Title

Design of Solar Power Plant in Helioscope Software

Learn A to Z Design of Solar Power Plant in Helioscope Software with Prof. Kiran Beldar

4.50 (16 reviews)
Udemy
platform
English
language
Engineering
category
Design of Solar Power Plant in Helioscope Software
73
students
2 hours
content
Dec 2022
last update
$29.99
regular price

What you will learn

Design of Commercial Scale Solar Power Plant in Helioscope

Design of Residential Scale Solar Power Plant in Helioscope

Entering Site Information and Creating New Project

Measurement of Site and Installation of Solar Panel on Flat Roof

Setting Keepouts and Shadow Creating Obstacles

Measurement of Site and Installation of Solar Panel on Metal Roof

Installation of Ventilators and Pathway on Metal Roof

Shading Analysis in Helioscope

Electrical Data Updation and Generation of SLD

Reading SLD Diagram in AutoCAD

Generation of Simulation Report in Helioscope

Why take this course?

🌞 Course Title: Design of Solar Power Plant in Helioscope Software

🚀 Course Headline: Master the Art of Solar Power Plant Design with Expert Prof. Kiran Beldar on Helioscope Software!


Introduction: Dive into the world of renewable energy and learn the ins and outs of designing solar power plants with our comprehensive online course. Whether you're an aspiring solar engineer, a professional looking to expand your skillset, or simply passionate about sustainable energy solutions, this course will equip you with the knowledge and skills to design efficient commercial and residential solar power systems using Helioscope Software.


Course Breakdown:

🏭 Design of Commercial Scale Solar Power Plant in Helioscope:

  • Entering Site Information and Creating New Project: Learn the initial steps to set up your project, including inputting site data accurately.
  • Measurement of Site and Installation of Solar Panel on Flat Roof: Master the techniques for measuring and installing solar panels on flat roof structures.
  • Setting Keepouts and Shadow Creating Obstacles: Understand how to properly set keepouts and simulate shading with obstacles to optimize your design.
  • Measurement of Site and Installation of Solar Panel on Metal Roof: Discover the specific considerations for installing solar panels on metal roofs.
  • Installation of Ventilators and Pathway on Metal Roof: Learn best practices for ventilation systems and pathways to enhance the functionality of your installation.
  • Shading Analysis in Helioscope: Gain expertise in performing shading analysis to ensure maximum efficiency and energy output.
  • Electrical Data Updation and Generation of Single Line Diagram (SLD): Acquire the skills to update electrical data and generate SLDs for a thorough understanding of the system's electrical aspects.
  • Reading SLD Diagram in AutoCAD: Learn how to interpret and utilize SLD diagrams within AutoCAD, a crucial tool for detailed design analysis.
  • Generation of Simulation Report in Helioscope: Understand how to use Helioscope to generate simulation reports that will help you analyze the performance of your solar power plant design.

🏡 Design of Residential Scale Solar Power Plant in Helioscope:

  • The residential course closely follows the commercial module, focusing on scaled-down applications suitable for individual homes or small communities. It includes all the steps covered above but tailored to fit residential needs.

Syllabus Overview:

  • Design of Commercial Scale Solar Power Plant in Helioscope: This segment covers comprehensive design aspects from creating a new project to generating a detailed simulation report.

  • Design of Residential Scale Solar Power Plant in Helioscope: This track is tailored to provide you with the skills to design residential solar power systems, following a similar sequence of steps as the commercial module but adapted for smaller scales.


What You Will Learn:

  • How to use Helioscope Software effectively for both commercial and residential solar power plant designs.
  • The intricacies of site data entry and project setup.
  • Techniques for accurate site measurements and solar panel installations on various roof types.
  • Methods for performing detailed shading analysis to optimize the placement and angles of solar panels.
  • Electrical design aspects, including updating electrical data and generating Single Line Diagrams (SLDs).
  • How to interpret SLD diagrams using AutoCAD for a clear understanding of the electrical layout.
  • Strategies for generating accurate simulation reports to analyze and improve the performance of your solar power plant designs.

Why Take This Course? This course is designed for anyone interested in or currently working with sustainable energy systems, including:

  • Renewable Energy Engineers
  • Solar Installation Professionals
  • Architects and Building Designers
  • Environmental Science Students
  • Individuals looking to transition into the renewable energy sector

By the end of this course, you'll have a solid understanding of designing solar power plants using Helioscope Software, enabling you to contribute significantly to the global shift towards sustainable energy. Enroll now and take your first step towards a greener future! 🌱💫


Instructor Profile: Prof. Kiran Beldar is an esteemed renewable energy expert with years of experience in the field. His knowledge and hands-on experience with Helioscope Software make him the perfect guide for your journey into solar power plant design. With his comprehensive teaching methodology, you'll be well-prepared to tackle real-world projects confidently. 👩‍🏫🌞

Screenshots

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Reviews

Laura
January 6, 2025
Very detailed and appreciated the view of walking through 2 separate projects. Wasn't quite sure how the tilt angle or mounting types were determined, but overall, this was very helpful to show all the features of Helioscope.
Sula
January 4, 2024
Straight to the point, I like that. Most of my queries were addressed in this course. I only gave 4 stars as I feel that more could be done in explaining the AC runways, cable sizing, panel selection part of the simulation software. Other than that, good course.

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Related Topics

5033326
udemy ID
20/12/2022
course created date
29/01/2023
course indexed date
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