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Honda, GM fuel-cell partnership wants to reduce hydrogen refueling costs

To paraphrase the old political adage, it's the cost, stupid. Dollar signs are what's prompting Honda and General Motors to partner up to accelerate development of a hydrogen fuel cell system. With about half the cost of a fuel-cell system tied up in its fuel-cell stack, GM and Honda are looking to help each other drive costs down, according to a presentation by GM fuel cell research and development director Mark Mathias said in a presentation at the SAE 2014 Hybrid & Electric Vehicle Technologies Symposium. According to Green Car Congress, Honda and GM are looking to reap the fruits of their collective labor by 2020. As with other automakers, the high cost of producing fuel-cell vehicles is the fly in the ointment of a powertrain technology that combines the same range as gas-powered vehicles but with zero emissions. In the meantime, Honda, which makes the very limited production FCX Clarity fuel-cell vehicle, is slated to start selling its own mass-market fuel-cell vehicle in 2015. The two automakers made their partnership announcement last summer and said they contribute to expanding hydrogen fuel infrastructure in California during the next few years. Earlier, Ford, Mercedes-Benz parent Daimler and Nissan also said they would work together to speed up fuel-cell technology development.

HyFive hydrogen infrastructure gets $51M boost across Europe

"High five!" was one of the catch-phrases of Sacha Baron Cohen's Kazakh comedic alter ego Borat. A real-world HyFive is being announced by a power broker named Boris. And this is serious business. London Mayor Boris Johnson has announced a program called HyFive, which will see automakers and other entities invest 31 million British pounds ($51 million US) in a demonstration project for hydrogen fuel-cell vehicles. By next year, London will have three hydrogen refueling stations, while there will be one each in the Danish cities of Aarhus and Odense and one in Innsbruck, Austria. Leaders of the program are planning for other stations in Sweden, Germany and Italy. The five participating automakers are BMW, Mercedes-Benz parent Daimler, Honda, Hyundai and Toyota, while other companies involved include Copenhagen Hydrogen Network, ITM Power and Linde. Those OEMs will make 110 fuel-cell vehicles available for deployment in Bolzano, Copenhagen, Innsbruck, London, Munich and Stuttgart. The program represents an effort to address the "chicken or egg?" challenge inherent to establishing a hydrogen fuel cell vehicle market. While the powertrain technology provides benefits by combining fossil-fuel-like refueling times with long driving ranges and zero emissions, establishing a refueling network and building fuel-cell vehicles is prohibitively expensive, especially in low volumes. The London mayor is no stranger to green transportation technology. Late last year, Johnson made himself available for a photo opportunity with Ecotive and Frazer-Nash, which had developed a six-passenger extended-range plug-in taxicab. The mayor got a test drive in the cabs this week. You can check out the HyFive press release below. Global leaders sign up to GBP31m plan to demonstrate viability of hydrogen vehicles International project HyFive pioneers hydrogen fuel cell technology A pioneering GBP31 million deal will be struck today (3 April) to make hydrogen vehicles a viable and environmentally friendly choice for motorists across Europe. Leading motor manufacturers, hydrogen fuel suppliers, the Mayor of London's Office and energy consultancies from around the globe are signing up to the HyFive project, the largest of its kind in Europe, at City Hall in London today.

Buckeye Current back on track at Pikes Peak with new rider [w/video]

After suffering a major setback, the Buckeye Current electric motorcycle racing team of students from Ohio State University looks set to take on the 2015 Pikes Peak International Hill Climb on June 28. The squad's longtime rider Rob Barber suffered a crash on the bike during practice for the event. Now, three-time Pikes Peak 450 Pro Class winner Joe Prussiano (pictured above) has taken over to challenge the mountain for the group. In some ways, Buckeye Current is the scrappy underdog of the electric motorcycle racing world. The student team has definitely shown speed, though. In 2013 and 2014, its bikes took consecutive third place finishes in the Isle of Man TT Zero with Barber in the saddle. This year the squad's sights are set on Pikes Peak with a new bike called the RW-3, and the aim is for a possible overall motorcycle record. Utilizing a frame from a Honda CBR1000RR, the students created the 7.8-kWh battery pack, carbon fiber fairing, and electronics system. The team estimates the cycle is making over 134 horsepower and is capable of an average speed of 76 miles per hour up the hill climb. Following Barber's crash, the RW-3 had to be rebuilt, but it has now passed tech inspection to race up the mountain again. Scroll down and check out Prussiano's first ride of the RW-3 on America's Mountain. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. BUCKEYE CURRENT RALLIES TO COMPETE IN THE 2015 PIKES PEAK INTERNATIONAL HILL CLIMB Buckeye Current, the student electric motorcycle team at The Ohio State University, has completed its latest all-electric racing motorcycle. RW-3 will compete in the 2015 Pikes Peak International Hill Climb June 28. This follows on the success of the team's 2013 and 2014 Isle of Man TT Zero performances in which renowned rider Rob Barber piloted the team's RW-2 and then RW-2.X vehicles to third place victories, achieving the title of the world's fastest collegiate electric motorcycle two years in a row. After earning two podium finishes at the Isle of Man, the team was looking ahead to a new challenge. This year the team had to create an entirely new bike to conquer Pikes Peak. RW-3 is designed to average 76 miles per hour through the course with a top speed of 125 miles per hour. The battery pack holds 7.8 kilowatt-hours of energy on board and contains 972 individual 18650 cylindrical battery cells.