User:Snowfall pin/sandbox

Project 1 Research Guide
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INTRODUCTION
My research is about EVs (electric vehicles) batteries. The focus, particularly on the preferred battery choice, the depth capacity of the battery, and the lithium-ion batteries' drawbacks, are essential to the community.

DESCRIBING THE DISCOURSE COMMUNITY

Historically, the EV community or electric vehicles did not become workable until around the 1870s. During these periods, EVs (electric vehicles) were competing with gas power engines just as today. However, the downfall of EVs in the early 1900s was the Model T's price. Model T's Ford produced in 1908 led a blow to EVs (electric vehicles) for being half the electric car price. Being twice the price, it detoured most manufacturers and started the fade of EVs (electric vehicles).

Nevertheless, let us fast forward to the 21st century EVs (electric vehicles). EVs are now making a big comeback due to global warming, and technology has significantly improved. One vast improvement has been the internet.

We have the internet for massive amounts of information. Communicating at the fastest rate society has known possible. It is pushing EVs to the next level. Such advancements in technology and the ability to harvest raw material at a manageable cost have helped the EV community grow. However, the goals of the EV community have not changed, and that is to make a vehicle that did not need a lot of maintenance, that was quiet, easy to drive, and did not release pollution from its exhaust.

In our 21st century, a time when we have one of the most extraordinary access to getting information with profound speed and accuracy via the internet. With the internet connection, whether browsing-'surfing' or researching the internet, you can find tons of information on whatever subject you're looking-meaningful communication and data includes the EV communities.

There are dozens of sites in the EV community to retrieve valuable data and update on this particular discourse area. Fields like Science direct, Sage Journals, Informa, Energy.gov, and even Universities such as Wayne State, are just a few sites from the hundreds of EV discourse communities all available at my fingertips.

I chose three of these sites from hundreds of sites to choose from where the EV community can share their information on EVs (electric vehicles). The first site is Sage journals, and the article from this site is Electric vehicle: A review of network modeling and future research needs. The second site is IEEE (Institute of Electrical and Electronics Engineers). IEEE article from this site argues Magnetic Field Makes a Better Lithium-Ion Battery for Electric Vehicles. The third site I chose is Wayne State University's liberal system, and its article I have selected from this site is called Challenges for Rechargeable Li Batteries.

Sage Journals; The article Electric Vehicle: Are a review of network modeling and future research needs. The focus of this article Talks about various aspects of EVs (electric vehicles) to see how they would fit into society, such as their weaknesses, strengths, research gaps, etc.

In the second article called Magnetic Field Makes a Better Lithium-Ion Battery for Electric Vehicles, two different magnets materials are tested. The goal of this test rearranges pores using an external magnetic field to face in a specific direction. Doing so could increase a higher charge.

The last article, called Challenges for Rechargeable Li Batteries, focuses on improving Li-ion batteries for better performance. A big concern for the Li-ion batteries discourse community is their safety, discussed in this passage.

A DESCRIPTION OF MAJOR CONTEMPORARY TOPICS OF CONVERSATION

CHANGES OVER LAST 5-10 YEARS:

Major topics in the EVs (electric vehicles) communities are in abundance. However, the central issues that made EVs (electric vehicles) relevant again are climate change (global warming), renewable energy (energy conservation), and noise and air pollution.

These topics are associate with the rise of EVs (electric vehicles).

Another discussion of the matter is the power source: the batteries that power the EVs (electric vehicles) and improve them.

EVs (electric vehicles) in the last 5 to 10 years have seen an increase in consumer demand and growth in government support, which has been changing policy and regulation for the promotion of EVs (electric vehicles) and an increase in battery facilities manufacturing.

Here are some keywords in the EVs discourse community that have become familiar upon researching the articles. Standard Terms used EVs (Electric Vehicles), AC (alternating Current), KWH (kilowatt-Hour), LEVEL 1 CHARGING (Slow charging-which most home in the United States has), PHEV (Plug-In Hybrid Electric Vehicle), Range, Millage, Tesla Supercharger.

ANALYZING COMMUNICATIVE PRACTICES OF THE DISCOURSE COMMUNITY:

Three communication practices for the EVs community I discovered such as inside EVs forums, world electric vehicle journals, and scholarly journals. An example of this is a site called Sage journals which I included for references and research.

DESCRIPTION /ANALYSES

EV Lithium-ion battery forum focuses on serving the community by providing high-quality content. Particularly in organizing market-driven conferences and trains people on battery storage in numerous countries.

The content on this site has invested heavily in the research they conduct. Also, this company works with other industry experts. Using technologically, they have a conference speaker on energy storage and EV's Li-ion battery forums. That assembled to members.

The writing style they used is informative in the context of the site. Primarily as information text that can be easily understood and quickly used to find more information. They share information in the aspect of the battery community.

In this discourse community, there is a forum or place where the EV community can discuss and share information and updates on the latest technology. This site also has a mix of EV models of cars that is relative to the user interest. At the same time, the following article concentrates on improvements from the standard form.

The article, Heat Transfer Enhancement of Liquid-Cooled Copper Plate with Oblique Fins for Electric Vehicles Battery Thermal Management, refers to the standard form of lithium-ion. It presents its case to improve it further. This article falls under a definite article because it cites how to improve lithium-ion batteries. The article organization is the firstly abstract, followed by the introduction, body, result, and discussion.

The content in this article has a graph. It has data and designs along with experimental setup, procedural steps, results, and a discussion. The style of writing for this article has a descriptive and persuasive way of writing. The context is analytical and informative.

This report was very informative. It presented the actual State of the lithium-ion battery and upgrades used to improve the lithium-ion battery. Test prove upgrades of batteries are improvements. The article presents experiments to show how cooling tests can enhance the functionality of the battery.

The research article I have chosen from a scholarly journal called Electric vehicles: A Review of Network Modeling and Future Research Needs to provide a comprehensive view of the challenges of EVs (electric vehicles). One of the focuses was to address global warming with EVs (electric vehicles) in this scholarly article.

It has a content list and organized by abstract, introduction, body, conclusion, and references are present in the article. This article has various current content such as studies, tables, and raw data. The style of writing in this article was informative, review gaps, and flowed within EVs.

The context in this article provides various points of information on EVs (electric vehicles) such as charging stations and street traffic. The report has a wide range of information, such as data. It informs you about gaps and lets you know there is room for improvement of the EV industry to get an idea of what is happening throughout the article.

RESEARCHING A KEY QUESTION IN THE FIELD:

My key research question was Battery life, safety, range, and recharging time. I have chosen these questions because for EVs (electric vehicles) to be successful. Any EV battery needs to be a good and reliable power source, such as Lithium-ion batteries.

However, these batteries need to live up to specific standards for that to happen, such as having a good range that lasts long, safe to drive, and vastly rechargeable. Moreover, At the end of the lithium-ion battery life, what options for an EVs (Electric vehicles) owner.

INTERVIEW RESEARCH QUESTIONS

Unfortunately, the people I tried to contact for a professional interview didn't respond to me by the date I needed. Nevertheless, I feel it necessary to discuss the question I want to discuss during the consultation were as follows:

What is the depth of discharge of lithium-Ion batteries?

Why do batteries have different depths of discharge?

How is lithium Ion different from lead-acid batteries?

What materials does it take to make a good lithium-Ion battery?

What materials are used to make lithium batteries?

How close do you think we are to making a battery that can go over 500 miles?

Do You think that we will ever have a Lithium-Ion battery that will hold a charge for across our nation, the distance from New York to Los Angeles) and back?

Moreover, having professional input could focus on research concerns.