Design of Utility scale Solar Plant in PVSyst & Helioscope

This course is a comprehensive, hands-on guide to designing large-scale, on-grid solar power plants using Helioscope and PVsyst, two of the most widely used industry-standard software tools in the solar EPC and consultancy sector.

You will gain practical expertise in site assessment, shading analysis, system sizing, 3D layout creation, single-line diagram (SLD) interpretation, and economic feasibility studies. By the end of this program, you will be able to design professional-grade solar projects that meet international standards and are ready for client presentation, funding, and execution.

Whether you are a beginner stepping into solar design or a professional seeking to enhance your technical portfolio, this course will provide the skills, confidence, and career edge you need in the booming solar industry.

What You Will Learn

• Helioscope Design Skills

  • Creating new projects with accurate site information

  • Ground-mounted and rooftop panel placement

  • Keepouts, pathways, and obstacle management

  • Shading analysis and performance simulation

  • SLD generation and report preparation

• PVsyst Design Skills

  • Importing Meteo data and defining site conditions

  • Tilt and azimuth angle optimization

  • PV string sizing and backup generator selection

  • Defining system losses, horizon, and sun path

  • 3D site construction and near-shading analysis

  • Complete simulation and economic feasibility reports

• Integration with AutoCAD

  • Reading and interpreting SLD diagrams for project execution

Why Take This Course?

• Learn two global solar design tools (Helioscope & PVsyst) in one course.

• Acquire end-to-end design knowledge for utility-scale projects.

• Gain skills directly applicable in EPC companies, consultancy firms, and solar startups.

• Learn to prepare bankable simulation and financial reports used in real projects.

• Build career-ready expertise for roles like solar design engineer, project manager, consultant, or energy auditor.

Prerequisites

• Basic knowledge of solar energy concepts (PV modules, inverters, on-grid systems).

• Familiarity with engineering drawings (helpful, not mandatory).

• A laptop/PC with Helioscope (trial/paid) and PVsyst (trial/paid) installed.

• Enthusiasm to learn software-based design of solar plants.

Who Should Enroll?

• Engineering students (Electrical, Mechanical, Civil, Renewable Energy).

• Solar EPC professionals and entrepreneurs.

• Project managers, energy auditors, and consultants.

• Anyone aspiring to enter the renewable energy industry or strengthen technical expertise in solar plant design.

Key Benefits

• Hands-on training with real-world design workflows.

• Ability to design, simulate, and analyze solar projects independently.

• Learn how to generate professional reports for clients and stakeholders.

• Enhance your resume and employability with industry-relevant software expertise.

• Be part of the global clean energy transition with practical, job-ready skills.

This is not just a learning program—it’s your career accelerator in the solar energy industry.

In this course the learner will able to learn the following Points:

1. 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

• Setting Keepouts and Shadow Creating Obstacles

• Measurement of Site and Installation of Solar Panel on Metal Roof

• Installation of Pathway

• Shading Analysis in Helioscope

• Electrical Data Updation and Generation of SLD

• Reading SLD Diagram in AutoCAD

• Generation of Simulation Report in Helioscope

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

• How to Download PVsyst Software

• 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 Detail Losses

• Defining the Horizon and SunPath

• Construction 3D Site in Near Shadings

• Simulation and Report Generation

• Economic Analysis of Project