AutoCAD Solar Plant Design: Site Plans & Circuit Diagrams

About AutoCAD Solar Plant Design: Site Plans & Circuit Diagrams

Are you ready to become an expert in

solar power plant design

? This course is a

step-by-step guide

that will transform you from a beginner to a skilled professional in

AutoCAD-based solar design

. You’ll learn how to design

site layouts, solar arrays, electrical schematics, and detailed circuit diagrams

—all using industry-standard techniques. We start with the

fundamentals of AutoCAD

, ensuring you build a solid foundation, and then progress into advanced solar plant design, including:

Creating precise

site plans

with solar array placement.

Designing

solar mounting structures

and control rooms.

Developing

cable routing and switchyard layouts

.

Crafting detailed

DC and AC electrical circuit diagrams

with real-world components like fuses, isolators, SCADA, transformers, relays, and circuit breakers.

Preparing

specification tables, dimensioning, and professional plotting

for project documentation. By the end of this course, you’ll be able to deliver

industry-ready solar plant designs

in AutoCAD—perfect for freelancing, job roles in solar EPC companies, or even your own solar business. This isn’t just a software course. It’s a

career-oriented training

designed to give you the confidence and practical skills to stand out in the rapidly growing

renewable energy sector

.

_What You’ll Learn_

Downloading and setting up AutoCAD for solar plant designDrawing and scaling

site plans

with solar array placementConstruction of

solar panels, strings, and arrays

in AutoCADDesigning

control rooms, string monitoring boxes, and switchyards

Creating

cable routing layouts

and specification tablesDeveloping

DC circuit diagrams

with combiner boxes, isolators, and SCADADesigning

AC circuits

with inverters, transformers, relays, and VCBsPreparing

professional drawings for submission

in PDF format

_Who This Course is For (Audience)_

This course is ideal for:

Engineering students

(Electrical, Mechanical, Civil, Renewable Energy) looking to build solar design skills.

Solar industry professionals

working in EPC, O&M, or consultancy roles.

Freelancers and entrepreneurs

who want to offer

solar design services

.

Educators and trainers

who wish to add solar AutoCAD design to their curriculum.

Anyone passionate about renewable energy

and seeking to enter the booming solar industry.

_Prerequisites_

No prior AutoCAD experience required

– we’ll teach you from scratch.

Basic knowledge of

solar energy concepts

(helpful but not mandatory).

A laptop/PC with

AutoCAD installed

(instructions provided in the course).

Willingness to learn and practice regularly.

_Why Take This Course?_

The global shift towards renewable energy has created a

massive demand for solar design professionals

.AutoCAD-based solar plant design is a

high-income skill

sought by companies worldwide.With this course, you’ll gain

practical, job-oriented skills

that can land you better career opportunities or help you build your own solar design business. Join now and take the first step toward becoming a

professional solar plant designer in AutoCAD!

Syllabus:

Design of Site Plan and Solar Array Placement in AutoCAD Software

How to Download AutoCAD

Set limits and Units in AutoCAD

Introduction to Basic Commands

Drawing initial Site Plan

Construction of Solar Panel and Solar String

Construction of One Solar Array

Construction and Placement of Solar Array

Construction of Control Rooms

Construction of String Monitoring Box

Construction of Cable Routing

Construction of Switch yard

Showing Dimensions on Plan View

Making the Sheet in Rectangular Format

Insertion of Table in Sheet

Addition of Specification Table

Plotting the Sheet in Pdf Format

Design of Circuit Diagram in AutoCAD Software

Set Limits and Units

Construction of Solar Strings

Construction of Solar Array

Construction of fuses and Bus Bar in DC Combiner Box

Connection of Fuses to Strings

Connection of DC Isolator Switch, Scada and Naming of String

String Combiner box connection for all arrays

Connection of Inverter to DC Array

Naming the Inverter Specifications

Connection of Transformer and there Specification

Connection of Current Transformer to Relay Panel

Connection of Potential Transformer to Relay Panel

Connection of Vacuum Circuit Breaker

Connection of Relays in CRP Panel and There Code Numbers

Plotting Dotted Border for CRP Panel

HT Cable Naming between Transformer to CRP Panel

Connection of AC Isolator Switch

Connection of Main Meter

Connection of Lightning Arrester