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Volvo to adopt NACS port, partners with Tesla for Supercharger access

Volvo is the next automaker to announce that it’s signed an agreement with Tesla with will allow its current and future electric vehicles use of the Supercharger network. Plus, just like Ford and GM, Volvo says its new EVs from 2025 on will be equipped with the North American Charging Standard (NACS) port instead of the Combined Charging System (CCS) port. This agreement makes Volvo the first European automaker to adopt TeslaÂ’s charge port and gain access to the 12,000-plus Superchargers across the U.S. Volvo says that owners of its EVs will be able to access Superchargers as early as the first half of 2024 with an adapter. For Volvo EVs built with the NACS port, Volvo says those vehicles will still be capable of charging on CCS chargers with an adapter provided by Volvo. Volvo didnÂ’t explicitly say that the Supercharger network would be integrated into its carsÂ’ native navigation system (which is just Google Maps these days), but it did say that folks will be able to use the Volvo Cars app to do so. Via the app, youÂ’ll be able to locate chargers, get real-time availability info and pay for charging sessions. “As part of our journey to becoming fully electric by 2030, we want to make life with an electric car as easy as possible,” said Jim Rowan, Volvo CEO. “One major inhibitor to more people making the shift to electric driving – a key step in making transportation more sustainable – is access to easy and convenient charging infrastructure. Today, with this agreement, weÂ’re taking a major step to remove this threshold for Volvo drivers in the United States, Canada and Mexico.” Stay tuned, as itÂ’s only a matter of time until more and more automakers make a similar decision as Ford, GM and Volvo just made. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Recharge Wrap-up: Chevy Volt class action suit proposed, Tesla stock could outperform in 2015

A class action suit has been proposed against General Motors for a steering problem in the Chevrolet Volt. The plaintiffs claim that a defect can cause the steering to freeze intermittently, and that General Motors either knows or should have known about the problem. The case, filed in New Jersey, also claims that defective parts are replaced with the same or similar parts, which are also defective. The plaintiffs say that claims for the 100-plus-member class exceed $5 million. Read more at Law360 or at BigClassAction. Tesla Motors stock (TSLA) has risen after weeks of losses. It gained 5.4 percent during the week ending December 19, when it closed at $219.29 per share. Since then, it rose slightly more, closing at $222.26 on December 24. Morgan Stanley lowered its target price on Tesla stock from $320 to $290, predicting lower sales on the upcoming Model III than expected before, but still called Tesla a good long-term investment. Analysts at CNBC predicted Tesla to be the best performing stock of 2015. Read more at ETF Daily News. Oslo- and New York-based architecture firm Snohetta has designed a zero-emissions house that also charges an electric car. The ZEB Pilot House, built in Larvik, Norway, uses a solar panel on the roof to power the house, which also provides enough excess energy to charge an EV. To make the most of energy most efficiently, the house uses smart technology to use as much energy as it can once it's harvested. This means one can turn on appliances like the washing machine remotely while the sun is at the optimum angle in the sky - perhaps during mid-day when the residents are at work. The house also uses organic materials and is designed to save as much energy as possible. Read more at Wired.

Recharge Wrap-up: Toyota allowed to inspect own hydrogen tanks, Telsa tour reveals expansion

Japan's Ministry of Economy, Trade and Ministry has certified Toyota to self-inspect its high-pressure hydrogen tanks. The approval allows more freedom in production timing, as outside inspectors previously had to be on site during the manufacture of hydrogen tanks for vehicle prototypes. Toyota has passed the stringent standards to become a registered manufacturer of the 700-bar hydrogen tanks, which the company will use in its upcoming fuel cell vehicle (FCV). With the improved efficiency this certification allows in the manufacturing process, Toyota believes it will help to lower the cost of the FCV. Read more in the press release below. A look inside Telsa's fremont Factory shows thriving activity and increased capacity. Analyst Trip Chowdhry, in a rare tour of the factory, describes a bustling facility capable of producing the Model X and Model III alongside the Model S. A part of the floor labeled "Driver Assist" suggests to Teslarati that Tesla is researching a self-driving car. Chowdhry reports that the factory lobby was "busy with European suppliers and Asian suppliers." He also found an energized workforce and culture similar to Silicon Valley startups. Read more at International Business Times. Mahindra has introduced a premium version of the e2o electric car, made in partnership with Reva. The car features a range of almost 75 miles, power steering, infotainment, rear-view parking camera, driver information display and an emergency power reserve feature, called REVive, offering an extra five miles of range activated through a smartphone. Mahindra also launched a program called "Goodbye Fuel, Hello Electric" in which customers pay to use the e2o by the mile. Learn more at The Indian Express. Toyota Approved to Self-inspect and Manufacture Hydrogen Tanks for FCVs Toyota City, Japan, August 29, 2014-Toyota Motor Corporation has received approval from Japan's Ministry of Economy, Trade and Industry (METI) to self-inspect and manufacture high-pressure hydrogen tanks for fuel cell vehicles (FCVs). This makes Toyota the first company to become a registered manufacturer of 70 MPa (700 bar) hydrogen tanks under Japan's High Pressure Gas Safety Act, revised in 1997 by METI. Toyota will now be able to increase the efficiency of the process of manufacturing safe high-pressure hydrogen tanks that ensure customer confidence.