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Hyundai shutters engine development in shift to electric and hydrogen vehicles

Hyundai is quickly pivoting into an era of electric vehicles. Shortly after announcing it would halve the number of internal combustion models, it launched its first EV on its dedicated Electric Global Modular Platform (E-GMP), the supremely enjoyable Ioniq 5. Now, as The Korea Economic Daily reports, Hyundai Motor Group, which includes sister brand Kia and luxury brand Genesis, has closed its engine development division at its research and development center in South Korea to put those resources into electric powertrain development. According to the report, researchers from engine design are moving to its electrification design center, but a few remain behind to continue to refine existing internal combustion engines. The powertrain system development center will become an electrification test center, and the performance division will focus on electric performance. The group has also established a battery development center, and the R&D Center will also focus on raw materials for batteries and semiconductors. In an email, R&D boss Park Chung-Kook told employees, “Now, it is inevitable to convert into electrification. Our own engine development is a great achievement, but we must change the system to create future innovation based on the great asset from the past.” Hyundai Motor Group is targeting one million EVs a year by 2025, and full electrification by the year 2040. In addition to the newly launched Ioniq 5, Hyundai is planning to launch the Ioniq 6 EV, based on the stunning Prophecy concept, in 2022, and weÂ’ve already seen spy shots of that prototype in testing. That will be followed by the full-size Ioniq 7 SUV in 2024, which was recently previewed by the Seven Concept at the 2021 L.A. Auto Show. Kia is set to launch the EV6 in 2022, and Genesis recently revealed the GV60 electric crossover, both of which will use HyundaiÂ’s E-GMP architecture. Genesis also recently revealed an electric version of the GV70 crossover in China. Of course, Hyundai is also invested in hydrogen fuel cell vehicles, both commercial vehicles like its Xcient trucks, and passenger cars like the Nexo and the recently revealed Vision FK concept. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

2019 Kia Niro EV boasts 280-mile range

Kia first hinted at an upcoming fully electric Niro compact crossover with a concept at CES, and just a few months later, it's showing the production model. Unsurprisingly, it looks pretty much exactly like the normal hybrid models on sale now, eschewing some of the show car bits such as the grille with a message screen. It does have differences, though, such as the blocked-off, body color grille, which also houses the charging ports. It also has extra faux grilles on each end of the front bumper that have LED fog lights. They're mirrored by additional faux grilles on the rear bumper. Another difference from the show model is the estimated range. Using the WLTP estimate, Kia says the Niro EV with the 64 kWh battery will go about 280 miles on a charge. The concept shown at CES with the same size battery was estimated to have a range of 238 miles. We suspect that the latter number may be closer to the range on the U.S. test cycle. This is because the Hyundai Kona Electric with the 64 kWh battery the U.S. will get was rated for 292 miles on WLTP, but only 250 on the U.S. cycle. Also like the Kona Electric, the Niro EV will be offered with two battery choices. In addition to the aforementioned 64 kWh battery, a 39.2 kWh battery will be available providing about 236 miles of range on the WLTP cycle. If the Niro EV follows in the footsteps of its Hyundai cousin, we predict the U.S. will only get the model with the higher-capacity battery. There are still some details that have yet to be revealed, such as power, torque, and what the interior looks like. It will probably make the same 201 horsepower as the CES show car, and we wouldn't be surprised if it's the same electric motor as in the Kona Electric, since the power is the same and the battery size is the same. As such, it will probably produce 291 pound-feet of torque. Also, considering how much the exterior looks like the standard Niro, the interior will likely look basically identical, but perhaps different colors and perhaps a few extra premium features, again, a la Kona Electric. We should have all the details at the car's official debut in Paris. Related Video:

The most efficient gas or hybrid cars of 2024: Not the greenest, but still very green

Not a single electric vehicle appears on the “greener choices” list assembled by the American Council for an Energy-Efficient Economy (ACEEE) in its annual compilation of the most environmentally friendly cars in the United States. But for potential car buyers seeking an efficient, fairly affordable gasoline or hybrid vehicle this year, the list of 12 cars, trucks and SUVs can help with decision making. Topping this yearÂ’s list was the gas/hybrid Honda Accord, priced at $33,990 with an estimated annual fuel cost of $982. Rank Make & Model Powertrain Vehicle Class Green Score MSRP Estimated Annual Fuel Cost* 1 Honda Accord Gas Hybrid Large Car 62 $33,990 $982 2 Kia Niro FE Gas Hybrid Compact SUV 61 $28,315 $885 3 Mitsubishi Mirage Gas Compact Car 59 $17,955 $1,189 4 Lexus ES 300h Gas Hybrid Midsize Car 59 $44,590 $1,073 5 Lexus NX 350h Gas Hybrid Midsize SUV 57 $43,465 $1,207 6 Ford Maverick Gas Hybrid Compact Pickup 55 $24,900 $1,297 7 Toyota Sienna Gas Hybrid Minivan 55 $39,080 $1,304 8 Mini Cooper Convertible Gas Subcompact Car 54 $35,700 $1,412 9 Toyota Highlander Gas Hybrid Large SUV 54 $40,720 $1,348 10 Kia Soul Gas Small Wagon 53 $21,565 $1,467 11 BMW Z4 sDrive30i Gas Two-Seater 50 $53,600 $1,626 12 Mercedes-Benz GLA250 Gas Hybrid Large Van 49 $43,000 $1,596 13 Volvo V90CC B6 Gas Hybrid Midsize Wagon 45 $59,800 $1,843 14 Ford Ranger Gas Standard Pickup 43 $32,670 $1,968 *ACEEE analysis using EIA data of the annual cost of driving 15,000 miles In making its evaluations, the ACEEE examines each 2024 model based on its cost to human health from air pollution associated with vehicle manufacturing and disposal, the production and distribution of fuel or electricity, and vehicle tailpipe emissions. The group also takes into account air pollution associated with EV battery manufacturing. The organization also ranks what it calls the “greenest” cars — it selected the Toyota Prius Prime SE plug-in hybrid is the greenest model of 2024. As well as the “Meanest.Â’Â’ or least efficient vehicle. At the top of that list this year was Mercedes-Benz AMG G63. The group says that the greener choices are those that are available nationwide “with among the lowest environmental impacts in each vehicle class but that didnÂ’t make the Greenest List.