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Recharge Wrap-up: Japan's new hydrogen rules could help Toyota, New Delhi pollution worse than thought

The European Union is funding Fastned EV fast-charging corridors in Germany. The EU has set aside 2 million euros as part of its Trans-European Transport Networks program for Fastned to build the charging stations along major highways in Germany. The EU plans to help fund a network of 155 fast-charging stations along popular routes in Germany, Sweden, Denmark and Holland. Of those, Fastned will build 94 stations in Germany and Holland. Read more in the press release below. Revised hydrogen rules in Japan will make it easier to create hydrogen fueling infrastructure. Japan's Ministry of Economy, Trade and Industry has created guidelines allowing for liquefied hydrogen at filling stations, exceptions to required distances between precooling equipment and public facilities and less expensive materials for hydrogen storage. Toyota stands to gain from the new standards, as making fueling more readily available makes it easier to sell customers on the Mirai fuel cell vehicle. The result could be fiercer competition between Toyota and Tesla in Japan. Read more in the press release below, and at Tech In Asia. New research finds that New Delhi roads suffer from much worse pollution than the average levels recorded throughout the city. Pollution along roads is up to eight times higher than the numbers shown by urban background pollution monitors. With half of the city's population living within 300 meters of a major road, it's a major health concern. Joshua Apte of the University of Texas, Austin, recorded various pollution levels from inside vehicles in hopes of showing the difference between ground-level pollution and the lower numbers at monitoring sites. In the process, Apte found himself developing bronchitis on a quarter of his visits to the city. Read more at the Columbus Telegram. Featured Gallery 2016 Toyota Mirai View 15 Photos Related Gallery Fastned Fast Charging in Germany News Source: Fastned, Japan Ministry of Economy, Trade and Industry, Tech In Asia, Columbus TelegramImage Credit: Toyota Green Tesla Toyota Electric Hydrogen Cars recharge wrapup

The Toyota GT86 Shooting Brake Concept is real

As a two-door wagon the shooting brake exists at the unusual but captivating intersection between practicality and sportiness. This Toyota GT86 Shooting Brake Concept is no different – it's a standard GT86, with no mechanical alterations save the grafted-on wagonette roof and hatch. It's fully functional, too, having turned some laps on Toyota's test tracks. It even has the blessing of Tetsuya Tada, the father of the Toyota 86 and its Subaru BRZ and (now rebadged) Scion FR-S, who's been protective of the original GT86 concept to the point of strenuously resisting any serious power upgrades. This isn't the first shooting brake concept we've seen from the Toyobaru twins, but it's the first Toyota-badged one. Subaru brought the Cross Sport Design Concept to the 2013 Tokyo Motor Show. So how did the GT86 Shooting Brake Concept happen? The story, as Toyota tells it, involves the company's Australian design team. They created a 1/4-scale clay model of the shooting brake, and showed it to Tada when he visited in late 2014. He was so impressed, Toyota says, that he had his hand-picked craftsman in Japan bring the idea to full-scale fruition. The Australian design team, in the outdoor-loving spirit of their country, immediately thought that the longer roof would be perfect for carrying surfboards and other unwieldy sports equipment. And it would be. Meanwhile, Tada and the rest of the Toyota corporation want to tamp down expectations. It's a design study, the company says, and it's just "testing the waters." Toyota won't rule anything out, and Mazda recently surprised everyone with the MX-5 RF's unusual and attractive targa model. Maybe in a world where Mazda felt confident enough to introduce the RF, Toyota can be daring enough to bring a sporty wagon to the masses. We can hope, and maybe if we all make enough noise together Toyota will make it a reality. Related Video: Featured Gallery Toyota GT86 Shooting Brake Concept Scion Subaru Toyota Coupe Hatchback Wagon Concept Cars Performance shooting brake toyota gt86 gt86

The ugly economics of green vehicles

It's fair to say that most consumers would prefer a green vehicle, one that has a lower impact on the environment and goes easy on costly fuel (in all senses of the term). The problem is that most people can't – or won't – pay the price premium or put up with the compromises today's green cars demand. We're not all "cashed-up greenies." In 2013, the average selling price of a new vehicle was $32,086. The truth is that most Americans can't afford a new car, green or not. In 2013, the average selling price of a new vehicle was $32,086. According to a recent Federal Reserve study, the median income for American families was $46,700 in 2013, a five-percent decline from $49,000 in 2010. While $32,000 for a car may not sound like a lot to some, it's about $630 a month financing for 48 months, assuming the buyer can come up with a $6,400 down payment. And that doesn't include gas, insurance, taxes, maintenance and all the rest. It's no wonder that a recent study showed that the average family could afford a new car in only one of 25 major US cities. AutoTrader conducted a recent survey of 1,900 millennials (those born between 1980 and 2000) about their new and used car buying habits. Isabelle Helms, AutoTrader's vice president of research, said millennials are "big on small" vehicles, which tend to be more affordable. Millennials also yearn for alternative-powered vehicles, but "they generally can't afford them." When it comes to the actual behavior of consumers, the operative word is "affordable," not "green." In 2012, US new car sales rose to 14.5 million. But according to Manheim Research, at 40.5 million units, used car sales were almost three times as great. While the days of the smoke-belching beater are mostly gone, it's a safe bet that the used cars are far less green in terms of gas mileage, emissions, new technology, etc., than new ones. Who Pays the Freight? Green cars, particularly alternative-fuel green cars, cost more than their conventional gas-powered siblings. A previous article discussed how escalating costs and limited utility drove me away from leasing a hydrogen fuel cell-powered Hyundai Tucson, which at $50,000, was nearly twice the cost of the equivalent gas-powered version. In Hyundai's defense, it's fair to ask who should pay the costs of developing and implementing new technology vehicles and the infrastructure to support them.