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Recharge Wrap-up: Couple wins Toyota Mirai; Tesla Gigafactory wages reported

A couple who won a Toyota Mirai at the Los Angeles Auto Show are among the first people to own the new fuel-cell sedan. Marianne Ellis bought the winning ticket - auctioned off by the Environmental Media Association to fund environmental programs - as a possible 30th anniversary gift for her husband, David. The excited couple picked up their ceremonial keys at the LA Auto Show on Wednesday. "For us, it's about being at the cutting edge of change," says Marianne Ellis. "It's a chance to support environmental causes and clean energy, while showing it's possible to make a car like this part of your lifestyle." The Mirai will go on sale in California in the fall of 2015. Read more in the press release below. The salaries for 6,500 full-time employees at Tesla's Gigafactory battery production facility have been reported. According to the Reno Gazette-Journal, the 4,550 production associates and 200 material handlers will be paid $22.79 an hour. 460 equipment technicians and 360 quality technicians will get $27.88 an hour. 930 engineers and senior staff will earn $41.83, or $87,000 a year. Tesla plans to staff 6,500 people at the Reno, Nevada-based Gigafactory by 2020. Read more at the Reno Gazette-Journal or at Teslarati. The National Biodiesel Board (NBB) has elected its governing board members. The board leaders include Sprague Operating Resources Chairman Steven J. Levy, Minnesota Soybean Processors Vice Chair Ron Marr, American Soybean Association Treasurer Mike Cunningham and Nebraska Soybean Board Secretary Greg Anderson. NBB also filled four more spots on the board, discussed federal policies, began program planning and recognized outstanding member involvement in the biodiesel industry. Read more at Biodiesel Magazine. The US Department of Energy (DOE) has reported progress on renewable and low-carbon hydrogen production. The DOE calls electrolysis, photoelectrochemical, biological and solar-thermochemical key areas of hydrogen production and has made advances in each. The DOE is looking into technological advancements in making the clean fuel and ways to reduce production costs. The DOE has also outlined various plans for the 2015 fiscal year with regard to advancing hydrogen technology, with the goal of getting hydrogen prices in line with other fuels. Read more at Green Car Congress. Toyota Mirai Winners Celebrate The Future November 19, 2014 TORRANCE, Calif. (Nov.

Mazda-Toyota partnership has us dreaming of a rotary hybrid

As you may have seen, Mazda and Toyota are going to be working a little more closely with each other. In their announcement, the two companies said they'd be building an American assembly plant together, and working on electric vehicle technology. But one of the companies' goals got our mental gears turning: It's listed as "Expand complementary products," and it's left very open-ended. The companies say they "will further explore the possibilities of other complementary products on a global level." These are in addition to Mazda providing the Mazda2 to Toyota as the Yaris iA, and Toyota providing Mazda a commercial van to sell in Japan. So what could these future complementary products be? We have a couple of ideas, one that's ludicrous but awesome (and, sadly, probably won't ever happen), and the other grounded in reality. Let's start with the fun one. What's the one thing Mazda fan has been wanting for years? A rotary sports car, of course! And while Mazda has repeatedly said that it has a small band of engineers plugging away at the spinning triangle problem, the odds of Mazda putting it into production have been slim. The inherent thirst of the rotary would make it tough to introduce when fuel economy regulations have been tightening. Plus, Mazda is a small company that needs to stretch every dollar, and having a one-off engine not based on anything else would be expensive. How could Mazda get around these obstacles? This is where the partnership with Toyota comes in, in our long-shot fantasy. Aside from having deep pockets, Toyota has a wealth of knowledge in the realm of hybrids. Thus, why not a rotary hybrid? Electrifying their oddball motor would fix two issues. One is obviously the fuel economy, since the gas engine wouldn't have to run all the time. The other is in providing torque. Rotaries infamously have little torque, especially down low, so adding an electric motor would allow this hypothetical rotary sports car to have a grunty low end, while still providing the Everest-high redline rotary fans like. The idea would be sweetened with the solid-state batteries that Toyota is developing, which could provide lots of electricity without weighing a ton. The rotary-electric mashup notion isn't totally alien to Mazda, either, since the company created an electric Mazda2 with a rotary engine for a range extender — albeit for different reasons. The company even filed a patent for the rotary range extender recently.

Toyota's new TNGA platform could boost Prius to 58 mpg

First, let's put the necessary context around the phrase, "Toyota New Global Architecture platform." The platform is important, but it is just one flowering bud sprouting from the real action, which is the production processes that will create it. It is crucial to understand that TNGA is fundamentally about a revolution in how Toyota designs and builds its cars - it even includes an overhaul of management and human resources - with one of the benefits being the new platform that the 2016 Prius will ride on. The Daily Kanban goes in depth about the changes, but integrated development for powertrain and platforms serves to reduces costs through more parts-sharing at the same time as it creates more cohesive platforms that are lighter, more compact, and have more efficient layouts. Regarding hybrids, Toyota says the new drive unit layout along with small components could raise hybrid efficiency "by more than 15 percent." That might enable the 2016 Prius to return 57.5-mpg combined - almost 59 in the city, 55 on the highway. Plus, the higher rigidity, lower center of gravity, and better suspension of the new platform will provide a better driving experience. All of these changes will be reflected in platforms for large and rear-wheel-drive vehicles, too. It is factory and build-process refinement that allows the development advances to be fully exploited. Toyota is making its lines more flexible, partly by having actual assembly lines that can easily be shortened, lengthened, or trucked somewhere else, and partly by introducing machines that can build parts for many different vehicles on the same line as needed, without using molds. The flexibility extends to capital investment, too, with much less money needed in order to switch to a new product build. Toyota says it is doing this to "improve core vehicle performance and product appeal," the overhaul making it simpler to produce new designs and features. Factory workers benefit from the flexibility as well; being able to build more types of cars means they aren't hamstrung by the sales fortunes of a small number of models. You'll find plenty of specifics in the press release below. Making Ever-better Cars: A Progress Report "Sudden and drastic changes in the business environment mean that conventional ways of thinking and doing business can no longer help us grow sustainably.