deceive people,” he says.

Scamwatch is run by the National Anti-Fraud Centre (NASC) under the auspices of the Australian Competition and Consumer Commission (ACCC), and an ACCC spokesman said scammers often impersonate well-known organisations and use fake legitimate phone numbers.

“Criminals create a sense of urgency to encourage their targeted victims to act quickly,” the spokesperson said, “often trying to convince victims to give up personal or bank details or provide remote access to their computers.”

“Criminals may already have detailed information about their targeted victims, such as names and addresses, obtained or purchased illegally through data breaches, phishing or other scams.”

This week Scamwatch had to issue a warning about what appears to be a meth scam.

Scammers claiming to be NASC officials were calling innocent people and saying they were under investigation for allegedly engaging in fraud.

The NASC says people should hang up the phone immediately if they are contacted by a scammer. The spokesperson said the company is aware of “technology initiatives to productize fraud prevention using AI voice personas,” including Apate, and is interested in considering evaluating the platform.

Meanwhile, there is a thriving community of scammers online, and Lenny remains one of their cult heroes.

One memorable recording shows Lenny asking a caller to wait a moment. Ducks start quacking in the background. “Sorry,” Lenny says. “What were you talking about?”

“Are you near the computer?” the caller asks impatiently. “Do you have a computer? Can you come by the computer right now?”

Lenny continues until the conman loses his mind. “Shut up. Shut up. Shut up.”

“Can we wait a little longer?” Lennie asked, as the ducks began quacking again.

Source: www.theguardian.com