Hybrid Vehicles Are Hot For the Planet and Your Wallet!

First point is everyone should think about hybrid vehicle because of the preservation of the atmosphere. A hybrid vehicle is a vehicle that uses two or more distinct power sources to move the vehicle. But let’s face it: the sticker price of a hybrid vehicle is significantly higher than its gasoline-powered counterpart.

Definition: a hybrid vehicle is a vehicle that uses an on-board rechargeable energy storage system (RESS) and a fuel based power source for vehicle propulsion. Now that you know what a special vehicle is, you may wonder if owning one is right for you. Get your check book out and stop wasting your money on a gas guzzler. A method for controlling an effective vehicle is described in German patent application no? A negative value indicates that a hybrid is less expensive to own, while a positive value in this cell indicates the premium paid to own a hybrid car.

Learn if owning one of these is right for your lifestyle. According to a first aspect of the present invention an apparatus for use within the vehicle is provided. Bless your heart for thinking of the next generation. A hybrid vehicle is any kind of vehicle that uses two or more propulsion systems. An ice in this vehicle is required to produce electricity or hydraulic pressure depending on the drive train technology (traction motors) deployed. The mileage you can receive from this vehicle is going to range from 26 miles per gallon to about 48 miles per gallon. Resale value: finally, one of the last things that you should take a look at when evaluating a hybrid is the resale value.

The idea of using the kinetic energy from a flywheel in this vehicle is brilliant. The control method according to the invention for the vehicle is based on a strategy that consists of transmitting power, via the road on which the vehicle is traveling, from the etu to the electric machine associated with the rear electric drivetrain in order to recharge the battery. This vehicle is by definition a form of transportation using a mix of energy sources and combining different fuel technologies. A this vehicle is essentially the same as any other vehicle except for the extra high-voltage hybrid hardware. A federal tax deduction of $2,000 for the purchase of a hybrid vehicle is available in many cases, and some states may provide additional incentives or tax credits to encourage the purchase of hybrid vehicles.

Origin of Electric Vehicles And Their Prospects In Current Scenario

An electric vehicle also known by the name of electric drive vehicle is a type of vehicle that makes use of electric motors for impulsion. This form of vehicle came into existence in the mid nineteenth century. At that time it was a preferable mode of travelling. People were fond of the comfort and ease to handle this form of vehicle that was not achieved by gasoline motor vehicle at that time. Electric cars, trains, electric aeroplanes, boats, motorcycles, lorries, scooters and spacecraft mobile vehicles are some of the standard electric vehicles.

There are many pros and cons of electric vehicles. Though, with the gradual decline in the level of gasoline resources and fossil fuels, electricity has once again taken the limelight to propel vehicles. The electric vehicles differ from traditional motor vehicles in a form that they are operated by electricity. There are broader methods of producing electricity, for example it can be generated by fossil fuels, wind energy, solar energy, tidal power, nuclear energy or by combination of any of them. The energy produced can then be used in the vehicles with the help of overhead lines, inductive charging mode or by making a direct connection with the help of electric cables. The electric energy is then stored in the vehicles in batteries, supercapicitors or flywheels.

Toyota Prius has launched a hybrid electric-gasoline vehicle in the year 2003. It was the first electric vehicle of its type at that time. There are several other auto companies which are looking to experiment in the upcoming years as well after its success.

How Are Electric Vehicles Charged?

Before buying an electric vehicle it is essential to gain familiarity with the necessary on-board equipment to prevent “charging” or, to use a current term, “top-up” problems.

It is important to check that the electric vehicle is fitted with a battery charger with a “standard” connection, i. e. suitable to draw electrical energy directly from ENEL’s grid and therefore from the power outlet in our garage. If it’s not then there is something wrong and you need to contact the seller.

This solution in the standard equipment fitted on an electric vehicle allows to charge the batteries in any place with mains electricity. Indeed electric cars have other various types of battery chargers. However, these do not allow to draw electricity from the mains supply but need special adapters or need to be connected directly to the charging points in service stations now available in large towns. The ideal solution is to have a battery charger on board the car with a high-frequency standard socket without the need to resort to external devices.

When taking into consideration an electric vehicle one needs to examine the costs to bear for the energy required to power the set of batteries. Models that allow to reduce energy costs are definitely the ones that allow to charge the batteries directly from the national domestic mains supply. Usually a full energy charge for a complete set of traction batteries for vehicles that draw energy directly from the mains supply does not cost more than 2 euros.

Vehicles fitted with a standard battery charger allow to optimise the time spent at home to charge the batteries. Indeed on average it takes 8 hours to fully charge a set of traction batteries. We recommend charging the entire set of batteries overnight, after the vehicle has been used during the day, in conjunction with the cheapest electricity tariff. It is also possible to charge the batteries for less time during the day for partial charges.

Partial charges do not result in problems affecting the runtime and/or efficiency of the set of batteries, as they are not subject to the memory effect. Precisely because they do not suffer from the memory effect, the set of batteries of electric vehicles has an average life of about 4 years.

A fully charged set of batteries of an electric vehicle allows for an uptime that varies between 70 and 100 km, depending on the model and set-up selected.