10 Examples of How Academic Papers Help In Solar Engineering Work 0

Many people use a college essay writing service for their term papers because they help say the words they cannot. Over time, engineers have written academic papers that are now scattered all over the internet. While some people consider these works as partial fulfillment for getting a degree, these documents can be used for many more purposes.

Sometimes, they have helped in improving the work process for budding engineers. For example, solar engineering may have emerged as a field in 1954, but it only gained traction recently; this means there are still some aspects of solar engineering which are somewhat difficult for students and young engineers to navigate. 

We are slowly entering the solar energy world as the times move fast towards sustainable and renewable energy. The papers written by solar engineers are beneficial for those looking for advancement in this field. Here are ten examples of how academic papers help in solar engineering work:

They create a roadmap for budding engineers

Academic papers written on solar engineering create a navigable roadmap for newbies to get through practicals and theories. Due to these academic works, there can be more solar engineers because of the ease of study. And as we know, studying is more complex when there are no resources that students can quickly go back to when needed. 

This lack of knowledge may result in fewer solar installers and developers needed to sustain the rapid growth of solar engineering today. The 2017 paper on Electricity Generation from Solar Energy is an excellent example of one of such academic works.

Academic pieces help engineers in rural areas get access to the inner workings of solar engineering

There are budding engineers in rural locations who want to help their communities gain access to renewable energy by providing a solar source. But some of them do not have access to the level of education needed to provide this service for their communities. The only place to turn to is research papers with methodologies included.

These written pieces make it easier for engineers to understand the task and how to solve it. An example of documents like these is the 2017 paper on The Benefits of Solar Power in Nigerian Rural Communities.

Academic papers help small communities get grants for solar energies

After creating the plan for providing solar energies to rural areas, the issue of finance arises. Engineers should tackle finance early because installing renewable energies in rural communities is expensive, even if used solar panels are required for installation. Engineers may have all the knowledge required but no financial resources available to work. 

At these junctures, academic papers first determine the project’s importance and the knowledge of a person taking on the project. Without such papers, seeking grants for solar energy installation projects would be just one of this futuristic and unachievable agenda; but reports give credibility to demands made to provide renewable energies to solar communities. An example of this is the 2013 grant application for Solar PV Mini-Grids for the Rural Towns of Areza and Maidma and Surrounding Villages in Eritrea.

Research provides comprehensive data on the pros and cons of solar energy 

When the idea of renewable energy came up, almost everyone was willing to jump on the train, but there had to be a stop-and-listen moment for these people. The reason for this was that even though solar energy was far better than what was obtainable at the time, it had some specifics. People needed to be aware of the pros and cons of this new energy model to choose it in the first place. 

This aspect is also crucial for solar engineers who want to take on the task of installing solar energy in different venues. Understanding the pros and cons will help them provide better advice to the product recipients. The 2017 paper titled the Prosumage of Solar Electricity: Pros and cons and the system perspective is an excellent instance of comprehensive research data used by solar engineers in the field.

Academic pieces help engineers fix defects in solar engineering products 

Like every other invention, solar energy products came with some defects that engineers needed to find solutions to in the early stage. As times have evolved, so have the learning processes, and result-proffering abilities of engineers therefore expanded. Nevertheless, new developers would not find the solutions to the problem if experienced engineers did not document them.

As more engineers keep coming up to the scene, more solutions are being found for fixing defects in currently available solar energy products. However, if there are no academic papers written on the weaknesses of these products, future engineers will have to go through back-dated learning to find these issues and solve them. Even with repairs as basic as solar panel energy transformation, notes written on the entire process are crucial. 

The academic manuscripts on product defects written today will speed up solutions for tomorrow. This cycle must continue as solar energy is now a part of our reality. The article on Identifying Research Priorities for further development and deployment of Solar Photovoltaics written in 2018 is an excellent representation of this issue.

Niche-specific papers help in the creation of new solar energy products

While the old and currently existing solar energy products are both effective, there will always be a reinvention of some sort. Considering the human need for optimization, solar engineers are looking for ways to make the entire process of renewable energy less bulky and more convenient. 

The only way engineers can invent new products is to research data on the previous stocks. This information naturally contains all there is to know about the existing products, including trial and error. When inventing new items, the final analysis becomes a stepping stone into studying the latest developments. 

Finally, after creating new solar products, engineers write a report based on this creation to afford new engineers the chance to come up with their outcomes. New engineers, in turn, leave their findings and reports for the next batch of developers to maintain the continuous study and flow of solar panels. 

Academic documentation helps in defining the future of renewable energy in the world

If all we do is focus on the present with research on solar energies, there may be nothing for the future except remnants of used solar panels. While working on current inventions and analysis, scientists always have a plan for the future, and in turn, proceed to document these plans in academic writings. There is a huge chance that when the future comes, the growth might be so fast that today’s predictions will be outdated.

However, this sole fact does not negate the certainty that the articles written to predict the odds will make it easier for engineers to work faster into the future. With the right tools, the proposals documented in these research papers can be used. It is also important to note that these methods evolve as time goes on.

Academic papers are challenged with optimistic yet achievable goals for solar engineering. Ergo, with the availability of tools and accurate reports, taking solar energy to the next level is possible. The article Solar Energy for Future World: – A review written in 2016 reflects these papers written for the future of solar energy. 

Scholarly writings provide solar engineers with avenue for reflection 

As solar engineers get older, they would want to look back on their work to know and understand what they could have done better. This state of reminiscing is often bound to happen when they become lecturers and now have to pass their knowledge to younger engineers. To ensure that the information passed down is in tune with the times they are in, specialists need to go back and see what knowledge was available then and now. Figuring out this aspect will make them better teachers. 

The papers are there to give them a moment of reflection, in which they can find the faults, failures, and successes in the works they wrote. Knowing these things means engineers can push the younger generation into creating better solar energy products using their experiences as a lesson. The easiest way for people to learn is to have real-life examples, like the ones described in manuscripts. Solar Energy research paper and Reflection by Vanja Babunski is a good example to use as a base. 

Academic research provides objective reviews

Reviews are an essential part of science. In a field like solar engineering, which still seems like a new territory albeit decades of existence, review papers are crucial. With the launching of new solar energy products, its success in the solar world and then the world at large becomes dependent on the reviews obtained. Unlike basic listicle reviews on the Internet, these analyses have to be professionally written, with research data and absolutely no bias. 

Such papers help solar engineers improve their products to provide humans with a better experience. Such articles aim to help understand solar energy and, more importantly, solar energy products. Even though a layperson cannot wholly grasp these papers because of the complex terminology used, a solar engineer and anyone else in the field will find the information useful for their job.  

Engineers would then proceed to make necessary adjustments to address problems found in the review. These adjustments also help in providing more knowledge for solar installers and developers. The more reviews written on solar energy, the easier their job becomes. A bright example of such reviews is the 2017 paper called A Review Paper on Electricity Generation from Solar Energy

Academic research urges for investment in solar energy

If people do not view solar energy as a reasonable investment, installers and developers will run out of jobs. Investments made in solar engineering give it as much popularity as needed to spike the ordinary person’s interest. Without this input, only the elite would go for solar energy, and going with the one percent analogy, there are not enough of them for all the solar energy installers in the world. 

More people need to know about the benefits of solar energy, and that can happen if written papers are pushing for the development of this field. There are also numerous benefits of investing in solar energy, and everyone needs to know about them too by reading well-written journals. The goal is to make sure more people are aware of solar energy for residential and commercial spaces, so there are enough jobs for installers and developers. A great example of this aspect is described in the 2004 article Solar Energy: a Necessary Investment in a Developing Economy

Final thoughts 

At this point, it is no secret that solar energy is taking over the electricity system. Many homes and establishments are already running on solar panels, and solar developers need more help than they had access to in school to make the field thrive.  For this, academic papers and research findings exist. Academic manuscripts contain the ideas, thought cycles, shortcomings, errors, successes, etc., in a written form that a solar installer encounters during their research process. 

Developers need more than head knowledge on the field; they need documents to help them grow, answer questions, and serve as guides through places that seem untreated. These manuscripts serve as a vault of knowledge for past, present, and future solar developers for many years to come.

The Editorial Team at SolarFeeds is made up of knowledgeable solar industry insiders and experts who have a passion to share valuable, helpful and educational information. Aiming at becoming the best place to learn solar, the publication partners with industry thought leaders, journalists and influencers. If you want to publish your articles on SolarFeeds Magazine, click here.
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