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How and Why to Buy a Green Car

Using EPA’s Online Tool To Choose the Most Efficient Car and Save

Last week the EPA rejected California’s bid to limit greenhouse gases from cars. It will surely be tied up in court for some time, but that doesn’t mean consumers have to wait to buy greener vehicles. Choosing an efficient vehicle today can help save the planet and money. A U.S. Government online tool makes this easier than ever.

These days just about everyone’s aware of global warming and paying attention to their energy use. Maybe they buy compact fluorescent bulbs, maybe they purchase carbon offsets. Nobody would do something silly like leave their refrigerator door open overnight, let alone for months and months.

But wait—maybe in effect, many of us are doing just that. Choosing to drive an SUV instead of a passenger car, in just one year, is the energy equivalent of leaving your refrigerator door open for 6 years. Hard to believe, but it’s true.

The Bush Administration’s EPA rejected the bid by California and 16 other states to improve the efficiency and greenhouse gas performance of passenger cars and trucks. Hopefully, the states will prevail in court. But if President Bush gets his way, fuel mileage won’t be increased until 2020. That’s a long time in a world fast careening towards climate calamity.

But really, there is no need to wait for government action. Every vehicle owner has the power to make cars and trucks cleaner right now. How many trips per year actually require an SUV, van or truck? What if even half of the drivers of these larger vehicles bought a passenger car instead? The U.S. would be much further down the road to climate sustainability. And would also rely less on foreign oil.

Even without owning a large vehicle, it’s still possible to haul bigger things when needed. Most people can rent a van or truck for a couple of times per year when the hauling space is needed. Furthermore, the lower sticker price plus fuel savings of a passenger car would more than make up for the cost of rentals.

It’s time to make a commitment to keep the planet in mind while buying a car. This means choosing the most efficient car that suits one’s needs. There’s even a handy website to help make the choice. At the U.S. EPA and Department of Energy Fuel Economy website, it’s easy to compare the mpg for any make or model of a passenger vehicle.

Of course, the Civic hybrid or Prius are some of the top choices from a planetary perspective. But for anyone who can’t afford a hybrid today, there are plenty of other very efficient models.

And the fuel economy tool works for used cars too, since it has information for vehicles all the way back to 1985. They even recently updated the older data, to make it compatible with new car data (which is under updated testing rules). This means one can compare all vehicles on an “apples-to-apples” basis.

The government can, and eventually will force automakers to offer more efficient vehicles in every class. But for now, it’s up to consumers to choose efficiency. The health of the planet hangs in the balance.

Buying A New Car: Top five things you need to know when buying a car

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Are you kidding? Nope. Some experts say that feelings matter when choosing a salesperson. “The most important thing is that you be working with someone you are comfortable and who listens to your needs,” says Jim Davis, general sales manager for BMW of Riverside.

Remember, you want your buying a car experience to be a good one personally. A good salesperson should find your needs and address all your concerns, including safety and fuel economy.

Getting to know you

First off, says Davis, the salesperson should get to know you and how you are going to use the car. “Then, he or she should guide you to the car that best fits your needs.” With more than 30 years working in dealerships, Davis says he has been through the buying a car experiences as a customer, salesperson and general sales manager.

The questions range from the simple: “Do you do city driving or freeway driving?” To the more complex: “What kind of engine do you require?” For couples, a question might be: “Do you drive together or one at a time?” And, for families: “How many seats do you need?”

Money matters

The financial end of the buying a car experience is sometimes highly interactive. Whether you have a trade-in, are seeking credit or are considering leasing, every factor is taken into consideration as it comes down to the final purchase price and payment method.

Talking about money is premature until you’ve narrowed down the car type based on your needs, says Davis. “Of course, buyers usually know their budget.”

However, Davis says we all probably start out perhaps a bit unrealistic. “At the end of the day, it’s just math,” he says. “We find the car that fits your needs and we tailor the transaction to fit your individual budget.”

And remember to factor in maintenance. For example, says Davis, BMW’s all-encompassing maintenance program could save you lots of costs in upkeep so you could possibly afford a more expensive car. “Once you have all of this in line, then it’s time to start worrying about the monthly payments,” he says.

Trade-in value adventures

Trading your car in at the dealership is both a good deal and an easy way to go. The convenience of driving into the dealership and driving out with a new one can be almost orgasmic.

“If I’m looking for the real value of a car,” says Davis, “I’d go to a dealer.” He says dealers buy hundreds of cars each month and they pay top dollar to do so.

Selling a car to a private buyer can get you a higher sale price. But think hard about having people call you day and night, setting appointments and haggling with each wannabe buyer. “It’s also safer to trade your car in at the dealership,” says Davis. “There are documented cases where people selling their car to private buyers have been held up at gunpoint.”

The possibility of pre-owned

Most people who walk into a dealership want an untouched car. They alone wish to de-virginize that powerful engine and unspoiled upholstery. However, a well-meaning salesperson may lead you into seeing the value of a well-cared-for car.

Pre-owned cars are usually one, two or maybe three years old. Usually, the manufacturer extends the warranty on these cars because of their “certified” status. “With pre-owned cars, you can usually get more car for your money,” says Davis.

Meaning, you may be able to bump up into the next level of luxury. Davis says he’s sold many used 7-series BMWs to buyers who may have only been able to afford a new five-series. “There are also times when someone needs to present a certain image and a pre-owned car allows them to step into that image without much expenditure.”

An Operational Hydrogen Vehicle: Hydrogen fuel cell technology is a reality, sort of.

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Automobiles powered by hydrogen fuel cells are still a thing for the future. Despite almost a decade of predictions that the technology was about to mature there are still many problems with powering a car with water split into hydrogen and oxygen. One of the primary ones is that disasters like the Hindenburg explosion are possible when hydrogen and oxygen are in close proximity to each other. There are many other technical difficulties remaining to be overcome for full-sized vehicles, although researchers continue to inch forward.

However, there is a functional, real, accomplished hydrogen-powered vehicle. It is called the H-racer, or the H2. It can go over three hundred feet on a fill-up. That’s a lot since the vehicle is only about the size of a box of matches. This toy car sells for $115 and is manufactured by a company based in Shanghai, China.

While continuing their research on fuel cells for full-sized cars, Horizon Fuel Cell Technologies is manufacturing these tiny hydrogen-powered vehicles. The main benefit of the small size is that so little hydrogen is used that even if there is a malfunction, the car will not spontaneously combust, explode, or otherwise singe your carpet. It may be kind of pricey for a miniature toy car, but one day any that survive will almost certainly be valuable collector’s items.

Hydrogen fuel cell technology uses electrolysis to separate hydrogen and oxygen from water (H2O). These chemicals are then recombined in a process that creates a DC current, heat, and water. Barring explosions, it is a clean and ideal earth-friendly power source.

Water is, of course, one of the most plentiful chemical compounds on earth, and the fuel cell’s waste products of heat and water are far less damaging to the environment than the hydrocarbons and heat produced as waste by the standard internal combustion gasoline engine. With the price of gas on the rise, all sorts of alternative technologies are inching toward market viability.

Whether the car of the future will be powered by water, sunlight, methane, plugged in periodically to the existing power grid, or by some other fuel remains to be seen. But, the gas companies are certainly aware that their long-standing importance as the primary source of motive power for the world is under assault, and will almost certainly only last for a few more decades. Maybe that’s why the current prices are so high.

Hydrogen and Fuel Cells: A Major Competitor in the Race to Replace Traditional Fuels

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Hydrogen is an element that is present in a vast number of compounds, but never by itself. The challenge of hydrogen production is separating the hydrogen from other elements in various compounds such as fossil fuels and biomass.

Hydrogen Production and Distribution

According to the US Department of Energy, the most popular method of hydrogen production is a process called ‘natural gas reforming’, in which natural gas reacts with high-pressure steam to create a synthesis gas. The synthesis gas then reacts with water in a process called ‘water-gas shift reaction’ which produces large volumes of hydrogen and other elements. This compound is then subjected to the process of ‘pressure-swing absorption’, which serves to isolate the hydrogen from any other elements that are present.

According to afdc.energy.gov, Hydrogen can be distributed using three distinct methods. The least expensive method is to use long pipelines, but hydrogen’s unique properties make pipeline design challenging and costly. Another method is transportation via high-pressure tube trailers pulled by trucks, similar to those used to transport gasoline. A third method is to cryogenically liquify the hydrogen for storage in large tanks that can be carried via truck, rail, or ship.

Although many challenges exist in creating a hydrogen infrastructure that is large and robust enough to accommodate large-scale use, hydrogen’s vast number of sources makes local production of hydrogen possible in nearly any location, which greatly reduces transportation costs. The tradeoff for this convenience, however, is a higher cost due to an inability to achieve economies of scale at a local level.

Hydrogen Benefits

Hydrogen is a robust fuel that can be used in fuel cells or burned in traditional gasoline-powered engines. This gives hydrogen the ability to take a dominant role in future vehicle fuel markets regardless of whether the market sticks with internal combustion engines or shifts predominantly towards electric vehicles. When used in internal combustion engines, hydrogen produces a significantly smaller amount of greenhouse gas than traditional fuels. The ability to produce hydrogen domestically reduces the effects of foreign political instability on fuel prices as well.

Drawbacks of Hydrogen

The cost and availability of hydrogen fuel and electric vehicles powered by hydrogen fuel cells is still much higher than traditional vehicles and fuels. Since hydrogen contains less energy compared to its mass than traditional fuels, vehicles using hydrogen fuel must re-fuel or re-charge much more frequently than their traditional counterparts.

Other Alternative Fuels

Hydrogen is one of several alternative fuels jockeying for a dominant position in the future vehicle fuel market. Other alternative fuel sources include ethanol, natural gas, and fuel from biomass. Which of these technologies will have the power to shift our energy demand significantly away from traditional sources remains to be seen as new R&D breakthroughs in alternative fuel technologies continue to surface at an increasing rate.

Basic Vehicle Components: Brief Descriptions of Their Functions

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Among the many fittings that each vehicle carries, some are a requirement while others are just accessories that make commutes more comfortable. We shall now study a few components that have an important role in the functioning of automobiles and also discuss their respective roles in brief.

  1. Air filter: All SI and CI engines need air for combustion. If dust particles enter the cylinder through the valve opening, there may be improper combustion or clogging of the openings. For this reason, the air sent into the cylinder is purified by passing it through an air filter en route to the cylinder.
  2. Brakes: Slow the vehicle down by absorbing the excess kinetic energy of the wheels and converting it into heat by friction. All this energy can also be stored in a flywheel and used as required later.
  3. Flywheel:Stores the kinetic energy dissipated at the time of braking for use later. This has become a requirement in recent days because it stores excess energy and minimizes the consumption of fuel.
  4. Battery: The battery supplies current required by the spark plug to initiate a spark towards the end of the compression stroke. This action leads to the burning of fuel-air mixture and production of energy.
  5. Clutch: Transmits rotation. It can be engaged and disengaged through a pedal operated by the driver. A clutch is usually disengaged while changing gears or slowing down the vehicle.
  6. Drive Shaft: Transmits the power from the engine to the point of application where it is converted into motion.
  7. Fuel pump: Pumps the fuel from the fuel tank to the carburetor or the fuel injectors.
  8. Carburetor: Mixes fuel and air in the right ratio before supplying it to the engine. A carburetor decides the fuel-air ratio according to the conditions in which the vehicle is being driven.
  9. Radiator: Has a series of pipes running close to the engine cylinder. A mixture of ethylene glycol and water is passed through these channels to remove heat and keep the engine cool.
  10. Spark plug: Produces a spark to ignite the compressed fuel-air mixture causing combustion and hence leads to the production of energy.
  11. Thermostat: Controls the engine temperature. It is closed when the engine is cool and opens as the engine heats up. The main function of the thermostat is to maintain the temperature of the engine within the desired limits.

Organic Fuel Saving Capsules

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Increasing Fuel Economy and Safeguarding the Environment

With crippling fuel price increases and warnings about global warming, scientists are constantly searching for solutions to keep the consumer happy and the planet safe. So when there was talk of a wonder capsule (MPG-CAPS) that you simply throw into your petrol tank, that improves fuel economy and allows your fuel to burn more efficiently, many people wondered if this could be true. Well, apparently it is.

History of the MPG-CAPS

Jerry Lang is the brain behind this promising patent. In fact, he has over 30 years of combustion and heat transfer experience worldwide, and he has done thorough research on these engine tablets with petrol and diesel engines and has had groundbreaking results. After investigating its benefits, the fuel freedom international (FFI) began selling it in November 2005.

The Proof Is in the Testing

The MPG-CAPS are registered which means the chemicals have been checked out and there is nothing in it that will harm your car.

Reports written from people who have tried it suggests that the capsules initially take 3-6 tanks to work and after that, it extends the amount of mileage you get from a tank of fuel.

These people who have used it say that it does help decrease wear on the combustion chamber components, allowing your engine to run more efficiently, reducing harmful emissions. This means that most of those environmentally harmful emissions and the carbon deposits do not collect in your engine.

Case Study

One interested South African gym instructor, Ocean Laube, decided to put the theory to the test himself, on his 1.4 litre Corsa Opel. His readings were taken over a period of a few months in which time he took photographs of his petrol slips and recorded the miles per hour he was approximately driving, over the entire period of time.

He used his trip to Botswana as an opportunity to test the results on his fuel consumption. Ocean says “after extensive personal testing and long distance driving I have found it to be working exceptionally well.”

Can Consumers Believe the Claims?

There are claims made that it reduces toxic emissions, however, there doesn’t seem to be any conclusive evidence of this. Although there are stories that the product was originally developed by NASA as a rocket fuel enhancer, there is no convincing evidence of this either.

Unfortunately, the FFI has not been willing to spend money on establishing proof of the product’s economic effectiveness over a long-term study. The reason experts give for this is that it would be near impossible for testing to show an economic gain by the MPG-CAP.

Ocean Laube could only comment on the increased benefit in fuel consumption he experienced. “I had to test it before I would recommend it to anyone and I can with great confidence say that they work really well.”

So if the evidence is convincing, then these capsules that you simply throw into your petrol tank work, then your fuel should burn better, and the amount of pollution should lessen.

Advantages and Benefits of Hybrid Cars Explained

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Hybrid cars are automobiles that utilize two primary engines to operate. Hybrid cars use an internal combustion and electric motor to run. Although hybrid cars are much more ubiquitous today, they have a long history. Man has been trying to build fuel-efficient automobiles since the nineteenth century, but with little success. Created in 1898, the Lohner-Porsche Elektromobil is the first hybrid automobile that was released.

The Lohner-Porsche Elektromobil was able to travel 35 miles per hour and up to 38 miles on electrical power alone—which was quite impressive for that time period (source: The New York Times, “Hybrid Automobiles”). Today, hybrid cars are a commonly used source of transportation. This is because hybrid cars are very efficient automobiles. The following information shows the advantages of hybrid cars.

Benefits of Hybrid Cars – Remarkable Fuel Efficiency

Hybrid cars are very fuel efficient compared to other vehicles. This is because hybrid cars use advanced technology and techniques to preserve as much fuel as possible. Hybrid cars use the technique of regenerative braking to save more fuel. When the driver steps on the brake pedal while the car is moving, energy is taken away.

Hybrid cars capture and save this energy to use it later. Because hybrid cars have two engines, it does not always have to depend on the gasoline engine. When the driver stops at a “Stop” sign and red light, the hybrid car does not use the gasoline engine (source: HowStuffWorks, “How Hybrid Cars Work”) Hybrid cars are relatively aerodynamic and also use lightweight materials to conserve more fuel. The aerodynamic design helps reduce air resistance.

Advantages of Hybrid Cars – Environmentally Friendly

Because of increased pollution in the atmosphere, it is important to use an environmentally friendly vehicle. Because hybrid cars use the technology of regenerative braking, the gasoline engine doesn’t have to be turned on during when stopping on a red light and during burdensome traffic jams.

Since the gasoline engine is turned off, pollutant particles do not have to be released into the atmosphere. Carbon monoxide and dioxide are common harmful pollutants that are released into the atmosphere when the gasoline engine is turned on. The Green Car club indicates that hybrid cars can reduce up to 90 percent of tail pipeline emissions (source: Berkely University of California, “Hybrid Vehicles”). Gasoline can also release MTBE pollutants into the air—which can cause cancer. Therefore, hybrid cars benefit both health and the environment.

Honda Insight – Test Drive

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Honda Launches Its Greenest Car Ever

Governments across the world are calling consumers and industry to “Go Green!”, everyone must do their bit to cut their carbon footprint and CO2 emissions to save the planet. Japanese maker Honda has sat up and taken note of the green calls, it has launched the second generation Insight – with an aim to challenge the Toyota Prius.

But can the Honda take the fight to the Toyota camp or is the Insight just marketing hype?

Similar Design To Toyota’s Prius

With white being an in color, of all car makers at present, it was appropriate that the test car was in ice white. The boffins at Honda may have got the color right, but the design of the car could be a bit more ‘out there’ if it wants to attract a new breed of consumers to its brand. When parking the Insight next to its rival, the Toyota Prius, the cars look very similar in design when viewing the cars from the side profile.

The main difference in design that is noticeable is that the rear spoiler dissects the screen on the Honda Insight, it also hinders visibility somewhat when driving, while, the Toyota Prius has much better visibility as it has no spoiler obstructing the driver’s view.

Neither car will rock the design world and may not appeal to the youth market.

The Interior Of The Honda Insight

The cockpit of the Insight is very new-age, it has an array dials and LCD displays which should make the drive experience feel more special. A downside is that the plastics look to be of cheap quality. The car is very roomy, and there is enough room for four adults of average size.

Fitting luggage in the boot should not be a problem as there is 408-litres with the rear seats in place and with the seats folded, this expands to 584-litres of luggage room.

The Honda Insight Is Powered By The Integrated Motor Assist (IMA) System

The Honda Insight is powered by latest version of the Integrated Motor Assist (IMA) system. The 1.3-litre petrol engine produces 87bhp and is further boosted by a 14bhp electric motor, at times this will be the only source of power that is driving the vehicle as it can work on the electric battery when cruising at low speed or when slowing down as the car uses a regenerative braking system.

Not only does this help by cutting emissions but it also improves fuel economy. Performance figures see the Insight get from zero to 62mph in 12.5 seconds and it has a top speed of 113mph.

The Insight Has Good Road Manners

The Honda is never going to wow drivers when behind the wheel, but the eco-friendly car is easy to drive, and it behaves as you would expect, like a family saloon.

The Honda Insight starts from a price of £15,490 and it emits 101g/km of CO2 emissions making it an eco-friendly car which may indeed knock the Toyota Prius off the top of the green tree that it is perched on at present.

Solving Cost, Recharging, Practicality Problems of Electric Cars

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All-electric cars are in the future, but how far in the future? Until recently, problems of price and practicality have stood in the way of introducing the no-emissions, no-noise vehicles to the mass consumer market. Better Place, a Tel Aviv-based company located off a traffic choked highway in what was once a gas storage facility, thinks it has the answers.

Sidney Goodman is the Automotive Alliance Manager at Better Place, working with what he calls “vision partners”– at last count, 130 companies that may have a stake in electric cars. They range from automobile manufacturers to corporations that lease fleets of cars for their workforces (a common employee benefit in Israel). Speaking to a group of reporters at his Tel Aviv office, Goodman tosses off information about excise tax rates in Denmark, road distances in California, the recylclability of lithium ion batteries, and taxi drivers in Tokyo. He describes Better Place’s goal: to work out the kinks so electric cars can become a global reality.

The stakes are high: According to Better Place, 20 percent of worldwide carbon emissions come from automobiles, and even counting the emissions involved in producing electricity (usually from coal), the carbon footprint of using electric cars is far less than anything on the market, including hybrids. (Goodman estimates that electric cars operate at an equivalent e-mileage of 95 m.p.g.) Not to mention that for an Israeli company, the idea of oil independence is especially appealing. According to Goodman, the goal is for Israel’s two million cars to be off of oil by 2020. The first consumer electric cars (all Renault Fluence ZEs) to be serviced with Better Place plans are hitting the Israeli roadways in 2011.

Changing and Charging Stations: Solving the Practical Problems of Electric Cars

Better Place’s solution to the practical problem of keeping electric cars charged revolves around a two pronged service program.

“Most people use their cars only about two hours a day,” Goodman explains. “The rest of the time, the cars are sitting, and while they are sitting, they can be charging.” The Better Place service plan entitles each car owner to two rechargers, one of which would normally be placed at his home, and one at work. It takes about six hours to fully recharge a battery.

In the case of a suburban homeowner with a private garage or driveway, an assigned spot in a condominium complex, or work-place provided parking, the logistics of placing recharging stations are fairly easy. In cities such as Tel Aviv or New York that have perennial parking shortages, situating enough rechargers in public lots will be a challenge; meeting the needs of people who park on the street may be even more difficult.

The second issue is the longevity of battery life: Electric cars can only run about 100 miles on a fully charged battery. So for longer trips – a weekend in the country, a vacation, a holiday visit to the in-laws who live three hours away – Better Place has envisioned a network of battery switching stations that would, like gas stations, allow motorists to refill on the road. However, instead of recharging (which takes six hours), the batteries would be simply changed. The process is fully automated, and the time involved is about the same as pumping a tank of gas. And, for those drivers who will (inevitably) ignore their cars “low battery” warning systems and try to get the last mile out of the last watt, the plan includes road service.

“We’ve even tested this concept with taxi drivers in Tokyo,” Goodman explains. “Unlike consumers’ cars, taxis are on the road virtually 24-7. There’s almost never a six-hours of down-time for recharging.” But a city-wide test using taxis in Tokyo confirmed that the process was no more arduous or time-consuming than filling up a gas tank. And the drivers appreciated the quiet, emissions free cabs.

Of course, regions like the rural west in the United States and the Australian outback, which have huge distances between population centers, have other problems: Making sure there are enough stations. Better Place is rolling out tests in the corridor between San Francisco and San Jose, California starting in 2012, with two battery switching stations and five taxis, and increasing to six stations and 60 cabs. The test will run through through 2017.

Purchase and Operating Costs of Electric Cars

Goodman explains that several other hurdles have to be overcome before electric cars can be successful in the mass market world of everyday consumer usage.

  • Cost of cars: Cost is the first hurdle. The cars and their operating costs must be comparable with the current internal combustion competition. As with hybrids, some consumers may be willing to pay a premium to be eco-friendly, and some governments may give tax benefits and rebates. But for long term mass market success, the price must be competitive. In some countries such as Denmark, huge incentives are on the boards for consumers who buy electric cars. Goodman expects these incentives to lead to earlier consumer acceptance.
  • Cost of operation: In countries with high tax rates on gas, electric vehicle quickly earn back their initial investment. The United States may be a more difficult market to crack because the U.S. has comparatively low gasoline taxes; with U.S. drivers paying less less than half of what drivers in other countries pay to fill up a tank. Better Place’s Service plan is mileage based – the more you drive, the more you pay, but according to Goodman, the cost of an e-mile is going to be less than that of a fuel mile.

A Better Place envisions making its system of battery charging and switching stations open-source technology, to avoid drivers having to cope with switching stations they can’t use owing to incompatible technologies. They envision that other service providers will spring up to compete with them, and that, unlike competing cell phone companies who don’t allow others to use their towers, the service providers will pay each other for services one provides for the other’s customers.

Visitors to Israel have a unique chance to test drive an electric car and see a demonstration of the recharging technology at work. Tourists to Israel generally get a good look at the past history of the region. But visitors to trendy Tel Ava can can visit Better Place’s headquarters on the north side of the city to get a glimpse of the future.

2011 Toyota Camry Hybrid Review

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Years ago people thought Toyota was crazy to build a hybrid car in large numbers, but these days many car makers offer hybrid drivetrains in their cars. Now Toyota has added another hybrid to the range, this time choosing the Camry as the base model. The Camry Hybrid gets a new frontal styling to mark it out from normal Camry’s, but more importantly, it has a version of the Toyota Hybrid Synergy Drive System fitted.

Toyota Hybrid Synergy Drive

It is essentially the same system as found in the latest Toyota Prius, but the petrol engine is a larger 2.4 liter 110kW (147hp) four-cylinder engine. Like the Prius, this runs on an Atkinson cycle, which is a very fuel efficient system but one which does not provide much power for any given displacement. This is where the 105kW (140hp) electric motor in the Camry hybrid comes in, supplying power to make up for the shortfall.

The Camry Hybrid is intended to make the car feel like a V6 powered car, but with lower emissions and fuel consumption, which means the electric motor assists the engine more often than it does in the Prius.

Regenerative Braking in Camry Hybrid

As in the Prius, the gear lever has a special slot to increase the amount of regenerative braking in the Camry, but unlike in the Prius the Camry’s engine also switches on to provide engine braking, which can increase fuel consumption. The owner’s manual even goes as far as to say that driving constantly with the function on will increase fuel consumption.

The secret to a good hybrid system is that it is virtually unnoticeable to the driver, and this is so in the Camry Hybrid; it merely drives exactly like a Camry, with only the displays telling the driver where the power is currently coming from. The only real sign is that the engine switches off when the car is stationary – just like the Prius.

Camry Hybrid Fuel Consumption

The official fuel urban consumption claim of the Camry Hybrid is 8.8L/100km (26mpg), but during the test drive, which was almost exclusively urban, the readout in the dashboard registered 7.6L/100km (31mpg).

The only problem with the Camry Hybrid is that the technology remains expensive. With an NZ$6500 premium over a standard Camry plenty of driving will have to take place before the extra expense is paid off with lower fuel usage – Toyota NZ estimates that the average driver will save NZ$1,530 per year in fuel costs over a standard Camry. That means over four years of driving.

However, there is the point that the car is far less damaging to the environment while it is running, which is often the reason a hybrid is bought in the first place.