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2015 Kia Soul EV

You'd be forgiven if you weren't fully aware of this vehicle's existence. While the Soul EV is a big deal for Kia, as it marks the Korean brand's first foray into the world of pure electric vehicles here in the US, it simply has not a been able to garner much regard from the average car fan or, really, the automotive press.
As a green car, it has to be tough to compete with Elon Musk's remarkable ability to consistently hold our attention with nearly everything he touches at Tesla. Add that to the fact that the Soul EV doesn't offer a ton in the way of aesthetics to differentiate itself from its gasoline-powered sibling - save a few tweaks here and there - and its limited initial availability (CA only for now), and you end up with a vehicle that just isn't on a lot of people's radar. And that's too bad.
You see, none of the above is meant to imply that this is a bad car. In fact, as you read through our driving notes, you'll see that the reality is actually the opposite: Kia has a genuinely solid product on its hands.

The Kia Optima is now available as a plug-in hybrid

The Kia Optima gets electrified two ways for 2017. In addition to the conventional hybrid, there's a new plug-in version as well – makes sense, since the Optima's corporate sister, the Hyundai Sonata is offered with both options. The new Kia Optima Hybrid ditches the larger 2.4-liter internal combustion engine from the previous model in favor of a smaller 2.0, good for 154 horsepower, and mated to a six-speed automatic transmission that does away with the torque converter in favor of an electric clutch, with electric water and oil pumps to help optimize efficiency. Working in tandem with the 38-kW electric motor and juiced by a 1.62-kWh lithium-polymer battery pack, the powertrain delivers a total of 193 horsepower while targeting a 10 percent improvement in fuel efficiency over the previous Optima Hybrid. Not enough? Tew Optima PHEV that uses the same 2.0-liter four, but instead of 38 kW (51 hp), the plug-in's electric motor produces 50 kW (or 67 hp), and instead of 1.62 kWh, the PHEV's lithium-ion battery pack is rated exponentially higher at 9.8 kWh. It's said to travel for 600 miles before needing to stop, or up to 27 miles on electric power alone. And of course it can be recharged directly from the socket, taking less than nine hours on 120 volts and less than three on 240. If those powertrain components sound familiar to you, that's because they're identical to those offered in the Sonata Hybrid and Plug-In Hybrid from Kia's sister brand Hyundai. Only here they're packaged into a more angular, less curvy form and capped by a Kia badge and tiger-nose grille. Interested? There's plenty more to digest in the pair of press releases below. View 10 Photos ALL-NEW KIA OPTIMA HYBRID UNVEILED AT 2016 CHICAGO AUTO SHOW Enhanced HEV Blends Sophisticated Design and Premium Driving Experience with Focus on Efficiency - New powertrain targets 10 percent improvement in fuel economy over outgoing Optima Hybrid - 2017 model infuses aerodynamic form and function into Optima's sleek, modern design - Gas-electric sedan touts intelligent use of technology to deliver comprehensive driver-assistance features CHICAGO, Feb. 11, 2016 – Kia Motors America (KMA) today unveiled the 2017 Kia Optima Hybrid (HEV) at the Chicago Auto Show.

Hyundai and Kia introduce new predictive transmission tech

Hyundai and Kia have announced that the two have developed a new transmission control system that optimizes shift logic to both improve efficiency and reduce "gear hunting." The system utilizes real-time traffic data, built-in 3D navigation and the same sensors that feed the cars' advanced safety and driver assist tech to proactively choose the right gear — even neutral in some cases — to reduce both fuel consumption and wear-and-tear. The Korean sister brands call it the "Information Communication Technology Connected Shift System," or "ICT" for short, and Hyundai says it delivers not just improved frugality, but a better all-around driving experience. ICT programming allows the transmission control unit to collect and interpret traffic, camera, sensor, navigation route, elevation and topographical data.  "Using all of these inputs, the TCU predicts the optimal shift scenario for real-time driving situations through an artificial intelligence algorithm and shifts the gears accordingly," the announcement said. "For example, when a relatively long slow down is expected and radar detects no speed irregularities with the car ahead, the transmission clutch temporarily switches to neutral mode to improve fuel efficiency." While this sounds like a primarily green play, there are quality-of-life improvements too. For example, ICT can also optimize gear selection and shift points for safer highway merges, effectively implementing the equivalent of a "Sport Mode" driving profile when a little extra punch is called for.  Hyundai says the resulting decrease in shifts was significant; in some test scenarios, such as roads with lots of curves, the number of shifts executed by the transmission was reduced by almost half. As an added bonus, these vehicles also utilized their brakes less often (11%), which would reduce wear (and accompanying maintenance costs) over time.  ICT is somewhat future-proof, too, as it was developed to incorporate vehicle-to-vehicle (V2V) data should such networks improve down the line.  The announcement did not say when the new tech would reach customers, committing only to introducing the technology "on future vehicles." If we're betting, the smart money says it will probably on a new Genesis model and trickle down from there. Related Video: