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Using Digital Twin Technology in Electric Vehicles – AZoM



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Digital twin (DT) technology is making significant research inroads into several technologies. DT technology has significant potential for another key 21st-century technology, electric vehicles. A paper published in Sustainability has explored the use of digital twins in this important industrial sector.

Study: Overview on Digital Twin for Autonomous Electrical Vehicles Propulsion Drive System. Image Credit: buffaloboy/
Since the concept was developed around 20 years ago, a number of researchers and institutions have defined digital twins and sought to develop effective software systems based upon them. In essence, a digital twin is a replica of a real-world object (its “twin”) and in addition to the physical assets of the twin, a digital twin can be used to replicate processes. By using them in this manner, data can be collected to provide a predictive analysis of performance.
Digital twins can be constructed for physical objects from vehicle and airplane engines to wind farms, buildings, and even entire cities. IoT devices, software analytics tools, machine learning, big data, and AI can be integrated into a digital twin to improve its operation and output. Digital twins are rapidly becoming a key technology in engineering in the 21st century. Digital twins can run any number of simulations on every parameter and process in a physical asset.
A simple way to explain what a digital twin looks like is a wind turbine that has various sensors attached to different working parts and vital areas. The sensors gather data about factors such as wind speed, atmospheric conditions, temperature, energy output, and so forth which are then fed back to a central processing system. This real-world information is then applied to the digital twin.
Hardware-in-the-Loop (HIL) System. Image Credit: Ibrahim, M et al., Sustainability
The data gathered is used to run simulations, analyze performance issues, and provide insights that can help improve the performance of the real-world object. A digital twin can be used to analyze valuable health status and maintenance data throughout the entire lifetime of a physical asset. A key difference between DTs and Hardware-in-the-loop simulations is that the DT is a purely virtual simulation model which is provided with real-life inputs and outputs to determine how well a physical asset is working.
There are several types of digital twins which are classified according to the level of product magnification, and they differ according to their area of application. The different types of digital twins are component twins/part twins, asset twins, system/unit twins, and process twins. Digital twins are favorable for engineering applications as they are low-cost and low-risk.
Digital Twin (DT) system.
Digital Twin (DT) system. Image Credit: Ibrahim, M et al., Sustainability
The growth in electric vehicle development has been promoted by the urgent need to reduce carbon emissions in the automotive industry. Digital twins have been extensively explored in fields such as biomedical research and the aerospace industry, and due to their potential, they are being increasingly employed in the research and development of electric vehicles. Like any technology, electric vehicles have parts that must be monitored for performance issues and to provide operational improvements.
Developing a new car model is a lengthy process, typically taking up to five or six years from design to market launch. Effective design is key to the long-term success of a new vehicle, and digital twins provide a means to virtually model the component and, additionally, the design and development process at all stages.
Digital Twin applications map.
Digital Twin applications map. Image Credit: Ibrahim, M et al., Sustainability
Electric vehicles are still a relatively new technology, but the growth in their global demand has facilitated the urgent need for the design of high-performance parts. It is predicted that they will represent an 80% of the share of the global automotive industry by 2050. One of the critical components that affect their performance is the propulsion drive system, and though this can benefit from digital twin technology, there is a lack of studies concerning EV propulsion systems.
Digital twins are frequently used for applications such as diagnostics, prognostics, system health monitoring, and risk assessment in electric vehicle drive applications. The paper published in Sustainability has provided an overview of the use of DT technology in the propulsion drive systems of electric vehicles.
Electrical Vehicle (EV) drive system components
Electrical Vehicle (EV) drive system components. Image Credit: Ibrahim, M et al., Sustainability
The authors have conducted an extensive review of current studies on the use of digital twin technology in this area. Additionally, the authors have provided a comparison between different simulation technologies currently available. Finally, they have identified several routes for technological development that will inform future research directions. In conclusion, the study has found significant potential for digital twin use in electric vehicle design, and as such, the paper serves as a vital resource for this field.
Ibrahim, M et al. (2022) Overview on Digital Twin for Autonomous Electrical Vehicles Propulsion Drive System [online] Sustainability 14(2) 601 | Available at:
Disclaimer: The views expressed here are those of the author expressed in their private capacity and do not necessarily represent the views of Limited T/A AZoNetwork the owner and operator of this website. This disclaimer forms part of the Terms and conditions of use of this website.
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Reg Davey is a freelance copywriter and editor based in Nottingham in the United Kingdom. Writing for News Medical represents the coming together of various interests and fields he has been interested and involved in over the years, including Microbiology, Biomedical Sciences, and Environmental Science.
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Carrots Have These 8 Amazing, Surprising Health Benefits



Initially, the vegetable originated in the geological area and the Asian United States, and it was initially only available in purple and yellow hues. Carrots are an excellent source of beta carotene, a natural mineral introduced by the body to provide sustenance, and they are high in fibre.

Carrots, which are crunchy, orange, and delicious, provide a variety of benefits to our health, pores, skin, and hair. These don’t appear to be particularly tasty, but they are loaded with numerous important nutrients, for example, beta-carotene, cell reinforcements, potassium, fibre, sustenance K, and so on.

Carrots are cultivated to promote eye health, lower dangerous LDL cholesterol, and aid in weight loss. Let’s put it to the test and find out why carrots are so good for you!

The following are twelve effective edges you might get from carrots:

1. Supports gadget

Most importantly, carrots contain a few phytochemicals that are well-known for their cancer-causing properties. Carotenoids and carotenoids are present in more than one of these associations. Overall, compounds create resistance and activate specific proteins that prevent the growth of most tumor cells. An investigation reveals on a screen that carrot juice can also fight leukemia.

2. Advances Glowing Skin

Investigate tips that stop outcome, and vegetables well off in those composites will finish pores and pores and skin ground and work with people’s appearances, thus making them more noteworthy young.

3. Fortifies Bones

Carrots are high in vitamins, minerals, and cancer-fighting agents. Vitamins B6 and K, potassium, phosphorous, and other minerals contribute to bone health, a more durable, and help with mental performance. Aside from selling the body to free extreme annihilation, cancer prevention agents keep an eye on the casing in the course of dangerous microbes, infections, and diseases. Physical cell digestion is managed by the ophthalmic component. Carotenoids have been linked to improved bone health.

4. Advances Male physiological circumstance (ED)

These fruitfulness meals may increase the number of sperm cells and their motility. According to research, this is a direct result of the fake carotenoids found in carrots, which are responsible for the vegetable’s orange color. However, it is still unknown whether carrots can improve sperm enjoyment and motility. Carrots are being tried to improve food for male physiological conditions and erectile dysfunction. Cenforce FM and Cenforce D can be used to treat impotency.

5. Keeps From Cancer and Stroke

Carrots have an unusual endowment in that they are loaded down with anti-cancer resources that will depress the cells’ blast. Essentially, studies have discovered that carrots can reduce the risk of a variety of diseases, including colon, breast, and prostate cancer.

6. Further develops the natural framework Health

Carrots contain a significant amount of dietary fibre, which plays an important role in supporting healthy stomach function. Fibre expands your stool, allowing it to pass more easily through the stomach-related plot and preventing stoppage.

7. Assists with managing polygenic affliction and basic sign

Carrots are high in fibre, which promotes cardiovascular health by lowering LDL cholesterol levels in veins and blood vessels. Calcium is absorbed through the frame of carrots, resulting in low but dangerous cholesterol levels.

Carrots have an unbalanced fibre content. An investigation found that advanced fibre consumption improves aldohexose digestion in people with the polygenic disorder. Following a healthy, well-balanced diet and maintaining a healthy weight can reduce the risk of type 2 diabetes.

Inconsistencies in glucose digestion may require a high level to combat aerophilic strain, and this is frequently where the inhibitor nutrients dilettanti ophthalmic thing axerophthol fats-solvent sustenance may also benefit.

According to one review, juice provided a 5 wrinkle inside the beat fundamental sign. The supplements in carrot juice, with fibre, K, nitrates, and vitamin C, have all been obtained to help this final product.

8. Advances Healthy Heart

To begin with, each cancer prevention agent is beneficial to your coronary heart. Furthermore, at 0.33, they should contain fibre, which can help you stay in shape and lower your chances of having a heart attack.

9. Forestalls devolution

Edges that are hostile to ophthalmic detail ensure the floor of the eye and provide a sharp inventiveness and perception. Taking juice will help to delay many eye diseases, such as macular degeneration, cataracts, and visual impairment. Overall, carrots contain lutein, which is an inhibitor that protects the eye from obliterating light.

10. Works on urinary organ and Liver perform

Carrots contain glutathione. Cell reinforcement has been shown to be effective in treating liver disease caused by aerophilic strains. The greens are high in plant flavonoids and beta-carotene, both of which stimulate and develop your popular liver component. Carrots contain carotenoid, which can help fight liver problems.

11. Palatable Anti-Aging

Along with carrots on your regular food, you will appreciate limiting the way you get more seasoned. Furthermore, beta-carotene functions as an inhibitor that advances cell harm, which happens as a result of the casing’s normal digestion.

12. Advances Weight Loss

Uncooked Carrots are 88% water when raw or ebb and flow. A regular carrot has the lowest difficulty level of 25 energy. Taking everything into consideration, including carrots in your diet is a wise way to fuel yourself while collecting calories.

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