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Major Assessment 1: Written Essay DUE: Friday of Week 5 by 5 pm (Australian Eastern Standard Time) Percentage of Final Mark 20% • Students must work in groups of two. Note that the ability to work in...

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Major Assessment 1: Written Essay
DUE: Friday of Week 5 by 5 pm (Australian Eastern Standard
Time)
Percentage of Final Mark 20%
• Students must work in groups of two. Note that the ability to
work in teams is one of the graduate attributes required by the
Institution of Engineers Australia.
• Each group will produce an essay on the question given below.
• Final Essays (that are produced via the plagiarism program at
“Turnitin.com”) are to be submitted via “Assignments” on the
Learning Hub with a filename that includes all students’ family
names. Filenames that do not contain two family names will not
be marked. Essays must not include any graphics. Students must
first submit their essay to the plagiarism detector site Turnitin.
(See below.) The originality report from Turnitin is submitted
to the Learning hub for marking. Instructions on submitting to
Turnitin will be given on the Learning Hub
• Students may draw on a variety of resources, including
newspaper articles, magazine and journal articles, and
organisations’ websites. Useful databases include Science
Direct, Lexis-Nexis, Australian Public Affairs Full-Text, and
Australian Engineering File.
• Essays are to be fully referenced using the Harvard style.
Students should refer to the RMIT library website on
Referencing Resources.
http://www.rmit.edu.au/browse;ID=8rwjnkcmfoeez
• The originality verification software Turnitin (see
http://www.turnitin.com) will be used on these assessments.
Any student found to have plagiarised will be subjected to the
RMIT Student Discipline Regulation. Student should also refer
to http://www.rmit.edu.au/academicintegrity for more detail
on avoiding plagiarism. For further clarification on appropriate
referencing, students should consult their tutor.
• Essays should be written succinctly, with a length of about 1500
words per group.
• Students may draw on relevant references listed on the
Learning Hub and in Topic 1 as a starting point.
Question:
Choose one of the following renewable energy technologies: wind
power, biofuels, geothermal power, large-scale solar power.
Drawing on literature debating the merits of this technology,
review the advantages and disadvantages of the technology, and
then discuss how a compromise may be achieved
Tips for this assignment:
The structure of the essay should read something like the following.
(It is suggested that you use headings.)
• Introduction
• Brief overview of the technology
• Advantages of the technology
• Disadvantages of the technology
• How a compromise can be achieved
• Conclusion
Introduction: Not more than around 200 words, including
overview of the focus and scope of the essay.
Advantages, disadvantages and compromise: Discussion should
be based on evidence, clearly referenced in the text using Harvard
style. For example: “Globally installed wind power grew at an
average rate of 30% per year from 2002 to 2008 (International
Energy Agency, 2008)” instead of “There has been a large growth in
wind power in the world lately”. You should consider a wide range
of issues when discussing advantages and disadvantages.
Referencing: Include an alphabetical list of references at the end of when writing about the current state of technologies you should
always use recent references.
the document using Harvard style. All the references in the text
should be in the list. References not mentioned in the text should
NOT be in the list. Wikipedia, How Stuff Works and similar
websites are not valid sources. Use books, articles from journals and
statistical data from recognised international institutions instead.
Renewable energy technologies are constantly improving. Hence
Answered Same Day Dec 21, 2021

Solution

Robert answered on Dec 21 2021
121 Votes
Role of Large-scale Solar Power Technique as Renewable Energy Alternative
Introduction
In consideration to the issues related to global warming and environmental change, most of the
economies feel to accept deca
onise energy resources alternative in their continuous energy
supply system. To make this aspect meaningful and achievable it is necessary to adopt and
deploy the clean energy technologies, with an equitable consideration to the development of new
and advanced technologies which are affordable, clean and abundant. In order to achieve the
desired state of clean energy supply it is necessary to evaluate the potential and scope of all the
technologies like, bio-fuel, wind power, large-scale solar power, geo-thermal power etc.
Considering such evaluation need this paper is intended to analyze the intrinsic
characteristic, advantages and disadvantages of the large scale solar power technique, so that
desired coordination state can be figured out. This analysis will help in getting insight about the
pros and cons of the large scale solar power system, and will lead to the desired systematic
changes, essential to deploy the full potential of this clean or renewable energy resource.
Brief overview of the Large Scale Solar Power System
Among all available alternatives of clean energy resources, the selected alternative (large scale
solar power system) is needed to be analyzed, on basis of its intrinsic benefits and drawbacks, to
ascertain the effectiveness and suitability of the system in specific environment. As per definition
point of view, in general large scale solar power system is defined in terms of its size, however
certain differing views suggest different approaches like: (CEC Report)
 Victorian government has specified in NEM registration requirement that generation
facility of 5 MW or greater will be considered under large scale category
 As per e-RET scheme of 10 KW or lesser will be considered as small-scale installation
and 100 KW and greater will be considered as large-scale installation
 Generation capacity of 200 KW or greater is considered as large-scale installation under
feed-in tariff schemes of ACT
Although having varied views on definition of large scale solar power system, industry expected
threshold suggests that it should be at least 30 MW to consider the power generation system as
large scale. Thus Federal Government has approved the threshold of 30 MW for all large scale
solar power projects operating or in installation phase under Solar Flagship Program. The eight
major projects which are selected under the Solar Flagship Program has the capacity range of
150-250 MW. (CSIRO, 2012)
In general perspective, there exist three types of solar power plants, such as: Large scale
photovoltaic solar power plant (PV), Concentrated Photovoltaic solar power plant (CPV) and
Concentrated Solar thermal power plant. All these differs to some level in their respective
configurations, such as photovoltaic solar systems are consisted with a
ay of specific material
made cells, which has capacity to convert solar energy into electric power. While other solar
system concentrated photovoltaic cell utilizes mi
ors and PV cells, where mi
or used to focus
the sunlight over...
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