Benefits of hybrid electric cars are normally fuel efficiency because they are composed of two motors, a gasoline motor and an electric powered motor. It is also equipped with special system to catch braking energy and store it on an onboard battery.

The main reason for two motors is both the strength and weakness of the two types. Distinctively, electric motors are not energy during idle times, they turn off and utilizes lesser at low speeds compared to gas motors. On the other hand, gas motors function better at high speeds and can generate more power for a specified motor weight. This simplifies, that in rush hours stop and go driving, electric motors work great and additionally, it helps in reducing smog levels because it does not produce any toxic exhaust. At higher speeds, typically above 40mph, the gas motor sets in and gives that bouncing feel making car owners go forward on driving on highway.

Another benefits of hybrid electric cars are the point for having gas motor, it charges the battery while the engine is on and is running. There are cases of electric car owners that have been stranded with just out extension cord of an outlet. Hybrid owners can neglect this annoyance because the gas motors starts automatically in replacement when the battery gets low and then goes forward to charge the battery, without the need to be plugged into the outlet.

On the contrary, drawbacks of hybrid electric cars are complex and expensive. It contains two motors and ancillary systems to handle them, a heavy battery and a regeneration system that will be used to generate electricity during breaking.

All of the systems need to work together, that is adding complexity, making it one of the drawbacks of hybrid electric cars. Although an ordinary car, as controlled by computers are getting more reliable, but they still suffer from inevitable failures. As, expect owners of hybrid cars have more time in repair shops and pay larger bills.

Indeed, benefits of hybrid electric cars include being the most gasoline efficient, getting 48 to 60mpg. It is only about 20% to 35% better than a gasoline powered vehicle. Let’s take Honda Civic for instance that gets 36mpg. When comparing prices, the hybrid costs from the range of $19,000 to $25,000 and the ordinary gas saver car costs $13,000 to$17,000. The justification to buy an electric hybrid car becomes less clear.

So, in calculation of this benefits of hybrid electric cars, the discrepancy in the average annual fuel bills, $405 for a hybrid Honda Insight compared to the $635 for an ordinary Honda Civic means you can never compensate the added initial cost of a hybrid electric car. For the span of ten years, owning a hybrid will just save you only $2,300, much lesser than the cost difference for equipped cars.

These benefits of hybrid electric cars just came from the improvements in aero dynamics, smaller gas engine and weight reduction. As a matter of fact, any car will have considerably better mileage by just reducing the engine size.

In other cases, car manufacturers are producing hybrid vehicles that use added energy as provided by the hybrid systems to cause the vehicle to boost its power, rather than improve the fuel efficiency. Boosting the power may then add as one of the benefits of hybrid electric cars.

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• On-board or out-board rechargeable energy storage system (RESS) and a fueled power source (internal combustion engine or fuel cell)

• Air engine and internal combustion engines

• Human powered bicycle with electric motor or gas engine assist

• Human-powered or sail boat with electric power

The term most frequently refers to Hybrid-electric vehicle (HEV) which comprises internal combustion engines and electric motors.

Early hybrid systems are being examined for trucks and other heavy highway vehicles with a few operational trucks and buses initial to come into use. The chief barrier seem to be smaller fleet sizes and the extra costs of a hybrid system are yet remunerated for by fuel savings, but with the price of oil set to persist on its upward trend, the tipping point might be reached by the end of 2008. Advances in technology and lesser battery cost and higher capacity etc. urbanized in the hybrid car industry are already filtering into truck use as Toyota, Ford, GM and others initiate hybrid pickups and SUVs. Kenworth Truck Company lately introduced a hybrid-electric truck, called the Kenworth T270 Class 6 that for city usage appear to be competitive. FedEx and others are preparatory to invest in hybrid delivery type vehicles—mainly for city use where hybrid technology may pay off first. The U.S. military is inspecting hybrid Humvees and other vehicles.

When the term hybrid vehicle is used, it normally refers to a Hybrid electric vehicle. These cover such vehicles as the AHS2 (Chevrolet Tahoe, GMC Yukon, Chevrolet Silverado, Cadillac Escalade, and the Saturn Vue), Toyota Prius, Toyota Camry Hybrid, Ford Escape Hybrid, Toyota Highlander Hybrid, Honda Insight, Honda Civic Hybrid and others. A petroleum-electric hybrid normally uses internal combustion engines and electric batteries to control electric motors. There are loads of types of petroleum-electric hybrid drivetrains, from Full hybrid to Mild hybrid, which proffer varying merits and demerits.
While liquid fuel/electric hybrids in the late 1800s, the braking regenerative hybrid was invented by David Arthurs, an electrical engineer from Springdale, Arkansas in 1978-79. His home-converted Opel GT was reported to get as much as 75MPG and plans are still sold to this novel design, and the “Mother Earth News” customized version on their website.

Hybrid fuel (dual mode)

Additionally, vehicles that use two or more different devices for propulsion, some also deem vehicles that use discrete energy sources or input types (“fuels”) using the same engine to be hybrids, even though to avoid confusion with hybrids as described above and to use in the approved manner the terms, these are perhaps more suitably described as dual mode vehicles:

• A few electric trolleybuses can switch between an on board diesel engine and
Overhead electrical power depending on circumstances (see dual mode bus). In principle, this could be pooled with a battery subsystem to create a true plug-in hybrid trolleybus, though as of 2006, no such design seems to have been announced.

• Flexible-fuel vehicles can be able to use an assortment of input fuels (petroleum and biofuels) in one tank — characteristically gasoline and bioethanol or biobutanol, though diesel-biodiesel vehicles would also meet the criteria.

• Dual mode: Liquified petroleum gas and natural gas are diverse from petroleum or diesel and cannot be used in the identical tanks, so it would be unfeasible to build an (LPG or NG) flexible fuel system. As an alternative vehicles are built with two, parallel, fuel systems feeding one engine. While the replicated tanks cost space in some applications, the augmented range and flexibility where (LPG or NG) infrastructure is incomplete may be a noteworthy incentive to purchase.

• Few vehicles have been modified to use another fuel source if it is available, such as cars customized to run on autogas (LPG) and diesels customized to run on waste vegetable oil that has not been processed into biodiesel.

• Power-assist mechanisms for bicycles and additional human-powered vehicles are also integrated.

Fluid power hybrid

Hydraulic and pneumatic hybrid vehicles employ an engine to charge a pressure accumulator to drive the wheels through hydraulic or pneumatic (i.e. compressed air) drive units. The energy recovery rate is elevated and therefore the system is more efficient than battery charged hybrids, demonstrating a 60% to 70% increase in energy economy in EPA testing. Under tests performed by the EPA, a hydraulic hybrid Ford Expedition returned 32 mpg–U.S. (7.35 L/100 km / 38.4 mpg–imp) City, and 22 mpg–U.S. (10.69 L/100 km / 26.4 mpg–imp) highway

The most recent hybrid technology is the Plug-in Hybrid Electric Vehicle (PHEV). The PHEV is inclusive of a gasoline-electric hybrid whose battery pack (usually Li-ion) is upgraded to a superior capacity, which can be recharged by moreover a battery charger curved into the electrical grid or the gasoline engine (only if required). The car runs on battery power for the first 10 to 60 miles (16–100 km), with the gasoline engine on hand for faster speeding up, etc.

After the battery is almost discharged, the car reverts to the gasoline engine to recharge the battery and/or return the car to the charging station. This may get around the fundamental barrier of battery range that has made nearly all pure electric cars impractical. Fuel rates, in principle, may be as low as 5 cents/mile. It’s not obvious yet whether converting an existing hybrid car will ever pay for itself in fuel savings.

The major problem is finding a good, cheap, high-energy battery pack—the equivalent problem that has plagued the unpolluted electric car. If everyone plugged into the function grid to charge up their car this would seem to be just displacing the gasoline/diesel combustion crisis to the trait coal powered electrical generating plant. But, if cars were recharged tardy at night this would allow the base load of the electrical system to be more capable with a much more even base load and electrical power can also be generated by clean wind, hydro, tide power, etc. while most travel is regarding 30 miles/day this may be the cleanest personal transportation system at present available.

There is a “cottage” conversion industry for owner- existing hybrids, and more than a few huge auto industry groups (GM, Toyota, Mercedes etc.) plus the US Department of Energy are investigating this system. No chief car company (as of late 2007) offers PHEVs yet. The characteristic “cottage” industry conversion car is the Toyota Prius (cost of conversion $5k-$40k), as it is a full hybrid with sufficient power in its electrical system to maintain distinctive city speeds.

Fuel consumption and emissions reductions

The hybrid vehicle characteristically achieves greater fuel economy and lower emissions than conventional internal combustion engine vehicles (ICEVs), ensuing in fewer emissions being generated. These savings are mainly achieved by four elements of a typical hybrid design:

- Recapturing energy generally wasted during braking etc. (regenerative braking) this is a mechanism that condenses vehicle speed by converting some of its kinetic energy into a further helpful form of energy, particularly in stop-and-go traffic.

- having important battery storage capacity to store and recycle recaptured energy;

- shutting down the gasoline or diesel engine in traffic stops or while coasting or other idle periods;

- civilizing aerodynamics; A box shaped car or truck has to put forth more force to move through the air causing added stress on the engine making it toil harder. Improving the shape and aerodynamics of a car is a fine way to help better the gas mileage and also get better handling at the same time.

- By means of low rolling resistance tires; (tires these days are made to give a fine, smooth ride but hardly ever is efficiency taken into consideration. These tires cause a great pact of drag, once again making the engine toil harder, intense more gas mileage. Hybrid cars use special tires that are more exaggerated than regular tires and stiffer, which decreases the drag by about half, humanizing fuel economy by mitigating stress of the engine.

- relying on mutually the gasoline (or diesel engine) and the electric motors for peak power requires ensuing in a smaller gasoline or diesel engine sized more for normal usage rather than peak power usage.

These features make a hybrid vehicle chiefly efficient for city traffic where there are recurrent stops, coasting and idling periods. Besides noise emissions are condensed, mainly at idling and low operating speeds, in similarity to conventional gasoline or diesel powered engine vehicles. For constant high speed highway use these features are much less helpful in reducing emissions.

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The 2010 Ford Fusion hybrid features a revamped battery, and overall a powerful, lighter structure, which allows the vehicle to operate purely on electrical power of up to 47 miles per hour, after which the four-cylinder gasoline engine will switch on as the main power source in order to recharge the battery. This is almost twice the speed at which the Toyota Camry hybrid transitions to gasoline power, making the Fusion much more efficient and environment-friendly. It’s estimated that this could potentially allow Fusion drivers to get somewhere in the neighborhood of 700 miles per tank while driving in the city; according to Ford’s Hybrid Applications Manager, Gil Portalatin, “Under the right conditions, you can drive in your neighborhood or mall parking lots without using a drop of gasoline.”

Another significant upgrade in Ford’s hybrid technology comes in the form of improved regenerative braking. This is a process which allows the energy that is normally lost during breaking, to be harnessed as usable energy by the car’s electric battery, which will become more efficient. According to Ford, it’s estimated that as much as 94 percent of the braking energy will be harnessed in the Fusion hybrid, elevating it significantly above its competitors.

Perhaps the most innovative upgrade featured in the Fusion’s new hybrid technology is Ford’s SmartGuage with EcoGuide, an LCD display located on either side of the speedometer that’s intended to coach drivers for optimal fuel efficiency. The displays will provide information pertaining to fuel economy, battery and fuel levels, while also featuring a screen that will show either growing or withering green vines according to the efficiency of the driving, offering drivers a simple way to determine whether or not their driving habits are saving or burning fuel.

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One excellent reason to purchase a hybrid car is to save money. Gas prices have been skyrocketing for the past two years. It hasn’t been unusual over the course of the last several months to pay between two and three dollars per gallon of gasoline. If you live in a city or do an extensive amount of city driving, a hybrid is the car for you. Because some hybrids function on electric power only at low speeds, no gas is used during city driving. That means you could get up to fifty miles per gallon of gasoline just by driving to work each day. Since most traditionally built cars get less than twenty miles to a gallon of gasoline, you could be saving some serious cash. Some hybrids can go more than six hundred miles in between fill-ups, and that could save you more than six hundred and fifty dollars at the gas pump each year.

Another strong reason to purchase a hybrid car is to reduce pollution. City style driving is hard on a vehicle. As a result, cars produce more pollution while sitting in city traffic. Hybrid vehicles were built for this kind of a situation. Most hybrids produce ninety percent less harmful emissions than traditional vehicles do. Moreover, because many states are cracking down on emissions laws, this can save you in the long run. The government, both state and federal, offers tax incentives to purchase a hybrid vehicle. The internal revenue service alone offers up to one thousand dollars in the Clean Fuel Vehicle Tax Deduction program. Other local and state agencies offer similar deductions just to purchase a car that will help reduce pollution in our cities and neighborhoods. Additionally, it will help you feel good to know that you, personally, are doing something that will help our nation clear the air and eliminate the toxins we have spent so long adding to the atmosphere.

One final reason to purchase a hybrid car is to end dependency on oil as a power source. Oil powers everything from our homes to our cars. As a result, the United States is one of the leading countries in the demand for oil. This places us in a seriously problematic situation, as we cannot completely provide the oil we need for ourselves. Auto makers have continually pushed for more oil dependent cars like sport utility vehicles, large trucks, and minivans. Americans have bought into the bigger is better auto craze. The demand for oil goes up every day. Purchasing a hybrid, though, helps to tell the people around you as well as the government and the auto makers that you personally want fuel efficient technology that will stop robbing our natural resources and those of other countries as well as a fuel source that is not dependent on the help of other countries. Oil costs billions of dollars not only to purchase, but also to secure in trade agreements, to deal with the politics of other nations, and to find peaceful solutions to terrorist issues that change the oil supply. Those billions of dollars could find homes for other programs in our nation if we did not require as much oil.

Hybrid cars are one step to changing the way we think about driving. There are a number of excellent reasons to purchase a hybrid.

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While the use of electricity in a car is a common knowledge, another application of electricity on cars is just recently developed. This is in the form of hybrid electric vehicles that not only uses the stored electricity in its battery to operate some features of the car but also uses it to drive the car. Hybrid cars like the Toyota Prius is already enjoying success in the market due to the fact that hybrid cars are more fuel efficient than conventional vehicles.

Odyne Corporation is one of the principal developers of innovative plug-in hybrid electric vehicles – this means cars that can be charged via a common household socket. The corporation though is known for integrating this technology on trucks and buses.

And recently, the corporation presented their technology to fleet managers in the New York and California areas. Roger M. Slotkin, chief executive officer of the company, was given the honor of presenting their innovative technology on different alternative energy forums. Slotkin emphasized on his talks the distinct advantages of their technology in terms of the powertrain involved and battery management. He recently made an appearance at the Western Riverside Clean Cities Coalition’s 8th Annual “Advancing the Choice” affair.

At the said event, Slotkin addressed a host of fleet managers from the Southern California area. He talked about the present problem of fleet managers in meeting tough emission standards. The advantages of using their plug-in hybrid technology were given emphasis and how it can solve the current problem on emission of fleet managers. Slotkin also pointed out that their technology will help in boosting the growing compressed natural gas fuel infrastructure. He stated that CNG fuel hybrids with plug-in capability will not only reduce the emission of buses and truck but will also help another growing sector which focuses on alleviating the countries dependence on imported fossil fuel based gasoline and diesel fuels.

Slotkin also presented their technology’s benefits to fleet managers in New York on January 31 of this year. The event is a hybrid truck technology seminar and Odyne Corporation presented during the event their current lineup of hybrid vehicles. Slotkin also tackled their company’s dedication in the development of the technology for use in the transportation and sanitation markets.

Another advantage of the plug-in hybrid technology is that it reduces fuel consumption by as much as 50 percent. That figure, of course, depends on several factors like road and driving conditions and load that is carried by the trucks or buses. Plug-in hybrid vehicles also have relatively lower operating and maintenance costs. The cut in expenditures in maintaining a truck or bus will surely be good news to fleet managers since any money saved in maintenance can go to other areas of their business.

While hybrid vehicles can be easily outperformed by conventional ones at constant speed, Odyne Corporation claims that their hybrid technology will be helpful on driving conditions where numerous acceleration and deceleration is required.

The presentation of Odyne Corporation of their developed technology to fleet managers is vital in promoting cleaner trucks and buses. This is in consonance with the effort of the government and the global community as a whole in reducing dependence on the fossil fuel reserves. While the technology alone cannot wipe away the reliance of the automotive industry on fossil fuel, it is a step in the right direction.

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The development of interior ignition engine vehicles, especially in automobiles, is one of the supreme achievements of modern technology as a new rising energy saving and environment -friendly vehicle, that is why the hybrid-electric vehicles were created to give convenience to every human.

In the process of creating the hybrid electric car, the most important is the energy saving and the environmental protection. Wherein nowadays this are the common problems faced by the society.

Having the hybrid-electric car evolved from the electric car. However, the main disadvantage of the electric car is that it is mainly dependent on the batteries. Therefore, has limited range.

First of all, the hybrid electric car was supposed to be an electric vehicle with batteries for power storage and is also equipped with an on-board heat engine-powered generator. This means that this type of hybrid has an extended range.

The heat engine power and the battery power are specifically intended as an important scheme that constantly modulates the excess between the heat engine and the battery power systems. This will also depend on the driving schedule.

Since the beginning of the use of automobiles, electric cars have been already recognized and conceptualized. Even though the electric power train is better in various aspects, as an energy source, the battery was unequal to the superior-energy content, easiness in terms of the handling, and inexpensive and profuse supplies of motor fuel.

Now, it has almost been a century since the electric car has been popularly discussed, but recent developments in the HEV technology and the growing concerns for the environment has revived the drive for an HEV and this has become a realization today.

We can consider the personal means of transportation as a very important bond in the economic chain of current modern societies and that a private vehicle appears to be the popular choice.

Electric vehicles are more energy efficient than the contemporary vehicles wherein the electric vehicles operates at approximately 46 percent of effectiveness, while a contemporary vehicle operates at about 18 percent only.

There are studies that generally concludes that electric cars with batteries are approximately 10 to 30 percent more efficient with energy than the usual gasoline cars, depending on the exact assumptions of the vehicles energy usage and energy chain efficiency.

Certainly, the comparisons of the electric vehicles and the conventional vehicles are comparisons between an extremely developed power system that is nearly in the end of its research and development, and the innovative power system in the beginning stages of the development wherein important development can be expected as the new technology evolves.

Furthermore, the advantages of electric powered modes of transportation extends beyond the true outlook of economizing energy. Electric generation plants can use substitute fuels that are not adaptable to portable power systems.

Electric vehicles are the definitive alternative fuel vehicles because their power is taken from the source fuels utilized to produce electricity. Aside from that, the flexibility of the fuel alone can offer important useful and economic advantages especially in relation to a variety of energy resources.

The electric car is truly a promising technology that could transform one’s means of transportation into a far more environmentally type of commodity. Through this innovation emission controls become more important, effective and economically beneficial.

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The EPA estimates for the ultra-fine new Fusion and Milan Hybrids are an impressive 41 mpg city and 36 highway, which beats Toyota’s ‘09 mid-size Camry Hybrid by eight and two mpg, respectively. They are, Ford says, the most fuel-efficient midsize sedans in America.

The conventional Fusion and Milan, nicely restyled and much improved for 2010, offer the mid-size segment’s best gasoline four-cylinder fuel economy, more powerful available V-6s, class-exclusive technologies, including blind spot detection and warning with cross traffic alert and Ford SYNC, and more total passenger and luggage capacity than the Camry. The Fusion’s new look is more upscale, sportier and aerodynamically slicker. But the most exciting news is this all-new Fusion Hybrid. Together with its Mercury Milan Hybrid counterpart, it joins the Ford Escape and Mercury Mariner (compact SUV) Hybrids to double both the size and volume of Ford Motor Co.’s hybrid lineup.

Among this next-generation system’s key features are an ultra-efficient new 2.5-liter four-cylinder “Atkinson cycle” engine good for 136 lb and 155 hp.-ft. of torque mated to an electronically-controlled continuously variable transmission, or “e-CVT.” Intake Variable Cam Timing (iVCT), enable seamless transitions from gas to electric and vice-versa, while both spark and cam timing are varied according to engine load to optimize efficiency and emissions. Enhanced electronic throttle control reduces airflow on shutdowns, which reduces fuel need on restarts, and a “wide-band lambda sensor” analyzes air-fuel ratios and adjusts the lean/rich mixture to keep the system in balance and minimize emissions.

The new 275-volt nickel-metal hydride (NiMH) battery is smaller, lighter and optimized to produce 20 percent more power. Cooled by cabin air, its improved chemistry allows it to run at higher temperatures, and an added variable voltage converter boosts voltage to the battery to operate the motor and generator more efficiently. A “smarter” climate control system with an electric air-conditioning compressor minimizes engine usage by running it only as needed for heating and cooling.

The brake system delivers full regenerative braking (when the drive motor becomes a generator), backed up by friction braking as needed, to capture nearly 94 percent of the energy normally lost through friction in braking and send it back to the battery. And, as we noticed during our drive, it delivers improved brake pedal feel compared to the previous system.

The hybrid system also allows the Fusion and Milan Hybrids to operate longer at higher speeds in electric mode than competitive systems. They can run up to 47 mph in pure electric mode, approximately double the speed of some competitors. “Because our hybrid can run at a much higher speed in electric mode, you can do so much more in city-driving situations,” says Ford Hybrid Applications Manager Gil Portalatin. “Under the right conditions, you can drive in your neighborhood or in mall parking lots without using a drop of gasoline.” With the 41 city and 36 hwy ratings, Fusion and Milan Hybrids can achieve a driving range of over 700 miles on a single tank of gas.

It uses two high-resolution, full-color liquid crystal display (LCD) screens flanking the speedometer that can be configured to show different levels of information. The approach is multi-layered: A tutorial mode helps drivers learn about its instruments and the system, while tech enthusiasts will enjoy detailed gauges that help them become more efficient. The system even “grows” vines and leaves on-screen to reward efficient driving.

Drivers can choose one of four data screens: The basic “Inform” screen displays battery charge and fuel level status; “Enlighten” adds an electric vehicle mode indicator and a tachometer; “Engage” adds engine output power and battery output power; and “Empower” adds power to wheels, EV power threshold and accessory power consumption. All levels can show instant fuel economy, fuel economy history, odometer, engine coolant temperature, transmission gear and trip data—fuel economy, time-elapsed fuel economy and miles to empty. There’s even an engine coolant temperature indicator that turns green when the engine is warm enough to allow engine restart and shut-off for full EV operation.

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The following article lists some simple, informative tips that will help you have a better experience with “hybrid car”.

It is a fact that people simply love hybrid cars. They love hybrid cars because of the benefits it can give them. What is it about hybrid cars that is attracting more and more people to get one for their own?

First of all, if you have a hybrid car, you will be able to cut fuel consumption in half. When was the last time you pulled your car in to a service station? If you recently did, you will notice that the price of

gasoline is on a constant rise. When compared to conventional cars,

Hybrid cars will enable you to cut fuel consumption in half. Just imagine yourself driving a car that can travel more than 60 miles per gallon. This may sound good enough for you to get a hybrid car, but there are more benefits that you can get.

Back in 2005, President George Bush signed an agreement that lets the buyers and users of hybrid cars enjoy huge tax breaks. Because of this, you will be able to save money on taxes. Another great benefit that you can get when you have a hybrid car is free parking, and some states have imposed a law that hybrid cars should be discounted on toll gates.

Hybrid cars are also known to emit far lower levels of pollutants in the air. This means less air pollution. This will also mean that it will tend to reduce the effects of global warming and will enable you and other people to breathe cleaner air.

These are just some of the things that hybrid cars can give you.

What kind of technology is inside hybrid cars that makes it so fuel efficient and environmentally friendly?

Once you begin to move beyond basic background information, you begin to realize that there’s more to “hybrid cars” than you may have first thought.

In fact, hybrid technology has existed for a long time. It is used on locomotives, it is used on submarines and it is used in some buses in some states and countries.

Hybrid technology is a combination of electricity and the standard engine. For example, in locomotives, it combines the diesel engine and electric engine, and in submarines, it combines the nuclear engine and electric engine. This is far more efficient than letting the conventional engine run on its own.

In hybrid cars, it combines the energy of gasoline engines and an electric motor to power the car. This means that with both engines running, it will lessen the load on the internal combustion engine. The electric motor will share the labor. With this technology it will allow you to save precious fuel and also let you emit far lower volumes of toxic fumes in the air.

For example, if your hybrid car is running idle, it will automatically switch off the gasoline engine and let the car run on pure electricity.

This can save you a lot of fuel especially if you are stuck in a gridlock traffic jam.

Today, there are hybrid cars that are designed to run even when the gasoline engine is switched off. This kind of hybrid car will eventually get rid of gasoline station trips. And, it will let you travel without emitting toxic fumes. The gasoline engine will only act

as a backup engine when the battery pack runs out of power. The engine will automatically recharge the battery pack preparing it for another purely electric run. This means that you don’t actually have to plug in your hybrid car to your electrical outlet for it to recharge.

So, if you need a car that runs cleaner, quieter and far more fuel efficient, you should consider getting a hybrid car.

The day will come when you can use something you read about here to have a beneficial impact. Then you’ll be glad you took the time to learn more about “hybrid cars”.

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What are hybrid vehicles?

Any vehicle that combines two or more sources of power to exact propulsion power is a hybrid. Moped is a type of hybrid vehicle because it combines the power of a gasoline engine with the pedal power of its rider.

Most locomotives are diesel-electric hybrids. Diesel-electric buses which draw electric power from overhead wires and fall back on diesel when away from wires are also hybrid vehicles. Giant mining trucks are often diesel-electric hybrids.

Hybrid cars

A hybrid car is run by a small fuel-efficient gas engine coupled with an electric motor. The motor is powered by batteries that recharge automatically during a drive. Its function is to assist the engine when the engine is accelerating. The motor also helps to slow the car by a method called regenerative braking. In this mode, the electric motor acts as a generator and charges the batteries while the car is moving, slowing down or not running at all.

New hybrid cars are also equipped with unique features like periodic engine shut off. This feature enables the engine to shut off for a while when the car is held up in traffic, and restart automatically when you put it back into gear. Logically, the more electricity the car uses, the lesser fuel it consumes.

To help reduce the drag the cars also have latest aerodynamics features and low rolling resistance tires. Also, to enhance its efficiency it is built of lightweight materials. The lighter a vehicle is the less energy it needs to propel itself forward. New hybrid cars are designed in a way to fit snugly into modern lifestyle. To the viewing public they are attractive, stylish and uniquely fashionable.

Most hybrid cars today are based on gasoline-electric power drives. PSA Peugeot Citroen, the French car maker is working on a future hybrid car with a diesel-electric power combination.

Toyota Prius is, today, the best selling hybrid on the market. Hybrid cars of other companies include, Accord and Civic by Honda; GS 450h, LS 600H L, RX 400h SUV by Lexus; Aura Green Line and Vue Green Line by Saturn; Altima by Nissan; Camry, Prius and Highlander SUV by Toyota; Escape SUV by Ford and Mariner SUV by Mercury.

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