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Kia negotiating to build $1.5B auto plant in Mexico

After a string of recent announcements from automakers, Kia may be the next business to break ground on a factory south of the border. The Korean company is reportedly nearly finished with negotiations to build a $1.5-billion plant near the city of Monterrey in the Mexican state of Nuevo Leon. The state's secretary of economic development confirmed the news to Reuters and anticipated talks to be completed in the first two weeks of August. Unnamed insiders also said that the location was aiming for an annual production capacity of 300,000 vehicles.
Rumors from a month ago first suggested the possibility of the new factory. It would reportedly build two models of small cars, and assembly could potentially begin as soon as 21 months after breaking ground. Currently, Kia only has one North American plant, in Georgia, that builds the Sorento and Optima.
In the last few years, Mexico has become of hotbed of North American automobile production. Mazda, Honda and Volkswagen all recently opened new or expanded factories to build cars there. There are even more on the way with a joint venture plant from Mercedes-Benz and Infiniti and BMW's announcement of its own $1 billion undertaking in Mexico.

Kia Soul EV fitted with wireless charging

As the industry continues to build out electric vehicle charging infrastructure, parallel projects are working to improve it as quickly as it's deployed. Now we're seeing some groups launching fast charging stations capable of 350-kW, and more. Meanwhile, wireless charging is making advances, which would allow drivers to simply park and charge without fussing with a cable. Kia is the latest to test inductive charging, and has announced that it has deployed a fleet of Soul EVs capable of recharging wirelessly. The three-year project — a partnership between the Hyundai-Kia America Technical Center, wireless charging company Mojo Mobility and the U.S. Department of Energy's Office of Energy Efficiency and Renewable Energy (EERE) — culminated in the system being equipped to five vehicles and tested in real-world environments. The system uses electromagnetic fields transmitted between a transmitter coil on the ground and a receiver on the bottom of the car to transfer energy. It can charge at over 10 kW, with 85 percent grid-to-vehicle efficiency. Kia adds that because the system is so efficient, it can still charge even if there is some misalignment between the two coils. That means an imperfect parking job doesn't mean the car won't charge. Other automakers are also testing wireless charging, and BMW plans to offer it on a limited basis in the U.S. for its 530e plug-in hybrid. Kia is not making any promises to customers yet, though. "There is no current plan to offer the wireless charging system on production vehicles for sale to consumers," Kia stated in its press release, "however, the success of this development project suggests similar systems are possible on future Kia electric vehicles." Wireless charging could play well with other technology for Kia. For instance, it would be a boon for autonomous efforts, which the Korean automaker has begun undertaking with the testing of self-driving Soul EVs in Nevada. Wireless charging means an autonomous Kia could not only drive and park itself, but also take care of its own charging duties. Related Video: Related Gallery Kia Soul EV Autonomous Testing in Nevada News Source: Kia Green Kia Technology Emerging Technologies Hatchback Electric doe wireless charging inductive charging eere

Kia showcasing Optima T-Hybrid concept in Paris [w/video]

At the Geneva Motor Show earlier this year, Kia showcased a new diesel hybrid powertrain. And at the rapidly approaching Paris Motor Show, it will present that new technology in the Optima sedan concept you see here.
Called the Kia Optima T-Hybrid, the concept mates a 1.7-liter diesel with both a turbocharger and electric supercharger to a small electric motor and a 48-volt lead-carbon battery. The mild hybrid setup allows it to travel in electric-only model at low speeds and at cruise, regenerating brake power to recharge the battery. Kia said it chose the lead-carbon battery pack over lithium-ion because it's easier to recycle and does not require active cooling.
Because the powertrain is still under development, Kia isn't saying what kind of fuel economy or emissions figures it gets in the Optima T-Hybrid concept, but it is targeting a "significant reduction" in emissions and fuel consumption, while delivering 15 to 20 percent more power. Check out the system in action in the video below.