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Develop a project proposal that includes PVsyst and PVWatts simulation tools for plant sizing and energy calculations, along with Excel models for project financing.
The need of the hour is to transition over to clean renewable energy for our electricity demand. With the climate change moving to an irreversible tipping point, both state and federal governments along with international authorities have introduced policies (administrative and monetary) to support the building and operations of renewable energy power plants. This opens many entry-level opportunities for firms that build, own, and operate these plants and are in constant need of engineers to support their mission and vision.
In this Build Project, you’ll wear the hat of an electrical engineer and develop and present a utility scale power plant project proposal. Under the supervision of an experienced industry expert, you’ll run simulations on the project’s electrical output, showcasing the project’s electrical power and energy calculations, and would also provide cost and financing models. You’ll become familiar with industry tools like PVSyst, PVWatts, and Microsoft Excel, for project cost and finance. All this will happen in an environment that simulates the operations of a real electrical engineering project development team.
Participants introduction and project introduction with emphasis on electrical concepts related to renewable energy sources.
You will familiarize yourself with electrical power flow diagrams and operations of utility scale power plant projects.
In this workshop, we will focus on electrical design diagram for high voltage substation and how the Alternating Current yard is connected to the substation and the working of various components involved in it.
In this workshop, we will go through introduction to PVsyst and PVWatts through live demonstrations, tutorials, and hands-on exercises. You will learn how to simulate solar photovoltaic (PV) system designs with these powerful software tools.
This workshop will focus on advanced techniques in PVsyst model tuning to improve the accuracy of simulation results. Additionally, we will now move to the financial aspect of the project and start working on financial analysis using Microsoft Excel.
In this workshop, we will learn how to generate detailed reports using PVsyst to summarize simulation results. Also, we will discuss the process of obtaining electrical permits and regulatory requirements.
During this workshop, we will finalize our solar energy project submissions by preparing a written report.
During this workshop, you will have the opportunity to deliver a presentation of your solar energy project to your peers and company executives. You will utilize visual aids, such as slides or posters, to enhance your presentations and engage the audience effectively. Following the presentations, there will be a brief period for questions and feedback session.
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I am Harshvardhan Gupta, Senior Associate, SCADA and Operations at Arevon Energy. I work for a company that builds, owns and operate renewable energy power plants across the United States. My roles is to design and develop the control systems and data acquisition systems for our project. Originally from Delhi, India, I pursued a bachelor’s in engineering from back home and then a Master of Science from the University of Southern California, Los Angeles, where I immersed myself in various aspects of energy systems. Throughout my studies, I took part in significant projects and research activities, particularly with the Los Angeles Department of Water and Power, solidifying my dedication to clean and green electric power. Post graduation, joining Arevon has been truly a rewarding experience as I get to work on projects that impact hundreds of thousands of people in a particular region and I can’t think of another job that would give me a higher level satisfaction.