The Benefits of Electric Vehicles

With the popularity of electric vehicles, the costs of owning one are coming down rapidly. The reason is that drivers can enjoy a lot of benefits by making the switch. EVs offer a lot of benefits, such as savings on tax, fuel, and maintenance costs, just to name a few. These cars can save you tons of money. Let’s take a look at some common benefits of an EV.

Cost of Electric Cars

EVs provide excellent value for money over the long term. If you are looking for a cheaper but more efficient way of traveling, EVs are your best bet. Based on the model you want to opt for, the cost of this purchase varies. However, you can buy a model within your budget limits.

Cheaper Maintenance

Although the prices of electric vehicles are similar to diesel or petrol cars, they don’t cost that much as far as running them is concerned. They come with tax incentives, government grants, better fuel efficiency, and reduced maintenance costs.

Vehicles that run on battery power offer the highest fuel efficiency. Typically, these cars have three primary parts: motor, inverter and the on-board charger. So, the car doesn’t go through a lot of wear and tear.

Better for the Environment

Electric cars have no tailpipe emissions, which makes them better for the environment than traditional vehicles. A plug-in hybrid vehicle has an electric motor and a small battery that can allow you to travel for 30 miles.

The advancement in technology helps make vehicles that are more eco-friendly, quieter and efficient.

Quick Charging

You can charge your EV at your home in an efficient manner. After you have installed a charging unit outside your home, you can charge your electric vehicle in a few hours. Most EVs can be charged in just 8 to 12 hours. With rapid chargers, the charging time can be reduced to under an hour.

High-end models can provide a driving experience of up to 500 miles after the unit has been fully charged. So, you can have tons of fun for hours.

A Quieter Driving Experience

When you start an electric car, one of the major things that you will experience is the quietness of the car. Since there will be no vibrations, you can enjoy a relaxing, comfortable driving experience.

All EVs feature instant torque. You will get a quick response from the car the moment you will hit the accelerator. So, these vehicles are an ideal choice if you drive mostly in the city.

The Future of Vehicles

Since EVs offer numerous advantages over traditional vehicles, they will replace the conventional vehicles down the road. With the passage of time, the charging time will be reduced to minutes and the range will be extended significantly. So, people will only buy electric cars.

So, if you are thinking of buying an electric car, we suggest that you go ahead and make this purchase. Although these cars cost more to purchase, they can save a lot of money on fuel and maintenance.

New Technology for Hybrid Vehicles

Hybrid vehicles have become more and more popular in the U.S. since Toyota introduced the Prius. This fuel efficient vehicle is equipped with a small engine that is powered commonly by gasoline. Its fuel efficiency is due to the use of an electric motor which supplies the additional power to aid the engine.

While a small engine may not be suitable for some driving conditions, the electric motor powered by an on board battery pack makes the power produced by the small engine adequate enough. But designers and engineers in the auto industry are constantly looking for ways to improve the performance of a hybrid vehicle. Turbodyne Technologies Inc. is one of the companies looking for ways to improve the performance of hybrid cars. Recently, the company announced that they have developed a new technology which is aimed to help hybrid vehicles perform even better.

Turbodyne has improved the design of the Turbodyne TurboFlow(TM) electronic air injection system. The technology is aimed for use by hybrid vehicles. “It’s clear that hybrid vehicle production is experiencing significant growth,” says Al Case, the Chief Executive Officer of Turbodyne. “”The biggest challenge is maximizing engine output while maintaining fuel economy. That’s where the opportunity lies for the Turbodyne TurboFlow(TM) air injection system,” Case added.

The TurboFlow technology differs from turbochargers and superchargers by the absence of mechanical linkages. That is because the Turbodyne TurboFlow air injection system uses an electric motor to operate the air compressor which in turn supplies air to the engine.

By eliminating the mechanical linkages, the air injection system is made better than turbochargers or superchargers. Superchargers need power from the engine to operate the air compressor and this means that the power generated by the engine will be reduced.

Turbochargers, on the other hand, use gas exhaust to force air to the combustion chamber. This means that when there is significantly less exhaust gas, like for instance when starting a car, the turbocharger cannot help the engine. Both the engine power reduction and lack of take-off power problems are solved by the Turbodyne TurboFlow(TM) air injection system.

Since hybrid vehicles are known to have a good storage of electrical energy, it makes sense that the new air injection system for hybrid vehicles is powered by electricity. Since the Turbodyne TurboFlow(TM) air injection system is not dependent on the engine, it can be used throughout a driving cycle. It is specifically designed to provide air into small displacement engines like those used on hybrid engines.

This new technology will further increase the performance of the fuel efficient vehicles. This could mean that hybrid vehicles will be continuing their domination of the auto industry in the future. From the way things look, hybrid vehicles have become the bully dog in the yard of automobile industry.

With more and more developments like these, we can surely expect more and more hybrid vehicles roaming our streets.

Hybrid Cars – The Vehicles of Tomorrow

Want to buy a car that runs on water? Well, this might have sounded funny a few years back, but not anymore. To beat the growing menace of air pollution, scientists have really developed cars that use 100% water as fuel. And what’s more, these cars might possibly be the vehicles of the future, in a time when gasoline and diesel powered cars will be rendered obsolete and relegated to museums.

Cars running on alternate sources of energy are the latest fad in the automobile world. In fact, scientists have developed cars that run not only on water but also on other non-conventional sources of energy such as electricity, solar power, bio-diesel, ethanol and LPG. This is a necessity, considering the depleting stocks of fossil fuels and the rising pollution levels in the world. In this article, we take a quick look at the various pros and cons of cars powered by alternate energy sources.

Till date, the most popular form of alternate energy that has been used to power cars is electricity. Cars like Toyota Prius and Honda Insight can operate using both electricity and gasoline. These cars, labelled as hybrids, contain an electric motor in addition to the regular one, giving the rider a choice of power source. Compared to other cars, the hybrids are more environment friendly, and are also cheap to run. Hybrid electric vehicles contain batteries which may be charged using a standard electrical plug at home.

The use of LPG and CNG has also been promoted by various governments in the recent years to cut down on the emission of greenhouse gases. Cars powered by CNG are extremely fuel-efficient, and produce very low levels of emission. It is possible to convert a conventional petrol engine in a CNG compatible one by using a simple Hybrid Conversion Kit, thus giving petrol car owners a chance to cut down on emission levels.

Besides these, a lot of research has been done in the recent years in developing cars that run on solar power and bio-diesel. While the former typically harvests energy from the sun using solar panels on its body, the latter uses fuels derived from natural, renewable sources of energy such as plants and vegetable oils. Astrolab, designed by the French transportation futurists Venturi, is the world’s first commercially available solar-powered car. Solar powered cars have zero-emission levels and are ideal carriers for a pollution-free world. However, the development of the solar car is still in its nascent stages and we are yet to have a solar-powered heavy vehicle on the roads. On the other hand, cars running on bio-fuel are easier to make, but their popularity has been checked due to the limited availability of bio-fuels.

The water powered car is also one of the possible solutions that scientists have come up to meet the challenges of growing air-pollution. This car uses the technique of electrolysis to split water into Oxygen and Hydrogen, thus generating the required power in the process. Although a totally pollution-free vehicle, the water-powered car is expensive to make, and research is still on to make the car commercially viable.

What is promising however, is the tremendous amount of interest that hybrid cars have generated among people all over the world. With depleting oil stocks and rising fuel prices, vigorous R&D is being conducted in developing automobiles that run on alternate forms of energy. The increase in air-pollution and the Greenhouse effect has also contributed to the search for a non-polluting, cost-effective car. In fact, we are not very far away from the day when the perfect green car will be a reality for consumers. Hybrid cars are indeed the vehicles of tomorrow and they are here to stay.