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Wednesday, 23 March 2022 07:35

Are Electric Vehicles Better for the Environment?

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Are Electric Vehicles Better for the Environment Are Electric Vehicles Better for the Environment

The electric car is powered by the energy stored in its rechargeable batteries, which are ...

What Are EVs, And How Do They Work?

The electric car is powered by the energy stored in its rechargeable batteries, which are charged using standard household electricity. Electric vehicles work by plugging into a charging station and drawing power from the grid. They store electricity in rechargeable batteries, which are used to power an electric motor that rotates the wheels. Electric vehicles accelerate more quickly than vehicles powered by conventional gasoline engines, making them feel lighter to drive.

What Are The Different Kinds Of EVs?

Electric cars (EVs) are divided into three categories based on how much electricity is utilised as an energy source: BEVs (battery electric vehicles), PHEVs (plug-in hybrid electric vehicles), and HEVs (hybrid electric vehicles).

1. Battery Electric Vehicles (BEV):

A Battery Electric Vehicle is a fully electric vehicle using a rechargeable battery as its sole source of power. They don't have a traditional combustion engine, so design flexibility is expanded because the typical limits are removed. For example, the vehicle's battery can be stretched across the floor, improving traditional weight distribution.

2. Plug-In Hybrid Vehicle (PHEV):

A plug-in hybrid vehicle (PHEV) has a medium-sized electric battery that powers the engine as well as a gasoline or diesel engine. The term "plug-in" is important since it alludes to the necessity to recharge the battery by plugging the car into a proper charging outlet. The PHEV option is a step toward a fully electric BEV vehicle while still retaining some of the typical benefits of a gasoline or diesel vehicle, and as a result, it has its own set of factors to help you decide if it's right for you.

3. Hybrid Electric Vehicle (HEV):

By the omission of the term "plug-in," an HEV (Hybrid Electric Vehicle) has an electric battery that selectively powers the engine, but it is not possible or essential to replenish it via an external power supply. Self-Charging Hybrid automobiles use an electric battery up to 15-20 mph before switching to a combustion engine (petrol or diesel). While travelling, the combustion engine can power the generator, which generates electricity and stores/recycles it in the batteries for future use.

Electric Vehicle Myths

Here are a few common misconceptions concerning electric vehicles:

  • Myth 1: Because of power plant emissions, electric vehicles are worse for the environment than gasoline cars.

    FACT: Even after accounting for the electricity consumed for charging, electric vehicles often have a lower carbon footprint than gasoline vehicles.

  • Myth 2: Electric vehicles' range is insufficient to meet daily commuting demands.

    FACT: The range of an electric vehicle is more than adequate for everyday use. Electric vehicles (EVs) have enough range to cover the everyday commute of a typical household, which is about 50 miles on average each day.

  • Myth 3: Only sedans are available in electric automobiles.

    FACT: Electric vehicles are currently available in a wide range of styles and sizes. EVs and plug-in hybrid electric vehicles (PHEVs) are now available in a wide range of vehicle classes, including sedans and compacts.

  • Myth 4: There's no place for the plugin.

    FACT: You can put your electric vehicle into the same type of outlet as your toaster! You'll find public charging outlets if you need to charge while on the road.

  • Myth 5: Because of battery production, electric vehicles are worse for the environment than gasoline cars.

    FACT: Even after accounting for manufacture, the greenhouse gas emissions connected with an electric car are often lower than those associated with a conventional gasoline-powered vehicle over its lifetime.

  • Myth 6: Electric vehicles are not as safe as gasoline-powered counterparts.

    FACT: Electric vehicles must adhere to the same safety regulations as traditional vehicles.

Are Electric Greener Than Fossil Fuel Powered Vehicle?

Yes is the quick answer.

Electric vehicles, according to most experts, have a lower carbon footprint during their lifetime than automobiles and trucks with traditional internal combustion engines. Electric vehicles are being promoted by governments and automakers all over the world as a key technology for reducing oil consumption and combating climate change. General Motors has stated that by 2035, it plans to stop selling new gasoline-powered automobiles and light trucks and instead focus on battery-powered vehicles.

How Are Electric Vehicles Better for the Environment?

Electric vehicles (EVs) have numerous advantages over conventional gasoline or diesel automobiles:

  • Running costs are lower:
    The cost of electricity to charge an electric vehicle is roughly 40% less than the cost of gasoline for a similar-sized vehicle travelling the same distance. Charging your EV with your solar PV system or at free charging points will save you money.
  • Maintenance is less expensive:
    A battery electric vehicle (BEV) has fewer moving components than a gasoline or diesel vehicle. Compared to a petrol or diesel car, servicing is comparatively simple, less frequent, and overall less expensive.
  • Environmentally friendly:
    Less pollution: When you choose to drive an electric vehicle, you are assisting in the reduction of dangerous air pollution caused by exhaust emissions. When an electric vehicle (EV) is charged from the grid, it produces some greenhouse gas emissions. You may minimise your greenhouse gas emissions even more if you have a solar PV system and charge your electric vehicle throughout the day. Another option is to buy GreenPower from your local power company. Even if you charge your EV from the grid, the electricity is generated from renewable energy sources.
  • It is healthier for us:
    Reductions in toxic exhaust emissions are beneficial to human health. Air pollution will cause fewer health problems and costs if the quality of the air is improved3. Electric vehicles are also quieter than gasoline and diesel vehicles, resulting in reduced noise pollution.
  • For the network's benefit:
    If electric vehicle charging is efficiently managed, particularly outside of peak electricity demand periods, it will aid in the creation of a flatter electricity network demand profile over a typical 24-hour period. This will allow us to: make better use of the electrical grid Assist electric vehicle owners in avoiding higher-cost charging periods.
    Assist in the efficient operation of the overall power system.
    Assist in the integration of additional small and large-scale renewable energy systems into the grid.

Are Electric Vehicles Better For The Environment?

Internal combustion engines (ICEs) in conventional cars run on fossil fuels such as gasoline or diesel. Electric vehicles (EVs) include one or more electric motors that are driven by rechargeable lithium-ion batteries, similar to those used in smartphones and laptops. EVs, like other modern devices, require external electricity to charge. Other types of batteries rely on regenerative braking or producing electricity from the frictional energy of the vehicle to charge. Lithium-ion batteries are often more efficient than fuel engines, in addition to being less polluting. Many have an 8-10 year guaranteed life span.

EVs are a greener option to gas or diesel automobiles, in addition to lower fuel expenses. They can lower a fleet's greenhouse gas emissions by eliminating exhaust. This benefit aids firms in remaining sustainable and in compliance with government regulations.

Compare an Electric Vs Petrol Vehicles

Electric Vehicles:

They are becoming more popular, both for personal usage and for corporations trying to decrease their carbon footprint.

An electrically charged battery pack powers electric cars. This is used to power the motor and turn the wheels, and it can be charged using a standard wall socket, although it is more commonly charged using a dedicated charging point. The vehicle's charge point is simply hooked into an electrical outlet, and the battery receives power from the vehicle's battery. They are the most environmentally beneficial alternative when it comes to purchasing vehicles for your fleet because no fossil fuels are needed to directly power the vehicle. They also produce no pollutants.

Advantages of Electric Vehicles:

The primary advantage of an electric vehicle is its environmental friendliness when compared to gasoline or diesel-powered vehicles. Electric vehicles run entirely on electricity, which means they don't use any fossil fuels, effectively eliminating your gasoline costs. Of course, there are fees associated with utilising public charging stations.

Electric vehicles are also much quieter than gasoline or diesel engines, and their mileage may be significantly improved, especially while travelling at low speeds in cities and congested areas. Electric vehicles have a cheaper total cost of ownership than traditional fuel vehicles since they don't require the same level of maintenance and oil changes as combustion engine vehicles because there is no engine to maintain.

Electric Vehicle Disadvantages:

One downside of electric vehicles is that charging takes a long time, sometimes hours, to reach the battery level required for a long drive. If you run out of battery power while on the move, you'll have to wait for it to recharge before continuing. In comparison to hybrid and gasoline vehicles, which can refuel and be back on the road in minutes, this will take longer, depending on the type of charger utilised.

The range of electric vehicles varies before they need to be recharged, so make sure your drivers are aware of this. If your drivers travel larger distances regularly, route planning is essential to locate the most time-efficient charging stations.

Petrol Cars Benefits:

Petrol vehicles have been around the longest and provide numerous advantages over hybrid and electric vehicles.

The main advantage of gasoline vehicles is that they are often less expensive to buy and maintain, as parts and mechanics are much easier to come by for them than for hybrid or electric vehicles. Petrol vehicles also perform better in terms of speed, acceleration, and agility (a hybrid vehicle's battery, for example, becomes dead weight when it runs out).

Disadvantages of Petrol Cars:

While the price of gasoline fluctuates constantly, diesel-fueled vehicles are getting increasingly expensive to operate as governments attempt to discourage people from purchasing them. Another thing to consider is that gasoline prices are highly volatile, fluctuating based on a variety of factors, making it impossible to predict expenditures.

The biggest disadvantage of gasoline vehicles, on the other hand, is that they are not very energy efficient or environmentally beneficial. They consume a lot of non-renewable energy sources because they run on fossil fuels, which implies the fuel will run out at some point in the future.

How Does Electric Vehicles Production Affect The Environment?

Electric automobiles are beneficial for the environment in studies. They send fewer greenhouse gases and pollutants into the atmosphere than gasoline or diesel vehicles. This includes their manufacturing as well as the electricity needed to keep them functioning. The most significant advantage of electric automobiles is the contribution they can make to improving air quality in cities. Pure electric automobiles create no carbon dioxide emissions when driving because they do not have a tailpipe. This significantly minimises air pollution.

Simply put, electric automobiles provide cleaner streets, making our cities and towns safer for walkers and bikers. Just one electric car on the road for a year can save an average of 1.5 million grammes of CO2.

Are You Ready To Help Our Planet With Your Electric Car?

Yes, it is past time for us to contribute to environmental protection. Electric automobiles are beneficial for the environment in studies. They send fewer greenhouse gases and pollutants into the atmosphere than gasoline or diesel vehicles. This includes their manufacturing as well as the electricity needed to keep them functioning.

Summary

Electrifying our transportation system will have a significant positive impact on India as a whole. EVs emit fewer pollutants than the average fossil-fuel vehicle, and as our electric grid continues to decarbonize, EVs will become even more environmentally beneficial. Fresh Energy will be present at every step of the way, shaping and driving innovative policy for a just, carbon-free future that benefits everyone.

Kinetic Green offers a wide selection of electric vehicles for passenger and cargo use, ranging from two-wheelers to three-wheelers. It's time to think big and achieve even more with Kinetic Green. Choose Kinetic Green's Electic Scooter if you want one of the greatest electric scooters on the market. The Kinetic Green is available in two different models: Zing and Zoom. The Kinetic Zing Electric Scooter is a low-cost alternative to gasoline scooters. A licence or registration is not required. It includes a multi-function remote key that makes riding even more convenient and luxurious.

Last modified on Wednesday, 06 April 2022 05:43

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