E.ON Sustainable Mobility Tomorrow’s transport will be based on biogas and electricity Sustainable transport requires a holistic approach Sustainable Mobility is our effort for sustainable transport solutions. They are based on biogas and electricity, or eMobility as we also call it. These fuels complement each other and when combined play a key role in reducing the transport sector’s dependence on fossil fuel. Despite high ambitions, less than 5 percent of the cars in Sweden are currently eco-cars and gasoline and diesel used in road traffic account for about 35 percent of the country’s carbon emissions. With Sustainable Mobility, E.ON takes a holistic approach by focusing on the sustainable transport that is available here and now. We are accepting our share of social responsibility by contributing to the national goal of phasing out the transport industry’s dependence on fossil fuel by 2030. eMobility Malmö Biogas and electricity are the future Replacing gasoline and diesel with renewable fuel is a challenge, but with biogas, we have already made several steps in that direction. For example, we own 33 of the more than 100 public filling stations for vehicle gas currently existing in Sweden. In total, we sell more than 200 GWh of vehicle gas annually, of which biogas – at our public filling stations – accounts for more than 50 percent. We will be strengthening the Swedish vehicle-gas market further and we have already entered into cooperation with OKQ8, with the objective of building a large number of new filling stations – Sweden’s largest biogas network. The transport issue must also been viewed from an international perspective. In order to achieve a broad and effective introduction of eMobility, E.ON has engaged in development cooperation with car manufacturer Volkswagen. Another cooperative venture has been conducted with BMW in Munich. In addition, we have several demonstration projects, including electric vehicles in such English cities as Coventry and Birmingham. In Sweden, jointly with the City of Malmö and the Swedish Energy Agency, E.ON is investing SEK 40 million over a three-year period in an electricity infrastructure. The aim is to encourage and stimulate increase in the use of various types of electric vehicles. This means that we will be erecting 250 charging posts for electric vehicles at key points for public transport, at shopping centers and major workplaces in the City of Malmö. When it becomes easier to move freely within the city using various types of electric vehicles, the need to commute with private vehicles based on fossil fuel will decrease. It will also be possible to introduce smaller transport and service vehicles fueled by electricity on a larger scale in the Malmö traffic. The vehicles are available The first electric vehicles will be launched shortly and, by 2015, all major car manufacturers in the world will be able to offer both a small all-electric car and plug-in hybrids in all size classes. Other electric vehicles, such as bicycles and mopeds, are already available in the market. Climate neutral – and cheaper There are many reasons why electricity is an excellent fuel. An electric car has higher efficiency and thus requires less energy, compared with a car that consumes fossil fuel. Electricity does not emit any exhaust fumes or particles in the immediate environment. Emissions are concentrated to energy production. In Sweden, we have excellent opportunities to produce electricity from renewable or climate-neutral sources, which means that carbon emissions from traffic will be close to zero. So, although electricity consumption will increase as the number of electric vehicles rises, total emissions will decrease, thereby contributing to a better environment, both locally and globally. Another advantage is that electricity is less expensive than fossil fuel; the fuel cost is only SEK 2 – 3 per 10 kilometer. Admittedly, an electric vehicle is more expensive to purchase, but the price can be partly offset by the low fuel price. Electricity is also an excellent complement to biogas. While electricity is suitable for many daily journeys, biogas is the best fuel for heavy traffic and long-distance transport. By investing and participating in promotional measures for electric vehicles, E.ON aims to drive development and contribute to us seeing electric vehicles operating on our streets in the near future – together with the vehicles that are fueled with biogas. One of E.ON’s demonstration and development projects for electric vehicles is in Malmö, with the aim of creating new, sustainable transport patterns using electricity as fuel. We also want to increase knowledge of electric vehicles as a climate-smart energy solution. If we are to reduce oil dependence in the transport industry, long-term change is required, which will involve society at large. The change begins here and now. Electric vehicles and charging stations There are two types of electric vehicles: plug-in hybrids and all-electric vehicles. All-electric vehicles operate only on electricity, while plug-in hybrids can also operate on conventional fuels, such as diesel and gasoline, when the battery is empty. The total driving distance using a plug-in hybrid is about 800 kilometers, of which electricity is used for the first kilometers and gasoline or diesel for the remaining distance. The size of the battery needed in an electric vehicle depends on the travel habits of the user and whether the vehicle is a plug-in hybrid or an all-electric vehicle. Cars with small batteries that are used for 20 to 200 kilometers will be plug-in hybrids, while all-electric vehicles will need batteries that will last for 100 – 200 kilometers. In fact, a full 80 percent of vehicle transports in Sweden operate within a radius of only 50 kilometers. Electric vehicles can be charged at home (for example, overnight) and at a charging station. At home, it takes five to twelve hours to charge a vehicle battery from empty to full, while charging at quick-charging stations will take only a few minutes. E.ON Sverige AB SE-205 90 Malmö T +46 (0)40 25 50 00 eon.se
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