Showing posts with label green car. Show all posts
Showing posts with label green car. Show all posts

Tuesday, December 21, 2010

The Value of Electric Vehicle Subsidies

Electric Vehicle (EV) subsidies are short term means of accelerating the introduction of low emission vehicles so that they can benefit from economies of scale. Direct subsidies or EV tax credits can be phased out when the technology is a bit more mature and volume production is lowering prices.

According to a poll by Ernst & Young, thirty-four percent of US respondents said they would be willing to subsidize charging stations for hybrid and electric cars.

Governments around the world are subsidizing EV development. In Ireland, the Government wants to see 10% of vehicles running on electric power by 2020. To support the increase in EVs, the Green Party minister for Energy, has announced a scheme to deploy 1,500 electrical recharging stations.

In a bid make Britain "the European capital for electric cars," the then UK Prime Minister Gordon Brown pledged £100 million in government money to support greener cars including electric and hybrid vehicles. In July 2010, the UK also announced it would subsidize buyers up to 25% or £5000 for EVs starting in January 2011.

As of June 2009, consumers in Japan who purchased an electric vehicle can receive subsidies for as much as one third of the car's cost. EVs and hybrids, are also exempt from taxes for three years in Japan.

Critics tend to exaggerate the cost of EV subsidies without considering the advantages. It is absurd that the oil, coal, and gas industries that are responsible for global warming get vastly more public funds than zero emission electric cars.

Although it makes sense to clean up the power grid, even when charged with electricity that partly comes from coal plants, EVs are still cleaner than internal combustion engine cars.

Subsidies for electric vehicles are needed, says auto industry analyst George Magliano, of IHS Global Insight. Acceptance of electric cars "will not occur without some sort of incentives, unless the price of the technology changes," he says. "People who are buying them today are basically people that want to make a statement. And without the push from the government, this is a difficult sell."

"Our own expectation is the costs will come down as we go through what engineers [call] 'generations of learning," Mike Robinson, GM's vice president for environment says. "We'll go through that on the battery technology; the motor technology; it will help drive costs down. And if the customer doesn't see value at the end of this, we won't be successful."

Subsidies will help to reduce the price of EVs so that they can penetrate the market and achieve economies of scales. This will also help fund research and development for technological breakthroughs.


Related Posts
Growing Demand for Greener Vehicles
2010 Automotive X Prize and Incentives to Innovate
GM Funding New EV Company
BMW Investing in EVs
Mercedes-Benz Hybrids and Electric Cars
The Chevrolet Volt Versus the Nissan Leaf
Volt Wins Green Car of the Year
Competition in the 2011 Greener Car Market
Competition in the Green Vehicle Market
EPA's New Mileage Estimates for the Volt and the Leaf
House Lawmakers Oppose New Car Ratings
America's New Car Ratings: Consumer Concerns and Marketing
US Government's New Car Ratings
Improving Battery Technology Key to Greener Cars
Innovative Business Models are Driving the Auto Sector
Electric Vehicles Need New Business Models
Greening Vehicle Fleets
Germany and the Global Competition for EV Supremacy
Volkswagen's Dirty Automotive Brands
Porsche and Audi`s Greener Vehicles
Volkswagen's Greener Vehicles
European Greener Cars
Electric Vehicles Combat Global Warming
Electric Vehicles Combat Smog
Electric Vehicle Bill Passes Energy Committee
Governments and the Growth of EVs
Government Investment Fuels Greener Vehicles
Private Public Cooperation Behind SA Joule
Greener Commercial Transport Vehicles
Electric Vehicles Will Drive Demand for Lithium
Electric Vehicle Battery Technology Obstacles and Solutions
American Electric Vehicle Strategy
Beneficiaries of Chinese Government Investment in Electric Vehicles
Chinese Government Investment in Electric Vehicles
Beneficiaries of US Government Investment in Electric Vehicles
Government Investment Fuels Greener Vehicles
GM Breakthrough Reduces Emissions
Toyota and Tesla Making Electric Sedan
Toyota's Greener Vehicles
Honda's CR-Z and Second Generation Hybrids
Honda's Greener Vehicles
GM's Greener Vehicles
Ford's Greener Vehicles
Korean (Hyundai & Kia) Greener Cars
Nissan's Greener Vehicles
Jaguar XJ: A Greener Luxury Car
E-Range: World's First Fully Electric 4x4
The FIAT 500 is Coming to America
The Winners of the UK's What Car? Green Awards 2010

Monday, December 20, 2010

BMW Investing in EVs

BMW designers, engineers, and production line workers are working on a new generation of EVs. BMW has announced it will invest about US$560 million in electric vehicle (EV) manufacturing that will lead to a broader range of EVs.

BMW's hybrid strategy was initiated as “The Vision Efficient Dynamics model” first displayed at the Frankfurt Auto Show in 2009.

BMW's investments in EVs will create about 800 jobs at their Leipzig plant. By 2013, what BMW describes as its "Mega City Vehicle" will begin rolling off assembly lines. BMW has indicated that it may launch this Megacity electric car under a new brand vision. BMW expects sales for the Megacity will be “sizable” and the model will cost less than 60,000 euros.

The company is designing the Megacity as an electric-only car, saying that a distinct architecture is necessary for battery-powered driving. In addition to 400 million euro for the expansion activities at the company’s Leipzig factory, 530 million euro will be dedicated to a new carbon-fiber facility.

BMW and SGL Carbon SE, the world’s biggest manufacturer of carbon and graphite products, are building a $100 million factory in Moses Lake, Washington, to make the material for the Megacity models. The company claims that the carbon-fiber is employed to enhance the safety aspects, much found in Formula 1 race cars.

The BMW hybrid supercar, is a carbon-fiber, 4-seater with upward opening doors. The car's power-plant include a 3-cylinder diesel engine and twin electric motors. BMW may use a gasoline engine in markets like China and the U.S., where diesel engines aren’t popular.

BMW is scheduled to release its hybrid super car in 2013, this vehicle has an emission rate of 99gms of carbon dioxide/km and CO2 emissions reductions of 30%/km. With a 0 - 100km time of 4.8sec, there is no compromise in the car's performance. The hybrid supercar accelerates as fast as BMW's, 500 bhp V-10 engine powered, M6 supercar.

The car will be priced below the company’s Rolls-Royce models. Dr Norbert Reithofer, the CEO of the company disclosed that the BMW hybrid super car is intended to fill the need for enviro-care.

Reithofer defended its relatively slow development of EVs, by explaining that the move to electric power requires a "radical" redesign. Reithofer predicted that the sale volume of BMW's cars would increase to 2 million in another decade from the current 1.4 million units.

The carmaker targets “significant” sales volumes for the Vision Efficient Dynamics and will make it available on all major markets

BMW's first hybrid supercar is part of a broader effort to create more fuel- efficient vehicles.


Related Post
Growing Demand for Greener Vehicles
The Value of Electric Vehicle Subsidies
2010 Automotive X Prize and Incentives to Innovate
GM Funding New EV Company
Mercedes-Benz Hybrids and Electric Cars
The Chevrolet Volt Versus the Nissan Leaf
Volt Wins Green Car of the Year
Competition in the 2011 Greener Car Market
Competition in the Green Vehicle Market
EPA's New Mileage Estimates for the Volt and the Leaf
House Lawmakers Oppose New Car Ratings
America's New Car Ratings: Consumer Concerns and Marketing
US Government's New Car Ratings
Improving Battery Technology Key to Greener Cars
Innovative Business Models are Driving the Auto Sector
Electric Vehicles Need New Business Models
Greening Vehicle Fleets
Germany and the Global Competition for EV Supremacy
Volkswagen's Dirty Automotive Brands
Porsche and Audi`s Greener Vehicles
Volkswagen's Greener Vehicles
European Greener Cars
Electric Vehicles Combat Global Warming
Electric Vehicles Combat Smog
Electric Vehicle Bill Passes Energy Committee
Governments and the Growth of EVs
Government Investment Fuels Greener Vehicles
Private Public Cooperation Behind SA Joule
Greener Commercial Transport Vehicles
Electric Vehicles Will Drive Demand for Lithium
Electric Vehicle Battery Technology Obstacles and Solutions
American Electric Vehicle Strategy
Beneficiaries of Chinese Government Investment in Electric Vehicles
Chinese Government Investment in Electric Vehicles
Beneficiaries of US Government Investment in Electric Vehicles
Government Investment Fuels Greener Vehicles
GM Breakthrough Reduces Emissions
Toyota and Tesla Making Electric Sedan
Toyota's Greener Vehicles
Honda's CR-Z and Second Generation Hybrids
Honda's Greener Vehicles
GM's Greener Vehicles
Ford's Greener Vehicles
Korean (Hyundai & Kia) Greener Cars
Nissan's Greener Vehicles
Jaguar XJ: A Greener Luxury Car
E-Range: World's First Fully Electric 4x4
The FIAT 500 is Coming to America
The Winners of the UK's What Car? Green Awards 2010

Sunday, December 19, 2010

Mercedes-Benz Hybrids and Electric Cars

Daimler’s Mercedes-Benz will offer hybrid versions of its S-, E-, and C-Class models and its off-road vehicles. Daimler is developing vehicles that can be powered with combustion engines or electric motors on the same platform.

The Mercedes-Benz S400 hybrid's lithium ion battery pack has a 120-volt battery under the hood. When the driver demands more power to accelerate or pass, the electric motor, which also doubles as the starter motor and alternator, immediately provides 118 pound-feet of torque.

The S400 consumes an average of 9.5 litres per 100 kilometres, compared to the S550 and its 12.4 L/100 km. The car may help its owners to avoid current gas guzzler taxes in some jurisdictions.

The engine in the Mercedes-Benz E300 Bluetec Hybrid on display earlier this year in Geneva is a 2.2-liter diesel four with twin turbochargers that puts out 204 horsepower. That engine is also used in the 2011 Mercedes-Benz E250 Bluetec, shown at last year's New York Auto Show. The company estimated its fuel economy at 28 mpg city, 39 mpg highway.

The Bluetec Hybrid lithium-ion battery pack and electric motor are similar to those used in the 2010 Mercedes-Benz S400 Hybrid. Its 15-kilowatt electric motor and turbodiesel four have a fuel efficiency of 57.4 mpg on the European test cycle. The car has carbon dioxide (CO2) emissions of 109 grams per kilometer.

The E300 Bluetec Hybrid also offers electric-only driving for short distances, as well as using the electric motor to boost the engine under acceleration.

Daimler plans to begin using carbon-fiber parts in mass production cars starting in 2012. According to spokeswoman Eva Wiese, an electric version of its SLS gull-wing sports car with aluminum and plastic components will probably be built and introduced by 2013.


Related Posts
Growing Demand for Greener Vehicles
The Value of Electric Vehicle Subsidies
2010 Automotive X Prize and Incentives to Innovate
GM Funding New EV Company
BMW Investing in EVs
The Chevrolet Volt Versus the Nissan Leaf
Volt Wins Green Car of the Year
Competition in the 2011 Greener Car Market
Competition in the Green Vehicle Market
EPA's New Mileage Estimates for the Volt and the Leaf
House Lawmakers Oppose New Car Ratings
America's New Car Ratings: Consumer Concerns and Marketing
US Government's New Car Ratings
Improving Battery Technology Key to Greener Cars
Innovative Business Models are Driving the Auto Sector
Electric Vehicles Need New Business Models
Greening Vehicle Fleets
Germany and the Global Competition for EV Supremacy
Volkswagen's Dirty Automotive Brands
Porsche and Audi`s Greener Vehicles
Volkswagen's Greener Vehicles
European Greener Cars
Electric Vehicles Combat Global Warming
Electric Vehicles Combat Smog
Electric Vehicle Bill Passes Energy Committee
Governments and the Growth of EVs
Government Investment Fuels Greener Vehicles
Private Public Cooperation Behind SA Joule
Greener Commercial Transport Vehicles
Electric Vehicles Will Drive Demand for Lithium
Electric Vehicle Battery Technology Obstacles and Solutions
American Electric Vehicle Strategy
Beneficiaries of Chinese Government Investment in Electric Vehicles
Chinese Government Investment in Electric Vehicles
Beneficiaries of US Government Investment in Electric Vehicles
Government Investment Fuels Greener Vehicles
GM Breakthrough Reduces Emissions
Toyota and Tesla Making Electric Sedan
Toyota's Greener Vehicles
Honda's CR-Z and Second Generation Hybrids
Honda's Greener Vehicles
GM's Greener Vehicles
Ford's Greener Vehicles
Korean (Hyundai & Kia) Greener Cars
Nissan's Greener Vehicles
Jaguar XJ: A Greener Luxury Car
E-Range: World's First Fully Electric 4x4
The FIAT 500 is Coming to America
The Winners of the UK's What Car? Green Awards 2010