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Hyundai launches home charging ecosystem as part of EV push • ZebethMedia

Hyundai announced this week at the LA Auto Show a new way for its customers to charge at home as part of the company’s efforts to woo a new group of EV buyers. Hyundai Home, the automaker calls it, incorporates solar panels, energy storage and EV charging for Hyundai owners. Hyundai announced a partnership with Electrum, a solar panel, home battery and heat pump installer, which will help customers in 16 states find the right power installers and systems for their EV charging needs. With the new partnership, consumers in Arizona, California, Colorado. Connecticut, Florida, Illinois, Maryland, Massachusetts, Maine, Missouri, Nevada, New Jersey, New York, Oregon, Pennsylvania, Rhode Island, Virginia, and Washington can now work with Electrum advisors to find the best and most affordable power solutions for them. Prior to this week’s announcement, dealers were helping customers get in touch with local installers and power suppliers in order to get charging and storage set up for their new Hyundai EVs like the Ioniq 5, according to Ian Tupper, the senior group manager of strategic environmental partnerships at Hyundai. “With Hyundai Home, we’re really trying to democratize, not only EV charging and being able to adopt an electric vehicle, but the entire ecosystem around it. We want to make it easy for customers to go solar to get energy storage and to eventually use all those systems together to reduce their energy bill,” Tupper told ZebethMedia during an interview at the LA Auto Show. Making EV charging more accessible As the U.S. increasingly makes a push to reduce carbon emissions, especially those from tailpipes (aka fossil-fueled powered vehicles), states like California have banned the sale of new gasoline vehicles by 2035. That means that an increasing number of Americans are going to be looking at EVs, PHEVs and hybrids for their next new car purchase. Yet, rentals make up roughly one-third of American housing, according to the U.S. Census and most of that housing stock is older, which means that in order to get access to at-home charging, landlords will have to be willing to invest to upgrade panels and provide charging access in multifamily garages. The average cost to upgrade a single family home’s electrical panel to handle charging a vehicle at home, can run between $1,300 and $3,000, or more. Add that into the high price of battery-electric, hybrid and plug-in electric vehicles and many people wont be able to afford or access home charging, especially those who live in multifamily buildings without access to home charging. That’s something that Tupper says Hyundai is taking into consideration, but he wasn’t able to share any concrete details around future plans. “If we want to achieve mass adoption, we need to solve that problem for renters and so we’re attacking it in a couple of different ways. First through our partnership with Electrify America. We’re working with them to incentivize to construction of as much charging infrastructure as possible and we’re trying to give it to customers for free,” Tupper told ZebethMedia. “We’re taking a strategic partnership approach and trying to identify the players right to offer, really a smattering of solutions. If there’s a city where, you know, we can help support the production or the development of charging hub, great. But if there’s a way for us to even incentivize low-power AC Charging. We’re going to take a look at that as well.” Tupper says that Hyundai is working with its partners like Electrum to bring more charging and power storage options to more customers in other states outside of the 16 that Electrum currently services, too. “We’re just starting out,” Tupper said, “Our guiding principles are that customers not only get the right products, but they also get the right products at the right price. Electrum helps us help the customer find the right solution on the marketplace, that way we’re actually able to deliver, usually a substantially better deal than something that they would normally just get by going to a local provider.”

Hyundai’s hydrogen fuel cell concept hints at the performance N brand’s future • ZebethMedia

Just don’t say it’s inspired by the DeLorean Hyundai revealed Thursday a hydrogen fuel cell hybrid concept vehicle called the N Vision 74 that the company says demonstrates the performance sub-brand’s vision for electrification. The Hyundai N sub-brand, the performance-focused arm of the automaker, has been applied to a range of production vehicles since its founding in 2015 from the Hyundai Veloster N and Elantra N to the Kona N. The N brand, a name inspired by Germany’s famed racetrack in Nürburgring and where Hyundai tests these models, has targeted luxury performance brands like BMW M, Mercedes AMG, Audi RS, and Cadillac V-series with its N brand. The N Vision 74 raises the stakes. Just don’t say it’s inspired by the DeLorean. A closer look at N Vision 74 Image Credits: Abigail Bassett Hyundai calls the N Vision 74 a “rolling lab,” — a testbed of sorts for future products. Although there is some Hyundai Pony Coupe history in there too. The N Vision 74 pays homage to the Hyundai Pony Coupe concept from 1974, which was developed by the legendary car designer, Giorgetto Giugiaro, who also designed the Delorean. (The DeLorean made its debut in 1981 after the Pony Coupe.) It’s a detail that Sang Yup Lee, the Hyundai Global Design Center and an executive vicepPresident at Hyundai Motor Company was quick to point out. “Don’t’ say they look alike, because we did it first,” Lee said during the press conference. N Vision 74 gets a unique hydrogen hybrid and battery-electric architecture. Underpinning the N Vision 74 concept sits both a fuel cell stack and a battery pack. The fuel cell stack at the front puts out 85 kW (max 95 kW), while the 62.4 kWh battery sits at the rear. The hydrogen W fuel cell converts hydrogen to electricity to charge the 62kWh battery. The car also gets independent rear-mounted motors on each wheel to generate a total power output of 500 kW and nearly 670 horsepower and 663 pound-feet of torque. Hyundai says that allows for engineers to tune power distribution between left and right wheels and optimally set the N Vision 74 up to handle different types of tracks. The N Vision 74 concept gets dual-charging capabilities. It can be filled with hydrogen or recharged on a DC Fast charger thanks to the underlying 800-volt architecture E-GMP platform. Hyundai says it can get as much as 372 miles of range and a top speed of 155 mph. The question is, of course, will this hydrogen fuel cell hybrid technology come to a production car? Hyundai wouldn’t say whether this kind of powertrain will go into production. However, Lee did conclude his presentation stating that “The N Vision 74 Concept has undeniable Hyundai DNA and design that serves as a compass to guide our future.”

Everything we know about the 2023 Hyundai Ioniq 6 EV • ZebethMedia

The EV was announced in June, but details have been sparse Hyundai released fresh details Thursday at the LA Auto Show about the 2023 Ioniq 6, the all-electric vehicle that the Korean company debuted in June. With an estimated range of 340 miles and an on-sale date in spring of 2023, the hotly anticipated follow-up to the Ioniq 5 crossover is one more step towards the company’s aim to accelerate electrification and autonomous vehicle technology in the U.S. by 2025. Hyundai has put considerable capital towards its target. The company recently announced a $10 billion dollar-plus investment into autonomous vehicles, EVs and robotics to help it meet its goals. Ioniq 6 platform The Ioniq 6 sits on Hyundai’s E-GMP platform, which also underpins the Ioniq 5 and the battery-electric vehicles under the Hyundai brand, including the Kia EV6 and the Genesis GV60. Hyundai has been touting the Hyundai Ioniq 6 as a Tesla Model 3 rival. By 2030, the company says it plans to introduce 17 battery-electric models and sell more than 1.8 million EVs worldwide. Power and speed Image Credits: Hyundai The Ionic 6 has a long and low roofline and slight boattail shape that gives it what Hyundai claims is an “ultra low drag coefficient.” Paired with a 77.4 kWh battery pack, the Ioniq 6 will come in front-wheel drive or optional all-wheel-drive and get a range of up to 340 miles. The all-wheel drive version will make 320 horsepower and 446 pound-feet of torque from a pair of dual motors located at the front and back of the car. Hyundai says that the Ioniq 6 can travel from zero to 60 miles per hour in under 5 seconds but customers will give up range for performance. The Ioniq 6 with all-wheel drive will get around 310 miles of range. The front-wheel drive version makes 225 horsepower and 258 lb-ft of torque and will get the touted 340 miles of range. Battery and charging Image Credits: Hyundai Both versions of the Ioniq 6 will get fast-charging capabilities and support both 400-volt and 800-volt infrastructure thanks to the EGM-P platform. That platform offers 800-volt charging as standard, but Hyundai says that it can accept 400-volt charging without an adapter by using an inverter and a motor to boost 400 volts to 800 volts. On a DC Fast charger (350-kW) Hyundai says that the Ioniq 6 can go from 10% to 80% charged in just 18 minutes. In five minutes, the Ioniq 6 can regain around 65 miles of range on a 350-kw DC Fast charger. For home charging, a Level 2 charger will give the Ioniq 6 a full charge in just over seven hours. Like other automakers, including Tesla, Hyundai has incorporated a battery conditioning software into the Ioniq 6. Conditioning can reduce charging time for quick charges on road trips. When a charging location is entered into the navigation system, the battery conditioning system will turn on so that the battery is prepped to take the max charge in the shortest period of time. The Ioniq 6 will also get a new navigation function that will generate routes with EV charging stations along the way when the battery is low. If a charging station is out of order or in use, the system will automatically look for other EV stations that are available and send the driver there. IONIQ 6 is the first Hyundai model to get OTA updates and V2L or vehicle-to-load functions (aka bi-directional charging). Hyundai says that the IONIQ 6 can charge electric devices like electric bikes, scooters, camping equipment, or a stranded EV. Like all Hyundais, the Ioniq 6 will come with a variety of the company’s Advanced Driver Assistance features, including forward collision warning and avoidance, pedestrian and cyclist avoidance assistance, lane departure warning, blind spot warning, and adaptive cruise control, amongst others. Hyundai has not yet announced pricing for the Ioniq 6 and says those details will be announced closer to the on-sale date in spring 2023.

Hyundai and WeRide plan to fuel self-driving with hydrogen in China • ZebethMedia

While hydrogen is still relatively niched as a fuel for electric vehicles, a startup in China is jumping ahead to embrace it for autonomous driving scenarios. WeRide, one of the most funded robotaxi operators in China with investors including Renault-Nissan-Mitsubishi Alliance, said Tuesday it is joining hands with Hyundai to launch a “self-driving hydrogen-powered vehicle pilot zone” in Guangzhou, the southern metropolis where it’s headquartered. The collaboration comes at a time when the research and production of clean hydrogen increasingly becomes a focal point for China, which has been striving to decarbonize its economy. Details are scant from the announcement. It’s unclear when the pilot will kick off, what the scale of the trial is, or what exactly is being powered by hydrogen, which is considered one of the cleanest fuels as it is combined with oxygen to produce just water vapor and energy. But it won’t be surprising to see unmanned hydrogen vehicles roaming about the pilot zone since Hyundai has been betting big on the fuel. Indeed, the announcement says that WeRide, Hyundai, and Hengyun, a Chinese power generation and supply company, will work together to “create demand for the use of hydrogen fuel cell battery in unmanned street cleaning and ride-hailing.” In September last year, Hyundai said it planned to offer hydrogen cell fuel versions for all of its commercial vehicles by 2028. The tie-up with WeRide could expand the use case of its hydrogen products to robotaxis. Hydrogen-fuelled vehicles can recharge within minutes, making them an ideal medium for taxi operations if there’s enough refueling infrastructure. Guangzhou is a natural choice for the experiment given Hyundai has been producing hydrogen fuel cell systems in the city since March 2021. When the facility opened last year, the South Korean auto giant set an annual target to produce “6,500 units, with a goal to gradually expand production capacity in line with Chinese market conditions and central government policies.” China has made a big push to electrify its public transportation. In Shenzhen, the hardware capital of the world, nearly all buses and cabs run on lithium-ion battery packs. While the city has grown quieter with fresher air thanks to the initiative, battery safety and recycling remain big sticking points for the local authorities. Long lines often form at charging stations as it can take hours to fully refuel lithium-ion batteries.  

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