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Elon Musk wants to build an Internet in space

The next James Bond film is called Spectre; if the villainous mastermind driving that Jaguar C-X75 isn't named Elon Musk, we'll want to know why not. The real-life Musk isn't evil so far as we can tell, but we gotta say he's just as ambitious as Ernst Blofeld ever was. While opening a SpaceX office in Seattle, the face of Tesla said that the engineers and software programmers in the Pacific Northwest outpost will be working on "a global communications system that would be larger than anything that has been talked about to date" on top of their Falcon rocket and Dragon capsule duties. Musk's idea is that hundreds of satellites in low-Earth orbit would get information around the world much faster, and be provide better Internet service for "people in sparsely populated areas." Once the folks in the terrestrial hinterlands are taken care of, Musk envisions the network providing the foundation for a satellite network that would provide Earth-to-Mars communications to the Mars-based colony that the SpaceX CEO expects will wear company branding. The idea isn't new - one of Musk's peers is working on the same concept, backed by Qualcomm and the Virgin Group. But Musk says that OneWeb, the competitor, has a different concept for the underlying architecture and that his satellites would be "an order of magnitude more sophisticated." If you're trying to figure out what the area code to Mars is, you're way ahead of things: Musk says the terrestrial satellite system won't be ready for at least five years. And since the average distance to Mars is 140 million miles, it'll probably be a few years after that before you can shoot a text to the Spirit and Opportunity rovers. Related Video: News Source: BloombergImage Credit: AP Photo/Paul Sancya Green Tesla Technology Mars satellite communications

Tesla patents Supercharger that can handle herd of EVs

Tesla Motors is quietly getting ready for an electric-vehicle charging station that could be considered smarter than the drivers using it. The California-based automaker has applied for a number of patents (details here) in which its super-quick Superchargers would be programmable to better manage what Tesla hopes will be a mass influx of thirsty Model S (and Model X and, potentially, Model E) EVs. This company thinks big. Among other things, the patents detail a charging station that has multiple charging ports and that can manage multiple charging stages. It can also do things like redirect power to either whichever car arrives first or, by measuring the batteries' respective states of charge, who needs it the most. Heck, there's even a provision where the system can redirect power according to the drivers' intended departure time, i.e. whomever says they're sticking around the longest gets last charge. If the station could also get drivers to be truthful about such things, that'd be a real accomplishment. Tesla has already had a lot of success with its Supercharger network, which is now expansive enough to exclusively power a cross-country drive. Earlier this month, a couple of Model S vehicles went from Los Angeles to New York City using nothing but Superchargers and pulled off the trip in 76.5 hours (the blog posts are here). We're guessing those EVs may have broken the speed limit here or there, but don't quote us. Featured Gallery Tesla Supercharger News Source: Google via Green Car Reports Green Tesla Technology Emerging Technologies Electric charging station patent supercharger

Recharge Wrap-up: Mazda, Subaru and Toyota PHEV, Nomadic Power grant

The next generation of the Toyota Prius Plug-in Hybrid looks to be important for Mazda and Subaru as well. Toyota will likely need to sell more of the new plug-in hybrid to meet stricter ZEV standards in California. That means it will get more extra electric range, as customers have been asking for. Subaru and Mazda will also have to adhere to the California standards beginning in 2018. Those two smaller automakers will likely license a plug-in hybrid powertrain from Toyota in order to fulfill compliance. Read more at Green Car Reports. Tesla is partnering with Dalhousie University to improve battery technology. Tesla signed a five-year research agreement with Dalhousie's Jeff Dahn, a lithium-ion battery researcher. Dahn and the 25 researchers in his lab will work with Tesla's Director of Battery Technology, Kurt Kelty, to increase capacity through improved materials. The collaboration could be important both for Tesla's automotive and stationary batteries. "Our research group's goal is to increase the energy density and lifetime of Li-ion batteries, so we can drive down costs in automotive and grid energy storage applications," says Dahn. Read more from Dalhousie University. Nomadic Power is receiving a European Commission grant worth ˆ2 million (about $2.26 million) for trailer-mounted mobile batteries. Nomadic Power's mobile batteries, called Nomads, have incorporated photovoltaic systems and can be used to extend the electric driving range of a plug-in vehicle, or to provide backup power to a home. The Nomads use an intelligent energy management system to learn and predict user behavior and manage the solar system based on weather forecasts. "We see a strong future in electric-powered mobility and an increasing use of renewable energy, photovoltaic power in particular," says Nomadic Power CEO Dr. Manfred Baumgaertner. "Our mobile batteries have great potential in these markets that recently got a significant shot in the arm by Tesla's announcements." Read more from Nomadic Power, and at Green Car Congress. Related Gallery 2012 Toyota Prius Plug-In: First Drive View 24 Photos News Source: Green Car Reports, Dalhousie University, Green Car Congress, Nomadic PowerImage Credit: Nomadic Power Government/Legal Green Mazda Subaru Tesla Toyota Technology Electric recharge wrapup