Electric smart cars – for rational reasons and results

There are many reasons to buy any electric smart car, hybrid electric or plugin hybrid electric vehicle. The soaring cost of gas is probably the biggest and most urgent problem when purchasing an electric car. The environment and the planet is another problem. Whatever the reason for buying a BEV, a PHEV or a green planet-friendly car, instead of using fossil fuel combustion engines, has a positive impact on saving the planet and saving money.

In order to make a smart car purchase decision, it is important to understand how different types of electric powered vehicles and what smart electric cars do.

There are three types of electric auxiliary motors that use an electric motor. The name of the battery electric vehicle (BEV) suggests – a battery operated vehicle. There is no other power source on the vehicle, there is no gasoline-burning internal combustion engine (ICE), then the batteries must be recharged from use and recharged during use until they are exhausted. At this point, the vehicle can no longer operate, so before filling it, it must close gasoline, ie electric juice.

Two hybrid electric vehicles offer the best both electric and ICE vehicles. The hybrid electric vehicle (HEV) uses an electric motor to drive the car or increase power. Typically, this is the result of extending the distance to fuel the fuel tank so hybrid electric cars result in better fuel consumption.

Finally there is the plug-in hybrid electric vehicle (PHEV). This runs very well for the HEV but with a big difference – the battery can be plugged into a charging point to fully charge the battery for maximum capacity. HEV can only charge the battery with the ICE generated current or regenerative fracture (a process in which the energy is regenerated and not lost during the interruption). By fully charging the battery, the use of electric power can be extended and the use of gasoline can be reduced, so the PHEV makes hybrid electric vehicles more economical.

The BEV drive line is very simple – the electric drive drives the battery. Hybrid electric vehicles operate in parallel or in series with an ICE and an electric motor, both the ICE and the electric motor are capable of moving the electric or hybrid electric vehicle. The capacitor also allows the energy to be recycled to the battery, and in the case of PHEV, the BEV has a separate charging circuit for separately charging the hybrid electric vehicle.

Two types of batteries can be used in BEV, PHEV and HEV cars. Nickel-metal hydride batteries are an older technology and battery degradation suffers faster than others. Newer lithium-ion batteries are much more efficient and longer electric and hybrid electric vehicles. They do not remember memory-building like nickel-metal hydride batteries and tend to provide more energy to the engine than the alternative.

Older hybrid electric vehicles can continue to use lead-acid batteries, but these are generally bad for the environment and are no longer used.

There are advantages and disadvantages to moving to electric or hybrid vehicles. They are cheaper to run than ICE cars and have good speeds, and hybrid electric vehicles are also in good reach. But the BEV class usually only ranges from 40 to 200 miles, leading to distressed distress. Improving hybrid electric vehicles by using ICE, which provides a much higher range.

Another disadvantage is that batteries are worn out and replaced. This is an expensive part of the car, and in the case of a BEV, the failure of the battery means that the car will be completely unsuccessful. The hybrid has at least the ICE on which it may fall.

However, the total running costs for the owner is much lower than for a vehicle with an ICE. An electric or hybrid electric vehicle has a less moving part and therefore requires fewer breakdowns. The fuel efficiency of the hybrid has greatly increased, saves money for every mile, and BEV is even less because the electric energy is cheaper at the gas.

One of the biggest benefits of these vehicles on the planet. Our oil tanks are finite and falling, and their continuous use further contaminates the environment. Switching to electric or hybrid electric vehicles dramatically reduces pollutants released and slows down the speed when our planet's natural resources are depleted.

As far as the economy is concerned, electric and hybrid vehicles can show very positive development. The manufacture of a large number of such vehicles requires the construction or conversion of manufacturing plants and the use of workers in factories. Often, our economy is heavily dependent on oil and that removal removes us, but the truth is completely different. By incorporating these technologies, our economy can change its dependence on oil as an alternative, just as the need for motorization.

All electric or hybrid vehicles can incur additional costs as a gas vehicle. Although the improved risk profile of electric vehicle owners allows for low savings, other costs are higher. However, repair of electric or hybrid vehicles is an additional cost since fewer vehicles are on the road and because spare parts are less abundant. This increases the repair costs that the insurance companies provide to the owners. Savings in operating costs can offset this.

Opportunities are varied when considering buying such cars, so potential owners offer a good selection of vehicle performance, size and range. The following are currently available or will soon be released, the highway being environmentally friendly cars. Full details are not available for cars that have not yet been sold.

Nissan Leaf is an all-electric car that starts at 100 miles per charge and up to 90 miles per month starting at $ 33,720. This is a modern-looking car with a reasonable range and competitive pricing. The Tesla Roaster is both an electrical, incredible 245 miles per charge, 125 mph peak speed and costs starting at $ 101,500. This is a stunning looking car that offers the same impressive performance and range as any other electric car.

The Smart-ED all-electric model has a maximum mileage of 98 miles and the highest speed is 60 mph. This little car will be perfect for city driving. Starting $ 599 per month for a four-year rental fee.

All Ford's electric cars, the Ford Focus, are still released, but are expected to be more than 100 miles per charge. This car will be available at the end of 2011 and it looks like it offers all the high-tech options people demand in a very stylish exterior. The final price and other details should still be released.

Chevrolet There was a PHEV capable of 100 mph. Fuel consumption depends on how often the battery is charged, official data is released at 60 mpg with gas and electric combinations. Prices start at $ 32,780, so this is a reasonable price tag and good performance.

The Toyota Prius is a PHEV that is 475 miles unbelievably in a single gas boiler with combined gas and electric motors. Unfortunately, as early 2012 will not be available, there are no more details about performance and pricing.

The full hybrid version of Toyota Prius is also available, at a basic price of $ 23,520. With the 50mpg combined rig and the highest speed of 112 mph, it has enough power and efficiency for anyone. This is a proven and reliable hybrid car with good reputation.

Ford Fusion also has a hybrid version with a starting price of $ 19,820. With a full fuel tank and a 41-mile range of 700 miles, it's powerful and slim, and its range takes you to the desired space.

The Cadillac Escalade hybrid is a luxury SUV, so the price tag is a little bigger for $ 74,135. Fuel efficiency is an SUV up to 23 mpg and up to 575 miles per tank. This SUV creates a balance between the needs of a larger family, with the desire to be a bit more environmentally friendly and make it an incredible style.

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