Electric cars: Reality or Utopia?

8

October

2021

5/5 (1)

In this century, fossil fuel will run out.

The world is in search for a feasible alternative, particularly for the vehicles that we use in our daily lives. For years now, electric vehicles have been at the centre of all discussions, with many motor companies shifting their focus towards an all-electric car fleet in the next few decades. However, are electric cars the real solution?

Let’s look at the pros. Despite the multitude of challenges that electric car manufactures are currently facing, studies have shown that by 2030, electric vehicles will outperform traditional cars in a wide range of key aspects. For instance, it is predicted that such vehicles will possess a range of over 1000 km compared to 482 km for traditional vehicles, meaning less time spent “re-fuelling”. In addition, battery vehicles are less complex in terms of components, in fact, vehicles with combustion engines require more than 1,500 parts, whereas an electric vehicle only requires 20 parts, meaning increased reliability and decreased chances of repairs. The list in long. Hence, many car manufactures have halted their plans for new combustion engines and focused on battery driven vehicles. For example, the likes of Jaguar, Volvo, VW, and General Motors have established a plan to solely sell electric vehicles in 5 to 10 years’ time. Thus, one might assume that the future will definitely encompass electric vehicles.

Now, however, let’s look at the cons. Scientist have also shown how electric cars, despite their benefits, are not as perfect as some people may perceive them to be. For instance, electric vehicles, whilst not polluting when being used on the road, produce the same amount of CO2 emissions as traditional vehicles during the manufacturing stage. Furthermore, the generation of lithium batteries, which are used in electric cars, releases fossil fuels. The batteries also pose a subsequent threat, as their disposal further increases the pollution levels due to the fact that they are not being recycled. To put this into perspective, in the EU, only 5% of simple lithium-ion batteries which are used in everyday objects are being collected, the remaining 95% is either left in landfills or incinerated. Lastly, at this moment in time, electric vehicles face several other concerns: expensive batteries leading to higher selling prices, chip shortages, and lack of charging stations.

Thus, despite the well-known benefits of electric cars, there are still several issues which are a cause for concern, which can make some people wonder whether they are truly the future and right step forward towards a more sustainable environment. Nonetheless, looking at the counterarguments, there may be solutions to tackle some of the problems, where some might be easier than others. For instance, the reduction of CO2 emission created by the manufacturing process could be aided by the use of renewable energy within the plants, which is however no easy task. Another example could be to lease car batteries rather than purchasing them with the car, making the vehicles more affordable.

All in all, I believe that electric cars could be the right step forward towards a greener future, however, all the potential pitfalls need to be addressed before we see a significant improvement. It must not be forgotten that other technologies could potentially disrupt the elective vehicle industry, such as hydrogen fuel cell vehicles. Hence, it might be that battery drive vehicles are only a steppingstone towards a more sustainable and efficient solution, but only time will tell.

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Cloud Computing and Machine Learning: The new racing formula

30

September

2021

5/5 (4)

In recent years, cloud computing and machine learning have been a focal point of discussion when talking about future directions of many different industries. The use of big data has the potential to revolutionise many different fields, yet there is one industry, which has not been given much attention, that started integrating these practices resulting in an immense leap forward: the racing industry, more specifically Formula 1 (F1).

In 2018, F1 partnered with Amazon Web Services (AWS) to redesign the sport by making use of all the data generated by the cars to improve both the fan experience as well as the car development. Just to give an idea of the potential these technological advancements have on F1, it is estamated that a modern F1 car contains on average 120 sensors generating approximately 1.1 million points of data telemetry per second.

In terms of improved fan experience, F1 is now able to provide real-time insights on races such as ‘battle forecasts’, ‘pit stop strategies’, and ‘tyre performance’ based on the wide range of available data such as weather, tyre compounds, timing, car position, telemetry, etc. Not only they are able to analyse strategies and predict battle outcomes, F1 is now able to analyse and display the driver’s performance and effort based on the 65 plus years of historical data available. In turn, the data can be used by the drivers themselves to compare their performance to the ones of their competitors in order to improve. Lastly, machine learning has re-defined the way in which teams develop new parts of their cars, leading them to more accurate and reliable results.

Figure: Example of real-time insight provided by AWS

All in all, I think that adopting of machine learning and cloud-based computing in areas, such as the racing world, re-enforces their potential. F1 has been known to be an old-fashioned sport, yet, now with the adoption of these new practices it has been able to revolutionise itself into a technology-driven environment. This could serve as a lesson and starting point for many other sports as well as industries to start adopting these tools in order to improve or even disrupt their current state. I am sure those improvements are the first of many and it will be really exciting to see what the next additions will be.

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