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Toyota i-Road is no less strange in the flesh

We've seen plenty of three-wheeled creations in our day, but none quite like the Toyota i-Road Concept. The "personal mobility vehicle" offers seating for two with driver and passenger positioned in a tandem position. While that may sound more like a motorcycle than a car, the closed cockpit means riders don't need a helmet. The design also takes a page from the 2008 Peugeot HyMotion3 Concept with an articulating front suspension that allows the driver to lean through corners thanks to "Active Lean" self-balancing technology. Unlike the funky Pug, however, the i-Road is a fully electric plug-in vehicle.
While there are just five-horsepower on hand from an electric motor, the i-Road should serve up a range of around 30 miles thanks to its lithium-ion battery, and Toyota claims the cells can be topped off in three hours with a "conventional domestic power supply." Sounds majestic. Take in the full press release below.

Toyota announces new, more efficient powertrains for 60 percent of its vehicles by 2021

In the face of increasingly strict standards on fuel economy and CO2 emissions, Toyota announced today that it's introducing a new hybrid system, a new 2.5-liter direct-injection inline four-cylinder engine, and two new transmissions – an eight- and a 10-speed. The development of all of these components will be based around the Toyota New Global Architecture, or TNGA. Development of the systems has moved forward and the new powertrains will find their way into vehicles starting next year. TNGA, like Mazda's Skyactiv technology, is a complete design philosophy that focuses on more than just a clean or efficient engine. The first vehicle to deploy the TNGA platform was the current, fourth-generation Prius. With TNGA, Toyota focused on improving handling, ride, and braking performance. The new powertrains are meant to compliment this new platform by being both engaging to drive and fuel efficient. Since TNGA can be adapted for front-, rear-, or all-wheel-drive layouts, it's capable of underpinning a number of potential products. Toyota is arguably the leader in hybrid technology, and taking lessons learned in the development of the current Prius, the automaker has developed the new Toyota Hybrid System II, or THS-II, for rear-wheel-drive applications. Performance has improved versus the outgoing model, and Toyota says efficiency, especially at high speeds, has been improved. In addition, the system's use in plug-in vehicles has been improved. For the first time, the electric motor will be able to provide direct driving power, whereas before it simply acted as a generator. The new, naturally aspirated 2.5-liter four-cylinder, like the THS-II, has been designed around the TNGA platform. Most notably, the thermal efficiency of the engine has been improved. This means a higher output and improved exhaust and cooling. The new engine, which works in both traditional and hybrid applications, will proliferate through the Toyota and Lexus lineup. Toyota's two new automatic transmissions, like the new engines, are based on the TNGA system. That means a lighter and more compact design relative to similar transmissions. The 10-speed is intended for rear-wheel-drive Lexus products like the GS and LS. The tuning has been adjusted to improve response and smooth out shifts, though it's impossible to say how much it's been improved without getting behind the wheel.

Dutch Toyota dealer has plans for old Prius batteries as solar backup

A Toyota dealer in the Netherlands is looking to the sky for power. The Louwman Hague Toyota dealership has put almost 1,000 solar panels on the roof, and there might be some Prius hybrid batteries involved. Our Dutch isn't as good as it could be and our questions to Toyota in the US haven't turned up any definitive answers, but there is some mention that these solar panels are will someday be feeding power into a bank of Toyota hybrid batteries. The 1,000 panels make up 1,600 square meters, about the size of 4.5 IMAX movie screens, and is the largest in the area. They generate around a quarter of a megawatt of energy [as our readers point out, this is what the translation says, but it doesn't make sense, so we think it might mean a quarter MW of power a day], which is enough to power 80 homes. The excess electricity will go into the battery packs that have (possibly) already been used in a Prius or another of the company's hybrid. There are many examples of automotive batteries being tested as stationary back-up power sources, and maybe this Dutch solution can be used as a guide when Toyota sets up its new US headquarters in sunny Texas.