Electric Vehicles- The Future is Bright Ahead
We will not stop, until every car on road is electric** - Melon Musk* Electric vehicles (EVs) present a chance for the transportation industry to transition.
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Key takeaways
- We will not stop, until every car on road is electric - Melon Musk Electric vehicles (EVs) present a chance for the transportation industry to transition away from fossil fuels.
- They have, however, been utilized for transportation and public transit, most notably as rail vehicles.
- With its diversified transportation landscape, commitment to sustainability, and demonstrated technological leadership, Europe has the potential to serve as a role model for other areas worldwide.
We will not stop, until every car on road is electric - Melon Musk
Electric vehicles (EVs) present a chance for the transportation industry to transition away from fossil fuels. Electrification of the transportation industry can also positively impact energy efficiency and local pollution. However, legitimate worries exist regarding fulfilling future energy demand for charging EV batteries using clean and renewable energy sources. More critically, the question of EVs’ long-term viability is highlighted by the supply uncertainties associated with essential raw materials utilized in EV batteries. Extraction of some of these material resources has severe environmental consequences, in addition to social and ethical concerns.
That distant hum is the sound of the mobility notion evolving—for the better. While obstacles to the electrification of the vehicle fleet continue to exist, possibilities worth fighting for also exist. This is especially true in cities, where today, pollution, congestion, and safety are essential concerns. If current trends continue, mobility challenges will exacerbate as population and GDP development increase automobile ownership and vehicle kilometers driven. As a result, the mobility sector is unleashing a bevy of innovations aimed at urban roadways, including mobility-as-a-service, enhanced traffic management and parking systems, freight-sharing solutions, and novel two- or three-wheeled transportation concepts.
Although the EV industry anticipated the budget to be as revolutionary as promised, it fell short on several fronts. This has resulted in conflicting sentiments within the industry. The government announced an increase in customs duties on some vehicle components, which might harm the e-mobility market.
On the other side, to encourage individuals to acquire more ecologically friendly automobiles, the government suggested a voluntary vehicle scrappage program this year in India. Its goal is to phase out all commercial vehicles over 15-20 years old.
Electric powertrain are the way of the future for passenger vehicles; the transition is ongoing.
Passenger EV adoption peaked in the second half of 2020 when EV sales and penetration surged in key regions despite the economic crisis triggered by the COVID-19 pandemic. Europe was at the forefront of this movement, with EV adoption reaching 8% due to governmental regulations such as tighter emissions standards for OEMs and large consumer subsidies.
Discussions on the end of the internal combustion engine (ICE) car sales in 2021 have centered on that date. In the United States and the European Union, new regulatory objectives currently call for an EV share of at least 50% by 2030. Numerous nations have declared expedited schedules for ICE sales bans in 2030 or 2035. Several OEMs have indicated their intention to discontinue investment in new ICE platforms and models, while others have already specified a particular timetable for ICE vehicle manufacturing to cease. Consumer attitudes toward sustainable transportation have also altered, with more than 45 percent of automobile purchasers contemplating purchasing an EV.
However, as electrification accelerates, OEMs, their supply chains, and the larger EV ecosystem are under enormous pressure to reach these commitments. This is especially true when it comes to establishing the necessary charging infrastructure.
Timeline of Electric Vehicle #
When it comes to the innovation of electric automobiles, many people deserve recognition. Anyos Jedlik invented the electric motor in 1828 and used it to make the first little electric automobile. Between 1832 and 1839, a Scottish inventor, Robert Anderson, also invented a rudimentary electric vehicle
The first electric vehicle was a three-wheeler named VIKRAM SAFA, invented in 1996 by Scooter’s India Pvt Ltd. Around 400 automobiles were manufactured and sold. In 2000, BHEL introduced a successful eighteen-sweater electric bus. Approximately 200 electric vehicles were manufactured and operated in Delhi at the time. However, it did not do well on the market due to the expensive cost of the battery and its short life.
Electric vehicles were invented in the nineteenth century. Previously, they did not do well in the market because of their expensive cost, slow speed, and limited range. As a result, demand initially declined globally. They have, however, been utilized for transportation and public transit, most notably as rail vehicles.
As environmental concerns grew in the twenty-first century, it became clear that gas-powered automobiles release a great deal of smoke and are highly detrimental to the atmosphere.
As a result, interest in electric vehicles increased as well. Electric automobiles were popular with those who used them in cities, where their limited range was not an issue. Another factor contributing to its success was the lack of gear changes, which made it a straightforward option. It lacked vibrations and made no sound. Additionally, it did not require a manual start, which was a benefit.
In 2007, Hero Cycles introduced a range of motorcycles collaborating with UK-based ULTRA Motor. These electric motorcycles quickly gained popularity among other manufacturers such as Electrotherm India, TVS Motor, and Hero electric. Additionally, they manufacture and market their items. Additionally, in 2017, Metro received over $3 million in funding from HNIs to convert current gasoline-powered commercial vehicles to electric variations, setting a new standard for efficient and environmentally friendly transportation.
Electric rickshaws controlled the entire market due to their widespread appeal. In 2016-17, India sold around 500000 e-rickshaws. It was a tremendous aid to the population’s everyday commute. Currently, these rickshaws are primarily used in the Delhi NCR. The government is now focusing its efforts on heavily polluted cities to boost the usage of electric vehicles. A scheme called FAME, i.e., “Faster Adoption and Manufacturing of Electric and Hybrid Vehicles in India,” is being launched. A subsidy is being given to 11 cities to launch electric buses, taxis, and e-rickshaws.
Electric Vehicle Future #
Fast forward to 2021, when firms are hustling to produce inexpensive electric vehicles, intending to dispel the myth that electric automobiles are too expensive. For instance, E-Trio, an electric vehicle business, aims to make EVs accessible to the general public. They specialize in cars and related items such as electric light commercial vehicles, bicycles, and electric three-wheelers.
The Indian government intends to implement policies and incentives that will encourage more people to purchase Battery Electric Vehicles, accounting for 25% of all new car registrations by 2024. Currently, electric vehicles account for just 0.29 percent of total vehicle registrations in India. A two-pronged strategy must be implemented. To begin, India must be truly EV-ready by establishing the required infrastructure and technologies to enable electric car manufacturing. Second, facilities must convert older cars to hybrid electric vehicles by retrofitting them to combat growing pollution levels.
By 2035, the world’s leading automobile market will be all-electric. #
Regulatory pressure and market preference for EVs differ significantly by area. Europe is primarily a regulation-driven economy with large subsidies, but in China, despite lower incentives, consumer pull is quite strong. In the United States, EV sales have been slow to rise due to a lack of governmental pressure and customer enthusiasm; however, that trend is expected to reverse under the next administration.
Conclusion #
Electric cars are on the way, and we are progressing toward decarbonizing the transportation sector while further steps must be taken. It is an industrial shift occurring at a breakneck pace. It also cuts across industries, encompassing energy, infrastructure, mobility, and automotive firms. While this is a significant problem, it also provides an enormous potential for incumbents and newcomers to play a leadership role in establishing new multimillion-dollar sectors and employment. The challenge will reconcile sustainability and economic feasibility with new technologies and a well-guided transportation revolution. With its diversified transportation landscape, commitment to sustainability, and demonstrated technological leadership, Europe has the potential to serve as a role model for other areas worldwide.
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