Solar PV System Design

About the Course

The Solar PV System Design Course by SkillDzire provides in-depth knowledge of solar energy fundamentals, PV system design, electrical engineering, and real-world applications. Designed for both beginners and professionals, this course ensures hands-on experience with industry software tools, project planning, and career readiness in the renewable energy sector.

Learn solar energy fundamentals and applications

Hands-on exposure with live design projects & simulations

Industry-recognized SkillDzire certification

Career support & placement assistance

Curriculum

Solar Energy Fundamentals

Solar Radiation, Solar Geometry, Insolation
Types of Solar Energy Systems
Solar Policies & Market Overview

Site Assessment & Resource Analysis

Site Survey Techniques
Shading Analysis, Solar Mapping
Resource Data (GHI, DNI, Weather)

PV System Components

PV Modules (Types, Specs, IV Curves)
Inverters (Types, Sizing)
Batteries & Storage
BOS: Cables, Junction Boxes, Mounts

PV System Design & Sizing

Load Estimation & System Sizing
Array Layout, Tilt, Azimuth
Shadow Analysis, Spacing
String Sizing & Configuration

Electrical Design & Safety

SLD, Earthing, Surge Protection
Cable Sizing, Voltage Drop, Losses
Safety Standards (IEC/IS/NEC)

Installation, Commissioning & O&M

Installation Best Practices
Testing, Commissioning, Documentation
Operation, Maintenance & Troubleshooting

Financials, ROI & Policy

Cost Estimation, Financial Modeling
ROI, Payback, LCOE
Solar Policies, Subsidies & Net Metering

Hybrid & Off-grid PV Systems

PV-Diesel Hybrid, Microgrids
Grid-tied with Storage

Smart Grid & Monitoring Integration

SCADA, IoT for PV, Remote Monitoring

Performance Analysis & Troubleshooting

Advanced PR Analysis, O&M Issues
Troubleshooting Workflows

Detailed Policy & Regulatory

State/Region-Specific Rules, Compliance
Tendering & Approval Process

Environmental & Social Impact

Land Use, Water Use, EIA

Emerging Technologies

Perovskite, Bifacial, Tracking Systems

Industry Certifications & Standards

NABCEP, MNRE, IEC/UL Listing
Installer Certifications

Advanced Topics / Case Studies

Floating Solar, BIPV, Agro PV, Microgrids
Industry Case Studies / Project Work

Hands-On Real-Time Exposure Tasks

Design, Implementation, and Performance Analysis of a 3 MW Ground-Mounted Single-Axis Tracking PV Plant
Development of a 1 MW Ground-Mounted Fixed Tilt Solar PV Plant with PVSyst Simulation
Design and Implementation of a 10 kW Off-Grid Solar PV System with Battery Storage
Design of a 50 kW Hybrid Solar + Battery + Diesel Backup System
Design and Simulation of a Floating Solar PV System on Reservoirs
Design and Implementation of a Solar-Powered EV Charging Station (25–50 kW)
Design of a 100 kW Grid-Tied Rooftop Solar PV System with Net Metering
AI/ML-Based Performance Prediction and Fault Detection in Solar PV Systems
Design and Engineering of a 430 kW Solar Power Plant with SCADA Integration
Design and Simulation of a 10 MW Grid-Connected PV System with Reactive Power Compensation

Download Full Curriculum (PDF)

Projects You Will Work On

3 MW Ground-Mounted Single-Axis Tracking PV Plant

Design, implementation, and performance analysis focusing on higher yield, shading analysis, and reliability.

1 MW Ground-Mounted Fixed Tilt PV Plant with PVSyst

Energy yield, LCOE, and ROI analysis for utility-scale deployment.

10 kW Off-Grid Solar PV System with Battery Storage

Target rural electrification with Li-ion/LFP battery integration and MPPT optimization.