Yes, the wind-powered vehicle of Zero Carbonista is still unnamed, but Dale Vince and his team are still on the go of creating this innovative car magnanimo.
Dale Vince and his team, commissioned by Ecotricity, have this vision of empowering all vehicles in Britain by wind. Vince admitted that he is a speed aficionado and loves new and innovative technology, but he is deeply concerned with the state of the planet. He wished that all 30m cars in Britain to be driven by wind through a supplemented power of 3,000-10,000 turbines feeding electricity at its peak. According to him, this concept will save 25m tons of vehicle oil, and the total of 12% of all United Kingdom’s carbon emissions.
Vince sits at the pedestal of Ecotricity, the seventh largest supplier of electricity in United Kingdom and is one of the most renowned and biggest construction firms of wind turbines in his country. With his superb achievements, he finally conceptualized wind-powered cars. He predicted that these cars will be seen glazing on the road within 20 years. These cars will be actually running by electricity that is created by wind-farms.
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Carbon Dioxide, Electric Vehicles, Emissions, Wind-Powered Car, Zero Carbonista
Dale Vince, Ecotricity, Electric Cars, Electric Vehicles, Wind-Powered Car, Zero Carbonista
A recent study by JATO Dynamics showed that average U.S. market cars release 85% more carbon dioxide (CO2) and incinerate twice as much fuel compared to Japanese and European market cars. The study also proved that Japanese and European vehicles are fast becoming environment-friendly.
In France, Germany, Italy, Spain and the United Kingdom, the average emission of CO2 for all new cars in all categories (SUVs included) is 3.26 tons/year (since the beginning of 2008) based on 12,000 miles/year. While in Japan, the average emission of CO2 is 3.10 tons/year. In the U.S., the average CO2 emission for new cars is a surprising 5.77 tons/year.
When it comes to consumption of fuel, the study found that cars, minivans, and SUVs in the U.S. market consume 10.6 lt/100 km. While European cars consume 5.83 lt/ 100km and Japanese cars consume only 5.79 lt/100km. I suppose American drivers should counter this by reading up on some fuel efficiency tips.
Note that the European CO2 results are affected by the big proportion of compact cars and diesel engines, and the Japanese CO2 average is affected by the large proportion of minicars. While SUVs make up 30% of the total U.S. new car market.
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Auto Industry, Carbon Dioxide, Diesel, Emissions, Micro Cars
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