Certification Course in Solar Power Plant Design and Implementation
Solar Power Plant Design and Implementation is a comprehensive course designed to provide in-depth knowledge of solar power plant technology, covering all essential aspects from site survey and plant design to advanced simulation and real-world implementation. The course focuses on key concepts such as solar radiation, system design using AutoCAD and SketchUp, electrical calculations, PVSYST simulation, relay coordination, and sizing. Learners will gain practical skills in designing single-line diagrams, performing shading analysis, and executing a live project to develop complete solar solutions. This course is ideal for professionals and students aiming to build a career in solar energy engineering, system design, and project management.
At a glance
- - 10 Modules
- - 30 Lectures
- - 11.08 Hours of video content.
- - Certification of Completion.
-
LevelIntermediate
-
Duration11 hours 50 minutes
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
Course Curriculum
Module 1: Introduction to Solar Power Plant
-
Topic 1: Overview of Solar Photovoltaic Power Plants
33:47 -
31:11
-
Topic 3: Classification of Solar Power Plant Architectures
21:48
Module 2: AUTOCAD
-
Topic 1: AutoCAD Drafting Techniques – Part 1
49:50 -
Topic 2: Advanced AutoCAD Drafting & Annotation – Part 2
42:29
Module 3 – Electrical Single Line Diagram (SLD) Development
-
Topic 1: SLD Creation
31:34 -
Topic 2: SLD Detailing
22:45
Module 4: Site Survey & Resource Assessment
-
Topic 1: Site Survey Methodology & Field Measurements
08:11 -
Topic 2: Geospatial Data Analysis Using Google Earth
17:20
Module 5 – 3D Modeling & Shadow Analysis using SketchUp
-
Topic 1: SketchUp 3D Modeling – Basics of Component Layout
33:52 -
Topic 2: Shadow Analysis for Optimal PV Placement
30:39 -
Topic 3: Exporting Design Outputs into Industry-standard Formats
08:05
Module 6: Solar Plant Design Calculations
-
Topic 1: Plant Capacity Calculations
21:38 -
Topic 2: Module String Configuration & Sizing Methodology
23:03 -
Topic 3: MPPT (Maximum Power Point Tracking) Algorithm Concepts
09:42
Module 7: PVsyst Software Simulation & Analysis
-
Topic 1: PVsyst System Configuration
19:04 -
Topic 2: Module and Inverter Selection Strategies
25:47 -
Topic 3: Loss Diagram Analysis – Detailed Energy Losses
22:23 -
Topic 4: Shading Scene Design & Simulation
19:31 -
Topic 5: Generating Performance Reports & Yield Analysis
16:17 -
Topic 6: Advanced Input Parameters & Optional Configuration
17:14
Module 8 – Electrical Sizing & Protection Design
-
Topic 1: Short-Circuit Current Calculation for Protection Sizing
21:00 -
Topic 2: DC & AC Cable Sizing
31:32
Module 9: Protection & Relay Coordination in Solar Systems
-
Topic 1: Earthing System Design Principles
25:04 -
Topic 2: Relay Coordination – Part 1
12:13 -
Topic 3: Relay Coordination Part-2
34:12
Module 10 – Live End-to-End Solar Project Implementation
-
Topic 1: Site Plan Development & Module Layout Engineering
38:16 -
Topic 2: Electrical SLD Design & String Configuration Layout
18:24 -
Topic 3: BOS (Balance of System) Design & Technical Report Compilation
15:12 -
Topic 4: Performance Ratio Calculation, Financial Modeling, Pricing Strategy & Payback Period Analysis
10:35
Earn a certificate
Add this certificate to your resume to demonstrate your skills & increase your chances of getting noticed.
Student Ratings & Reviews
5 months ago
very good experience, waiting for my completion certificate
5 months ago
Nice
6 months ago
excellent but no pdf provided!!
Hardware & Software Required
DIY Projects Included
Course Benefits
Technical expertise you will gain
Who can take this course?
Personalized Trainer Support Portal:
At a glance
- - 10 Modules
- - 30 Lectures
- - 11.08 Hours of video content.
- - Certification of Completion.
-
LevelIntermediate
-
Duration11 hours 50 minutes
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
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