Design of Utility scale Solar Plant in PVSyst & Helioscope

Learn A to Z Design of Solar Power Plant in PVSyst & Helioscope Software with Prof. Kiran Beldar
4.27 (51 reviews)
Udemy
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English
language
Engineering
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Design of Utility scale Solar Plant in PVSyst & Helioscope
171
students
2 hours
content
Dec 2022
last update
$39.99
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Why take this course?

🌞 Unlock the Secrets of Solar Power Plant Design with "Design of Utility Scale Solar Plant in PVSyst & Helioscope" 🏫

Course Headline:

Master the End-to-End Design Process of Solar Power Plants using PVSyst and Helioscope Software with industry expert, Prof. Kiran Beldar.

Course Description:

Embark on a comprehensive journey to master the art and science of designing utility scale solar power plants with our online course "Design of Utility Scale Solar Plant in PVSyst & Helioscope". This course is meticulously crafted for professionals and enthusiasts who aspire to gain expertise in planning, designing, and analyzing solar photovoltaic (PV) systems.

📑 What You Will Learn:

1. Design of Utility Scale Solar Power Plant in Helioscope:

  • Entering Site Information and Creating New Project: Start your design journey by accurately inputting site details into the Helioscope software to initiate your project.
    • Measurement of Site and Installation of Solar Panel on Ground/Metal Roof: Learn how to measure the site and install solar panels either directly on the ground or elevated on a metal roof.
    • Setting Keepouts and Shadow Creating Obstacles: Understand how to set up keepouts and model obstacles that affect shading on your site.
    • Measurement of Site for Installation: Gain proficiency in precise site measurement techniques.
    • Installation of Pathway: Learn the best practices for laying out pathways within your solar plant design.
    • Shading Analysis in Helioscope: Master the shading analysis tools within Helioscope to optimize your solar plant layout.
    • Electrical Data Updation and Generation of SLD (Site Layout Diagram): Update electrical data and generate detailed SLDs for construction purposes.
    • Reading SLD Diagram in AutoCAD: Interpret and utilize SLDs within AutoCAD for further design refinements.
    • Generation of Simulation Report in Helioscope: Utilize the simulation features to analyze different scenarios and optimize your design.

2. Design of ON Grid Utility Scale Solar System in PVsyst Software:

  • Download and Set Up PVsyst: Begin by correctly installing the PVsyst software, essential for your solar system design.
  • Site Meteo File Import: Learn how to import site-specific meteorological data into the PVsyst database.
  • Tilt Angle and Azimuth Angle Selection: Understand the importance of selecting optimal tilt and azimuth angles for your solar panels.
  • User Needs Definition: Define the project requirements to tailor the design to your specific needs.
  • PV Power Calculation and String Selection: Calculate the power output of your PV system and select appropriate strings.
  • Back Up Generator Selection: Choose an appropriate backup generator to ensure your plant operates efficiently during emergencies.
  • Defining Detailed Losses: Account for all losses that can affect your system's performance.
  • Horizon and SunPath Definition: Configure the horizon and sun path accurately to predict solar production more precisely.
  • 3D Site Construction in Near Shadings: Build a 3D model of your site, considering shading impacts on the solar array.
  • Simulation and Report Generation: Run simulations to optimize the layout and generate detailed reports for analysis and decision-making.
  • Economic Analysis of Project: Perform a thorough economic analysis to assess the profitability and ROI of your project.

Syllabus:

This course covers a detailed syllabus, ensuring you are well-versed in both Helioscope and PVsyst software for designing utility scale solar power plants. The syllabus includes:

  • Design of Utility Scale Solar Power Plant in Helioscope
    • Entering Site Information and Creating New Project
    • Measurement of Site and Installation of Solar Panel on Ground/Metal Roof
    • Setting Keepouts and Shadow Creating Obstacles
    • Measurement of Site for Installation
    • Shading Analysis in Helioscope
    • Electrical Data Updation and Generation of SLD
    • Reading SLD Diagram in AutoCAD
    • Generation of Simulation Report in Helioscope
  • Design of ON Grid Utility Scale Solar System in PVsyst Software
    • Download and Set Up PVsyst
    • Importing the Site Meteo file in Project Database
    • Selecting the Tilt angle and Azimuth Angle
    • Defining the User needs
    • PV Power Calculation and String Selection
    • Back Up Generator Selection
    • Defining Detailed Losses
    • Horizon and SunPath Definition
    • 3D Site Construction in Near Shadings
    • Simulation and Report Generation
    • Economic Analysis of Project

Enroll now to unlock your potential as a solar power plant designer with "Design of Utility Scale Solar Plant in PVSyst & Helioscope". Take the first step towards becoming a leader in renewable energy solutions. 🌞💪

Course Gallery

Design of Utility scale Solar Plant in PVSyst & Helioscope – Screenshot 1
Screenshot 1Design of Utility scale Solar Plant in PVSyst & Helioscope
Design of Utility scale Solar Plant in PVSyst & Helioscope – Screenshot 2
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Screenshot 3Design of Utility scale Solar Plant in PVSyst & Helioscope
Design of Utility scale Solar Plant in PVSyst & Helioscope – Screenshot 4
Screenshot 4Design of Utility scale Solar Plant in PVSyst & Helioscope

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5033338
udemy ID
20/12/2022
course created date
29/01/2023
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