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VW uses NorCal Forest to make e-Golf carbon neutral

On the one hand, it's just a forest. There are beautiful redwood trees and clean air, cool, quiet creeks and hidden wildlife. You know, a forest. The kind that have existed for millions of years. On the other, it's a carefully managed collection of natural resources that lets companies pay money to make their products more beneficial to the environment. Welcome to the Garcia River Forest. For our purposes, the Garcia River Forest is interesting because of its connection to Volkswagen. Its young redwoods are helping Volkswagen create something almost unheard of in the automotive industry: a (mostly) carbon-neutral car. The 10,000-foot overview of how this works is as follows: when you buy the electric car, part of your money goes to support three carbon offset projects. These projects (the one in the Garcia River Forest, the Big River And Salmon Creek Forests in California, and the McKinney Landfill in Texas) have put a price on the value of not letting more carbon get into our atmosphere. The calculations come in the form of credits per metric ton of CO2 and VW has paid enough money to cover the emissions it generates during the production and distribution of the e-Golf as well as the charging for around 36,000 miles of driving. VW worked with 3Degrees, a provider of carbon offset services, to calculate the amount of greenhouse gas (GHG) emissions that each e-Golf will be responsible for, from the factory to the driveway. The Garcia River Forest location is managed by The Conservation Fund (TCF). VW originally announced the carbon-neutral program back when it revealed US details for the e-Golf, in August 2013. Stuart Gardner, project manager at VW of America for the Golf family, told AutoblogGreen that the idea for the carbon offset came from the way VW understands plug-in vehicle buyers. "At Volkswagen, we strive to be leaders in e-mobility and developing alternative powertrains and we realize that, when someone buys an electric vehicle - the e-Golf, for example - they are doing more than just buying an electric vehicle," he said. "They are buying a lifestyle and they want to engage in this lifestyle." VW is not releasing the specific amount of the purchase price of each e-Golf that is directed to the Garcia River Forest (or any other carbon offset projects).

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

Volkswagen's 261-mpg hand-built XL1 headed for Geneva

After years of rumors, development and testing, the Volkswagen XL1 is finally about to become a reality. The project that began life as a daring 1-Liter concept car in 2002, will finally get its production-ready curtain call at the Geneva Motor Show in just a few weeks.
As soon as it hits the streets, the two-seat XL1 will instantly become the most fuel-efficient and most aerodynamic production car in the world. The car uses a plug-in hybrid system to achieve mind-blowing consumption of just 0.9 liters of diesel fuel consumed every 100 kilometers (and average of roughly 261 miles per gallon). Plus, the XL1 can go up to 50 kilometers on its battery power alone. Coefficient of drag is a miniscule 0.189, thanks to a tiny frontal area and an obviously slippery shape.
XL1 power comes from a two-cylinder diesel motor connected to a seven-speed dual-clutch gearbox, while the 20 kW electric motor is fed by a lithium-ion battery. Both combine to give the XL1 performance figures that are, while not stirring, not shabby considering its extreme frugality: 0-62 miles per hour comes up in 12.7 seconds and top speed is nearly 146 mph.