The Advantages of Cars With Hybrid Plant
1. Thrifty exploitation.
Thrifty exploitation is the main advantage of hybrid cars. To achieve it, it was necessary to seek a balance that is to balance all the technical indices of car, while retaining all useful parameters of traditional car, its power, speed, ability to rapid acceleration and many other very important characteristics embodied in modern cars. Moreover the ability to accumulate energy including not to waste kinetic energy of motion during braking, to charge the batteries in addition to the basic obvious advantages, brought some side-car small joy. For example less wear and tear of brake pads.
The way to savings:
- declining volume and engine power;
- engine’s work in optimal and equal treatment to a lesser depending on driving conditions;
- full stop of the engine when its necessary;
- the possibility of motion only using electric motors;
- regenerative braking to the battery charging.
This system is so difficult that is made possible only in modern conditions, using fairly complex algorithms of onboard computer work. Even the correct and effective (in terms of security) braking is controlled by onboard computer.
2. Pollution-free.
Reducing consumption of hydrocarbon fuels immediately impact on environmental purity. Full engine stop in the cars crowding places on the roads of cities, particularly in traffic jams, has the primary role. Applying the batteries much less capacity than in electric vehicles reduced the problem of disposal of used batteries. The development of hybrid technology in public transport and for trucks will further improve the ecological environment of cities.
3. Good rolling characteristics.
Now there is no need to install the engine in peak rate of exploitation. At a time when you need a sharp strengthening of the traction load electric and the usual engine (and in some models an additional electric motor also) both are included in the work at the same time. This helps to save on the installation of less powerful internal combustion engine operating in the most favorable mode. Such a transfer and stockpiling of power followed by rapid use allows the use of hybrid cars of sport class and off-roadsters. Despite the fact that electric motors have a strong enough torque in terms of weight and dimensions of the engine compared to other engines the developers still in a number of models do not set too powerful electric motors reducing their size. In summation capacity aims it applying combined torque transfer schemes with direct mechanical torque transfer directly from the engine. Such a scheme called “joint hybrid-drive”.
4. Mileage range increasing.
Time is the most valuable resource for humans. Excluding a half trips to the gas stations and even larger number of such trips while driving through the city a car frees up some time for other big and important cases.
5. The preservation and reuse of energy
The main drawback engine on hydrocarbon fuels eliminated. It’s the inability to return power back into hydrocarbon fuels. Transport engineers tried to save energy during braking motion for its reuse. For example special constructions with a large flywheel were used. But only electric power is possible to save with the most minimal casualties. Batteries and special capacitors are used as storage.
6. Regular fuel
Electric cars have one big drawback. It’s the need to charge the battery. The process is long lasting and requires a specially charge equipped item. Thus it becomes unfit for long-term and long-distance travel. But it’s already developed technologies to charge the lithium-ion batteries with electrodes up to 80% capacity for 5-15 minutes.
A hybrid car repaired that shortcoming. Filling is carried out on the customary pattern with conventional hydrocarbon fuel when necessary and further movement can be continued immediately.
In the urban cycle hybrid car works in electric mode 80% of the time. In February 2006 motorists from the U.S. were able to hack an electronic management system of Toyota Prius and learned to forcibly change the mode of car to electric. French company PSA Peugeot Citroen will begin serial production of hybrid versions of Peugeot 307 and Citroen C4 by 2010. Only electric motor works in hybrid cars at speeds less than 50 m / h. The driver may turn on electric mode at any time.
Car Dealers – The Peugeot 106
Modestly attired with a heart of gold, the Peugeot 106 is a deserving little piece. Although a little dusty, you’ll still see this motor kicking about in nearly every car dealer nationwide. The embodiment of cheap and cheerful, this gadget is the ultimate student car, and in true undergrad style, a proper little bargain.
Easy and affordable, this is what your mum would call the ‘ideal little run around’. Your heart won’t pound on first sight, but we suspect you’re not buying for its graceful countenance (at least we hope not). Not exactly contemporary chic, you could say it’s getting on a bit, and the model has certainly sent eyes rolling in latter years. For the student on a budget however, we’re happy to give it a chance.
Being a product of the 90’s, we suspect your desires lie elsewhere, but fight with it as you may, you’ll never call it inadequate. A relaxed little motor, this is the classic ‘A to B’ car. Solidly built and reasonably comfortable, there’s nothing really wrong with it. Tediously dull, perhaps – tediously capable, definitely.
The 106 may be ticking along, but it won’t retire this side of graduation. Before we add it to the fossil pile, let’s see what we can salvage. Crazily cheap fuel and minor emissions make it great on the essentials, and if you’re the type, one of the rarer cars that will happily accommodate spoilers, side skirts and wheel trims (want our advice? Don’t get em). Purchasing one of the ‘Aztec’ or ‘Inca’ models could make you feel a degree more prestigious, but avoid earlier versions if you don’t want your girlfriend to see the cassette player. If you’re after a bit more progress, we recommend the phase 2 models, whose airbags are a reassuring new feature. You won’t be able to party in the back, but in alliance with the boot, there’s ample room for approximately 12 bags of washing.
Whilst it’s not a highway rocket, the 1.1 litre engine still manages to chug its way up the most challenging summits; a tough job when bearing ten crates of larger, and whilst nothing exclusive lurks under the bonnet, the 106 will crusade happily from bar to bar. If you’re willing to spend a bit more cash, the 120 bhp GTi is a definite winner, but beware of the 1.6litre engine if you’re drowning in debt.
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What’s Driving Your Car? – Automobile Propulsion Explained
Since the first automobile hit the road over a century ago, it has been through significant technological and mechanical changes and the modern car has evolved significantly from its original form. In recent times, many efforts to modify the car have centered on the desire to improve its fuel efficiency and reduce the pollution, emissions and greenhouse gases that are the by-product of oil based fuel propulsion technologies. For car novices, however, the different types of car running systems and engines can be a little confusing. Do you know the difference between petrol, diesel, hybrid or electric running cars?
Here’s an explanation of the different engine, fuel and car running systems that are available today.
Petrol - Most engines today are propelled by petrol (also known as gasoline). The purpose of a petrol car engine is to convert the petrol into motion so that your car can move. In laymen terms, this involves the burning of the petrol inside the engine to create the energy needed to turn the motor. Petrol using engines are also known as internal combustion engines. Because of the rising cost of oil and the harmful effects of greenhouse gas emissions, there has been a movement to create alternative fuel and energy sources.
Diesel – Diesel engine cars burn diesel in the same way that petrol engines do, but use a different type of oil – diesel. The main difference between the two is that diesel engines have a 50% fuel burn efficiency as opposed to petrol’s 27%. A criticism of diesel engines, however, is that they produce a higher level of exhaust gases. Peugeot was the first car manufacturer to introduce the diesel engine. If you’re interested in driving a diesel-run car, Sydney Peugeot dealers will cater to your engine needs.
Hybrid – A hybrid vehicle means that two different power sources are used to move a car, usually referring to a mix of a petrol or diesel fueled internal combustion engine and an electric motor. Hybrid vehicles are aimed at addressing both the rising price of petrol and reducing harmful emissions. Hybrid vehicles require less petrol and the electric motor charges itself while the car is running. There is an increasing number of hybrid cars to choose from. For those living in Sydney, Honda now offers their popular Civic in hybrid form.
Electric – The latest propulsion technology is the electric car, which uses an electric motor for movement in the place of fuel run engines. Because electric vehicles run on electricity, they must be recharged. While the top speeds of electric cars are lower, they are favoured for their low environmental impact and for travelling short distances (although for most people they are still prohibitively expensive).
Now you have a better understanding of the different technologies and engines used to move a car, which one will you choose to drive?