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Recharge Wrap-up: Tesla charging times compared, VW's 70s hybrid tech

A video shows the difference in Tesla Model S charging speeds with different chargers. The video compares the 60- and 80-kWh versions of the car using a Tesla Supercharger, a CHAdeMo fast charger and Tesla's High Power Wall Connector (HPWC). With the Supercharger, both models charge from to 80 percent in 44 minutes. It's over an hour and a quarter for both cars with the CHAdeMo, but they're about neck and neck in terms of time. The HPWC takes the longest, with the 60-kWh car finishing long before the 85-kWh version. See the video above, and read more at Teslarati. Volkswagen had prototype hybrid technology back in the 1970s. A book called The Complete Book of Electric Vehicles by Sheldon Shacket describes the technology used in Volkswagen's Hybrid-Electric City Taxi prototype, which was based on the Type II microbus. It used the automaker's 1.6-liter air-cooled flat-four (borrowed from the Beetle) along with a Bosch DC shunt electric motor and 11 lead-acid batteries. Interestingly, the hybrid taxi prototype also featured an electric sliding door and a bulletproof bulkhead separating the driver from the passengers. Read more at Jalopnik, and at Green Car Reports. Country music star Lee Brice is going on tour fueled by biodiesel. Partnering with nonprofit environmental organization Reverb, Brice is using the biofuel to travel to college campuses. "We're hoping to offset the environmental impact of the tour by supporting clean energy projects and using buses and trucks fueled with locally produced biodiesel," says Brice, who is personally focused on natural preservation and water conservation. Read more at Domestic Fuel, or at The Boot. Related Gallery Tesla Model S: Quick Spin View 33 Photos News Source: Teslarati, Jalopnik, Green Car Reports, Domestic Fuel, The BootImage Credit: Copyright 2015 Drew Phillips / AOL Celebrities Green Tesla Volkswagen Alternative Fuels Biodiesel Electric Hybrid Videos recharge wrapup

Recharge Wrap-up: VW Caddy TGI BlueMotion, VR tour of Tesla Model X

Take a 360-degree virtual tour of the Tesla Model X. Best viewed in the YouTube app on your smartphone, the video above - courtesy of Canadian Press Video News – allows you to look around the inside of the Model X as though you were sitting inside it. While you're viewing it, keep in mind Tesla CEO Elon Musk's words about virtual reality: "It's quite transformative. You really feel like you're there." See the video above, and read more at Teslarati. LG Chem's batteries for the 2017 Chrysler Pacifica Hybrid minivan will be the Korean company's first time engineering and manufacturing a complete battery pack in Michigan for a volume production North American plug-in hybrid. The packs include lithium-ion cells, electronics and control units. The batteries were engineered at LG Chem's Troy, Michigan facility, and will be built at the company's Holland, Michigan plant. "Our experience with entire battery packs, including cell design and manufacturing capability, as well as our expertise in vehicle integration, makes us the ideal battery supplier for the Pacifica Hybrid," says LGCPI CEO Denise Gray. "We believe our technical strengths, engineering and manufacturing expertise, position us as a leading battery and control system provider for electric vehicles today and in the future." Read more at Green Car Congress. Volkswagen Commercial Vehicles will debut its Caddy TGI BlueMotion van at the Geneva Motor Show. The van, which is suited to family, taxi or city delivery use, can run on CNG or bio-natural gas in addition to gasoline. It also features a six-speed DSG dual-clutch transmission – a first in its class. The multiple high-pressure tanks for compressed gas are located under the floor, preserving all the Caddy's precious cargo space. A TGI version of the Caddy Alltrack will also be available, initially with a six-speed manual transmission, with the DSG option arriving in the middle of 2016. Read more at Green Car Congress, and in the press release below.

The VW emissions carnage assessment with an upside

Bombs cause destruction. Even if they're intelligently guided and pinpoint, there's always collateral damage. The strange Volkswagen brew, which is still spontaneously combusting in plain sight, will result in aftershocks for years. And the professional end of the corporation's top leadership will not be the only casualties. Blows are striking shareholder confidence, the residual value of the cars involved, consumer confidence, and the German economy itself. A hard rain's going to fall elsewhere, too. Here are just four damage assessment areas. The High-Compression Past and Low-Compassion Future of Diesels Despite European and especially German manufacturers' high belief that diesel engines were a way to light-duty automotive salvation, VW's scandal started the last nail in the fuel's coffin. Regulations both in the U.S. and in Europe for particulates and nitrogen oxide (NOx) are getting much harder to meet, and this is at the very core of VW's deception. Even with the high-cost exhaust after-treatment systems, sky-high fuel pressure, and sophisticated electronics, the inescapable NOx realities won't be washable by technology in an affordable way. German engineering pride will have to work a real miracle to meet these looming regs and the stain of VW's scandal did the whole diesel movement no favors. Perhaps not so ironically, the E.U. adopted more stringent emission standards this year, which closely mimic the U.S. Tier 2, Bin 5 figures phased in for 2008. Indeed, when VW announced it was able to meet the stringent US NOx emissions standards in 2009 for its diesel engines without urea injection as an exhaust after-treatment, it was a particularly high point of engineering pride for the company. No other manufacturer had figured out how to do so. One Honda official at the time remarked that they had simply no idea how VW was achieving this feat and Honda couldn't come close. Well, neither could VW. On a macro scale, European cities are also starting to face government fines for air quality violations. This is forcing those cities to find various ways to cut smog-related causes like tailpipe emissions. In fact, Paris has gone to the length of restricting car use on a sliding scale when smog persists, while electric cars are free to roam. France's longer and larger plan is banning diesel fuel for light-duty transportation entirely. But why was there a frothy focus by the European manufacturers on diesels in the first place?