Electric Cars Policy And Incentives

Here, in this session, we discuss the public policy of electric cars and the incentives with which they could be promoted. In other words, it is about the role of the government in this case. All governments want to accelerate the technology of development and the adoption of electric vehicles.

Public Policy Of Electic Cars

Electric Cars Policy

Electric cars technology seems to be viable and it works. If the business is great and the technology is available then why the government has a policy about electric cars? The electric car’s public policy is necessary and useful at the same time.

 Annual global light-duty vehicle sales

electric cars incentives

Are more types of electricity and each at different prices. The most economic strategy is for economical users to shift demand times when cheap electricity is abundantly available. The industry can still increase its demand flexibility by industrial heating operations.

Electric cars are an immense potential for flexible energy in the future. The government policy is organizing electricity production with flexible demand for cars. So, switching to electric cars will have consequences for the economic structure, in addition to eliminate emissions.

The government has to ensure that electricity and transport services are available and at a cheap price for people and environmentally friendly.

Electricity and transport infrastructure are critical infrastructures for each country. However, because are so critical and are for everyone, any change will meet resistance from actors with some interests.

The government has more reasons to intervene in transport and traffic. This is because of air pollution. Also, the government must ensure that the electricity system, will continue to be reliable and affordable for every citizen.

Electric Cars Incentives

Being a new technology, electric cars do not get in the market without a little help. Even if it is a promising business, it will have to fight for a position for old and consecrate systems, that have developed over time energy empires.




Incentives need to move new customers towards the new technology. Also, it is a necessary intervention over the standards. The technical standards for vehicle components and operational standards, such as charing protocol need to be used.

Interventions are made in new jobs. Worldwide, approximately 80% of all crude oil is moved into fuels for transport on internal combustion vehicles. So, if the transport sector switches to electric, it will certainly result in a lot of job losses.

Worldwide governments have many challenges in front of, and they play a key role in the transition to the mobility of renewable energy. In the case of mobility, the governments have a public policy of electric cars incentives which to prevent air pollution.  At the same time ensuring new jobs are replaced with the one lost in the fossil fuel industry.

Range-Anxiety Solution For Electric Cars

We discuss here the best solutions the business cars and ways to eliminate the range-anxiety. As a business opportunity, electric cars have not the same preferences for all.
On the other hand, “range-anxiety” stops the growth of all-electric vehicles. In fact, the anxiety-range is the fear that a vehicle has insufficient range to reach its destination. We will post the solutions to reduce this phenomenon.

Electric Cars Solutions

We know not all cars as business opportunities fit for all. Solutions are dependent on the sizes of cars (small or big cars) if the cars are used for city or out of town, highway, or 24/7. The electric cars have in common the propulsion that is an electric motor. This thing is very useful because it replaces the fuel tank used by the fuel engine. Also, batteries or hydrogen tanks are options for the storage of energy, like a fuel tank.




The simplest solution is the battery-electric system. The driving distance is limited by the battery size, so the trend is to use larger batteries. When the battery has died, it needs to be recharged. The charging is quite a long time. Larger batteries with high power and fast charging are ideal but are also heavy and expensive. The efficiency is high, the driving cost is low and there are no emissions. However, still exists the “range-anxiety”.

Solution For Range-Anxiety

Several of the best solution to reduce the range-anxiety is to develop a charging infrastructure or the development of higher battery capacity at a cost-effective price. However, the basic solution for “range-anxiety” is a Range Extender or an On-Board Generator.

electric cars solutions

A combustion engine can be used as a generator. The result-a hybrid vehicle. It eliminates the range-anxiety because the gasoline engine serves as a back up to recharge the battery to provide electric power to the electric motor or provide propulsion directly.

hybryd electric cars range-anxiety

The combination of a fuel cell and battery electric propulsion is also an option. Here, a fuel tank will make electricity from hydrogen to prevent the battery from unloading. The costs are still high, efficiency is less than batteries, but the only emission is water vapor. Fuel cell electric vehicles are a solution when driving the whole day or large distances.

These are the major electric business car solutions today, and probably there will be even more in the future.

Electric Vehicles And The Energy Transition

 

Smart electric mobility of vehicles is part of the energy transition and depend on renewable energy. Transfer of energy steadily increasing the demand for workers in every area of the auto industry.

The economic triangle forms renewable energy, connected logistics, and smart e-mobility in a triangle. Those factors get reliable solutions that combine ecology and economy.

electric vehicles trasition

Protect Health And Wealth

Health and wealth depend largely on clean energy. The oil for transportation is not coming directly from the earth like immemorially times. To get energy need to inject inside hot water or gases. The Energy Return on Invested (EROI) Ratio, has dropped significantly.

For new developments, the ratio is dropping by up to 50%. This means that it costs half a unit to produce one unit of oil. In so conditions, it is the explorations profitable? The answer is so simple, no.

This makes energy too expensive to keep wealth. Plus, it troubles our health because it is not a green energy solution.
For shale oil, it is even worse because the cost is high and the return of investments is low.




EROI level relates to a high standard of living. When energy production is low the energy becomes expensive. Whether EROI decline below a certain threshold results in rapid increases in the fraction of energy. That must be dedicated to simply supporting the energy system.
Luckily, there are solar and modern wind energy. If we move to renewables solar, wind and, water-based energy, we could still protect the wealth and at the same time our health.

The Transition of Electic Vehicles To Renewable Energy

Looking at one energy transition plan and referring to CO2 emissions for various transportations models. One-third of the emissions are from shipping, one third from trucks and, the last third to cars. The car businesses give tax credits for changing over their sources of fuel energy to certain renewable energies.

CO2 is not the only tailpipe emissions but in general, for local zero-emission traffic are electric vehicles. To realize transition we need electric or fuel cell electric vehicles, trucks, and buses. All is changing from research and development to manufacturing to distribution to installation, service, and support. Renewable electricity can be collected from the sun, wind, or water and used directly without storage. Also, it can be collected in solar or wind farms.

 

Advantages Of Electric Cars

 

Electric cars have numerous advantages over conventional fossil fuel vehicles. Look at the main advantages:

Great Electric Cars Advantage

Sustainability

The main reason to move to electric vehicles is that they have not tailpipe emissions. Electric cars reduce the pollutions caused to carbon dioxide, sulfur oxide, nitrogen oxides, particles.
So, they really improve people’s lives and air quality in the atmosphere.
Also, when electric cars use renewable energy sources such as wind turbines or photovoltaic panels for charging, then the gas emission is zero.
Electric vehicles are an important role in renewable energy. Are many possibilities to renew the energy but few methods to stock them.
Electric vehicles look like a battery on wheels, they can be used to stock energy by charging cars with solar energy in the day and wind in the night.

Efficiency

It’s a term called Well-to Wheel efficiency that is an evaluation for vehicles and transport fuels. This assessment looks at energy losses from the source of fuel to the wheel of cars. You can see Well-to Wheel efficiency-related of each stage for both Electric and ICE Vehicles. The efficiency of the drivetrain for EVs is 85% that is much more than 25% of the ICE vehicles-see Types of Electric Cars.

electric cars advantages
The diagram in figure 2 shows the greenhouse gas emissions vs total Well-to Wheel energy usage. The gasoline and diesel are on the right upper corner that indicates high emissions as well as high energy usage. On the opposite electric vehicles charged by wind and solar are located in the left hand lower corner. This means low Well-to Wheel emissions and energy demand. Conclusion: Electric vehicles have lower Well-to-Wheel emission than ICE. Even in bad cases, Powered EVs are better than ICE.

Convenience

Electric cars have not gearbox and are much easier to drive than conventional cars. You have not problems with fuel and the drivetrain makes EVs more silent than ICE, especially at low speeds.
Are possibilities to charge the car at home in the same way as on phone. This provides the convenience of not have to go to the fuel stations.
Electric vehicles have few numbers of components and a simple drivetrain. Only mechanical parts such as bearing and brakes must be maintained.
EVs have a large space and in the future are expected to have completed self-driving capabilities.

Economics

Even if is more expensive than a conventional car, the electric car covers that through the car’s lifetime. Electric cars have a lower total cost due to lower maintenance, lower taxes. cheaper fuel.




In conclusion, electric cars have benefits in efficiency due to battery, motor, and power electronic technology.
It is clear electric vehicle is environmentally friendly. It consumes much less energy than the ICE energy car. There is no so much maintenance, and therefore, it could contribute to the energy transition by the storage of renewable energy.

The Success And History of Electric Cars

The history and success of electric cars go back even further than internal combustion engine vehicles. The first electric vehicle in the form of a tricycle was built by Thomas Davenport in 1834.

History And The Success of Electric Cars

The history of electric cars starts with two major events. The first was the launch and the success of the hybrid-electric vehicles Prius.

Prius success electric cars

It helped to increase the profile of electric cars. The other major event was the starting of a small Silicon Valley start-up, Tesla Motors! It has started to build luxury cars with a range of 200 miles. US Department of Energy has encouraged this company so that in 2010 Tesla launched the Model S Electric Vehicle with 85 Kwh Lithium-ion batteries and a range of 265 miles.

Tesla success electric cars

In the same year, Tesla started the Model X, an electric SUV/crossover with similar performance to the Model S.

 

 

 

 

Develop Technology And Infrastructure

After the Tesla success other firms starting to build. Chevy Volt has launched a plug-in hybrid, in the same year Nissan launched the all-electric vehicle Nissan LEAF!

Nissan Leaf success electric cars
US Energy Development builds charging infrastructure in collaboration with auto companies. Simultaneously, the best trust research about battery technology. In a short time will be many electric cars on the roads. Then the infrastructure will be needed to charge them. There will be a bunch of opportunities, as these modifications will take place. The auto repair industry will have to prepare anew for electric cars.

 

Launching Electric Cars Commercially

The function of electric cars, and for that matter, any new technological creation is not conditional on the manufacturer by itself. The entire industry has to back the move and allow essential support for its success. The automobile industry is finally gearing up for a must support to the electric cars. A massive drop in the price of electric battery cars has been launched.

 The 21 Century has numerous 100% electric and plug-in hybrid electric cars on the market. There are from BMW, Cadillac, Citroen, Fiat, Ford, Honda, Kia, Mercedez-Benz, Mitsubishi, Nissan, Oppel, Peugeot, Renault, Toyota, Volvo, Volkswagen.

However, it is not easy to find these types of cars in many locations. The product is buying up rather quickly after they launch new car lots. The good news is that plans are in the works for even more car manufacturers. They will make even more models of these new electric cars in the months and years to come.

More than five million electric cars were on roads by 2018 and the number will exponentially rise in the future. The electric vehicle is charging in about an hour having 200 miles a range. It is possible the new electric car’s success will gradually take their place as the most popular vehicles on the road.