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Recharge Wrap-up: QR code hints at Tesla Supercharger in Mexico, Lyft tests scheduling

A QR code in a parking garage hints at an upcoming Tesla Supercharger in Mexico. The mysterious QR code directs to a tweet from Elon Musk where he affirms that Tesla will expand its charging network into Mexico "this year." The folks at Teslarati reached out to the automaker, and a spokesperson responded by saying, "Yes, we can confirm that we are planning on having our first Supercharger in Mexico in Cuernavaca City." That's about 50 miles south of Mexico City, where the country's lone Tesla store is located. Read more at Teslarati. Lyft is testing out a ride scheduling system for its ride-hailing service in San Francisco. When requesting a ride, users can select a pickup time up to 24 hours out, ensuring they'll be able to get where they need to go. Users can cancel or change the time up to 30 minutes before their scheduled ride. Lyft says it plans to expand the scheduling service to more users this summer. Read more from Lyft, or at Green Car Congress. Renault is partnering with other automakers and charging operators as part of the EU's Fast-E charging project. Fast-E seeks to install fast-charging infrastructure for electric vehicles along Germany and Belgium's main motorways, financed by the EU and nine companies, including Renault, BMW, Volkswagen and Nissan. The 278 charging stations will be installed every 50 miles along the major roadways by the end of the year, at a cost of about $20 million. A sister project in the Czech Republic and Slovakia plans to add another 30 charging stations in those countries. Read more in the press release below. Renault is a partner of the European fast-charging project Fast-E in Germany • Official launch of Fast-E project co-financed by the European Union and nine companies, including Renault, in Berlin and Brussels. • 241 charging stations installed in Germany and 37 in Belgium by the end of 2016. • A sister project between the Czech Republic and Slovakia adds another 30 charging stations. The 278 charging points set up every 80 km along Germany and Belgium's main motorways, will allow drivers of electric vehicles to "refuel" and extend their car's range. The total investment of the EU-funded cooperation is approximately ˆ18 million. Every one of the multi-standard fast-chargers spread out over four countries have AC and DC connections, allowing drivers to charge their vehicles' batteries easily and quickly. Electric vehicles can be charge up to 80% on the charging stations within an hour.

Tesla takes New York Times to task for damning Model S review

The social media tête-à-tête between the New York Times and Tesla CEO Elon Musk, stemming from a defamatory review by John Broder of the Model S and Tesla's new "Supercharger" network on the East Coast, is heating up in a major way. Just yesterday we summarized the Twitter spat, and now Musk has expanded upon the data recorded during Broder's test drive - adding major credence to the criticism of the NYT writer.
The smoking gun in this case is the information that was captured by the data recorder in Broder's loaned Model S. The data recording function is one that is only activated for consumers when permission has been expressly granted, says Musk, but is always turned on in the case of media vehicles. Thusly equipped, Broder's vehicle was keeping track of speed, charging data, map data and more, presumably without the writer's foreknowledge.
The evidence recorded by the in-car systems happens to contravene Broder's most damning claims of the Tesla, says Musk in his article titled A Most Peculiar Test Drive. First, and perhaps most shockingly, the Model S "State of Charge" log shows that Broder's test car "never ran out of energy at any time." Broder's reporting indicated that the car ran completely out of juice at one point and had to be evacuated on a flatbed truck. The data log also points out that the trip was made at speeds ranging from 65 to 81 miles per hour, where the writer claimed to have set the cruise control at 54 mph, with periods of driving as slowly as 45 mph.

Learn hidden Tesla Model S safety facts from this first responder video

We all know that crashes can happen in a Tesla Model S. What not all of us know is how to approach a smashed vehicle in such a situation. That's where a new video, Emergency Response To Electric Vehicles, with Brock Archer and Ron Moore from Boron Extrication comes in. The training video, put together with the help of Tesla Motors, does not feature any spectacular crash footage (you can get that here) but does cover things like demystifying the dangers of an EV that has crashed in a puddle of water, the way an EV's body structure could fracture while being cut and the basics of electricity flowing through a circuit. It also discusses a few pertinent questions: How do the two electrical systems (12V low-voltage system and the high-voltage powertrain system) affect first responders trying to cut their way into the passenger cabin? Do first responders know all of the different ways an EV tells you if it is currently receiving a charge when it is plugged in? How can you locate the different types of batteries? There's lots here that applies to all EVs in the 37-minute video, not just the Model S, so if you want to know more about how safe - or unsafe - they are after an accident, watch the whole thing below. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Auto News Green Tesla Safety Electric Videos first responder