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Solar Plant Design
Overview
Curriculum
Instructor
Reviews
About Solar Plant Design
Solar Plant Design involves creating the complete engineering layout and documentation required to generate electricity using solar energy. Engineers and designers prepare detailed site layouts, module arrangements, string designs, inverter sizing, cable routing, earthing layouts, and single‑line diagrams for rooftop and ground‑mounted solar plants.
They work with AutoCAD, PV design software, electrical standards, and engineering inputs to design solar systems that are efficient, safe, and reliable. Their work ensures that all components—solar modules, inverters, junction boxes, cables, structures, and protection devices—are correctly selected, sized, and installed.
This course helps learners understand solar components, energy calculations, wiring practices, protection concepts, and real project workflows used in EPC companies, solar developers, and industrial plants.
Importance of Solar Plant Design in the Renewable Energy Sector
Solar plants are a key part of modern energy systems, helping industries, commercial buildings, and homes reduce electricity costs and carbon emissions. A well‑designed solar plant ensures maximum power generation, long‑term reliability, and safe operation under various environmental conditions.
Accurate design helps avoid issues like voltage drop, overheating, shading losses, and equipment mismatch. It also ensures compliance with standards such as IEC, IS, NEC, and government guidelines for solar installations.
Good solar plant design supports smooth installation, commissioning, maintenance, and long‑term performance monitoring.
Without strong solar engineering, no rooftop or ground‑mounted solar project can achieve high efficiency, safe operation, or reliable power generation.
What Will You Learn?
- Basics of solar energy and photovoltaic (PV) systems
- Types of solar plants: rooftop, ground mounted, on grid, off grid, hybrid
- Understanding solar modules, inverters, junction boxes, and mounting structures
- Site assessment, shadow analysis, and orientation/tilt selection
- Designing module layouts and string configurations
- Inverter sizing, DC/AC cable sizing, and protection device selection
- Preparation of SLD (Single Line Diagram) for solar plants
- Earthing, lightning protection, and safety requirements
- Cable routing, trench layout, and equipment placement
- Energy generation calculations and performance ratio
- AutoCAD drafting for solar layouts and electrical drawings
- Documentation: BOQ, BOM, datasheets, and project reports
- Understanding installation, commissioning, and maintenance basics
Training Schedule
Weekend Batch
Duration: 30 Hours
Training Mode: Online Live
Training Platform: Microsoft Teams
Who is this course for
- Diploma / Degree: Electrical, Electronics, Mechanical
- ITI: Electrician / Wireman / Draughtsman
- Freshers who want to start a career in solar design
- Working professionals planning to shift into renewable energy
- Electrical site supervisors and technicians wanting design knowledge
- AutoCAD learners interested in solar layouts and electrical drawings
- Anyone aiming to join solar EPC companies, design offices, or installation firms
- Students who want to build a strong foundation in solar engineering and documentation
- 1 Section
- 0 Lessons
- 45 Hours
Expand all sectionsCollapse all sections
- Solar Plant Design
Photovoltaic (PV) Technology
Solar Energy
PV Technologies
PV Materials
PV Types
PV Module Rating
PV System Components
Photovoltaic (PV) Performance
Factors affecting PV module performance
Environmental factors
Electrical characteristics
PV module output
PV module efficiency and de-rating factors
PV array sizing
Applicable codes and standards
PV System Configurations
System configurations
Grid connected PV systems
Standalone PV systems
Grid tied with battery backup systems
Technical comparison
Inverters
Types of inverters
Standalone inverters
Central inverters
String inverters (decentralized inverters)
Installation requirements
Sizing calculation
Charge Controllers
Charge controller requirements
Charge regulations
Types of charge controllers
Selection and sizing of charge controllers
Batteries
Types of batteries and their classification
Lead acid batteries
Alkaline batteries
Battery parameters for PV systems
Battery sizing calculation and rating selection
Balance of Systems
Auxiliary systems of PV plant
AC and DC distribution boards
Sizing of AC breakers, DC breakers, and AC disconnect panel
Metering and instrumentation
Combiner box
Earthing requirements
Lightning protection requirements
Cabling and wiring requirements
Design and Sizing of PV System
Design and sizing principles for PV system
System sizing for grid interconnected systems
Sizing for grid-tie solar systems
Sizing standalone PV systems
Overall system sizing
Battery sizing
PV array sizing
Inverter sizing and selection
Cable sizing and voltage drop calculation
Building Integrated Photovoltaic System (BIPV)
BIPV system
Benefits of BIPV
Architectural criteria for BIPV
Applications for BIPV
Challenges to BIPV technology
Warranties and costs for BIPV
Other Important Points
Understanding software requirements for solar PV design
Hands-on calculation using a validated Excel tool as per global standards
Discussion on real-time PV projects
Site visit arrangements
0
Banerjee Sir (Electrical Design) – 16 Years of Experience
0 Students1 Course
Banerjee Sir is a highly skilled Electrical Design Engineer with 18+ years of strong experience in the engineering and EPC industry. He has worked with several multinational companies and has designed electrical systems for oil & gas plants, chemical plants, and power plants. His deep technical knowledge and practical field experience make him an excellent trainer for students and working professionals.
Professional Expertise
Expert in Electrical Equipment and Material Design, including selection, sizing, and detailed engineering Strong experience in technical specifications, data sheets, and procurement activities Skilled in equipment sizing, load calculations, and electrical heat tracing design Hands-on experience in relay coordination, voltage drop calculations, and fault level analysis Proficient in cable sizing, earthing system design, and lighting calculations Experienced in preparing and reviewing electrical engineering studies, reports, calculations, and load lists Skilled in substation layout, lighting layout, and earthing layout for industrial plants Strong knowledge of tender documents, including SOR and BOQ for site erection and project activities Excellent at coordinating with multi discipline teams such as mechanical, civil, instrumentation, and process engineers Knowledge of utility systems, pressure vessels, and process equipment Familiar with equipment and packages like Separators, FW KOD, Heater Treaters, Scrubbers, Pumps, Heat Exchangers, Pig Launcher & Receiver, Closed Drain Systems, and Well Manifolds
Price
₹20,000.00
Get unlimited access to all learning content and premium assets Membership Pro
Featured Review
The course covers a wide range of topics, from the basics of design principles to advanced techniques in various design software. The structured modules make it easy to follow along and gradually build your skills.
Solar Plant Design
Description
About Solar Plant Design
Solar Plant Design involves creating the complete engineering layout and documentation required to generate electricity using solar energy. Engineers and designers prepare detailed site layouts, module arrangements, string designs, inverter sizing, cable routing, earthing layouts, and single‑line diagrams for rooftop and ground‑mounted solar plants.
They work with AutoCAD, PV design software, electrical standards, and engineering inputs to design solar systems that are efficient, safe, and reliable. Their work ensures that all components—solar modules, inverters, junction boxes, cables, structures, and protection devices—are correctly selected, sized, and installed.
This course helps learners understand solar components, energy calculations, wiring practices, protection concepts, and real project workflows used in EPC companies, solar developers, and industrial plants.
Importance of Solar Plant Design in the Renewable Energy Sector
Solar plants are a key part of modern energy systems, helping industries, commercial buildings, and homes reduce electricity costs and carbon emissions. A well‑designed solar plant ensures maximum power generation, long‑term reliability, and safe operation under various environmental conditions.
Accurate design helps avoid issues like voltage drop, overheating, shading losses, and equipment mismatch. It also ensures compliance with standards such as IEC, IS, NEC, and government guidelines for solar installations.
Good solar plant design supports smooth installation, commissioning, maintenance, and long‑term performance monitoring.
Without strong solar engineering, no rooftop or ground‑mounted solar project can achieve high efficiency, safe operation, or reliable power generation.
What Will You Learn?
- Basics of solar energy and photovoltaic (PV) systems
- Types of solar plants: rooftop, ground mounted, on grid, off grid, hybrid
- Understanding solar modules, inverters, junction boxes, and mounting structures
- Site assessment, shadow analysis, and orientation/tilt selection
- Designing module layouts and string configurations
- Inverter sizing, DC/AC cable sizing, and protection device selection
- Preparation of SLD (Single Line Diagram) for solar plants
- Earthing, lightning protection, and safety requirements
- Cable routing, trench layout, and equipment placement
- Energy generation calculations and performance ratio
- AutoCAD drafting for solar layouts and electrical drawings
- Documentation: BOQ, BOM, datasheets, and project reports
- Understanding installation, commissioning, and maintenance basics
Training Schedule
Weekend Batch
Duration: 30 Hours
Training Mode: Online Live
Training Platform: Microsoft Teams
Who is this course for
- Diploma / Degree: Electrical, Electronics, Mechanical
- ITI: Electrician / Wireman / Draughtsman
- Freshers who want to start a career in solar design
- Working professionals planning to shift into renewable energy
- Electrical site supervisors and technicians wanting design knowledge
- AutoCAD learners interested in solar layouts and electrical drawings
- Anyone aiming to join solar EPC companies, design offices, or installation firms
- Students who want to build a strong foundation in solar engineering and documentation
Curriculum
- 1 Section
- 0 Lessons
- 45 Hours
Expand all sectionsCollapse all sections
- Solar Plant Design
Photovoltaic (PV) Technology
Solar Energy
PV Technologies
PV Materials
PV Types
PV Module Rating
PV System Components
Photovoltaic (PV) Performance
Factors affecting PV module performance
Environmental factors
Electrical characteristics
PV module output
PV module efficiency and de-rating factors
PV array sizing
Applicable codes and standards
PV System Configurations
System configurations
Grid connected PV systems
Standalone PV systems
Grid tied with battery backup systems
Technical comparison
Inverters
Types of inverters
Standalone inverters
Central inverters
String inverters (decentralized inverters)
Installation requirements
Sizing calculation
Charge Controllers
Charge controller requirements
Charge regulations
Types of charge controllers
Selection and sizing of charge controllers
Batteries
Types of batteries and their classification
Lead acid batteries
Alkaline batteries
Battery parameters for PV systems
Battery sizing calculation and rating selection
Balance of Systems
Auxiliary systems of PV plant
AC and DC distribution boards
Sizing of AC breakers, DC breakers, and AC disconnect panel
Metering and instrumentation
Combiner box
Earthing requirements
Lightning protection requirements
Cabling and wiring requirements
Design and Sizing of PV System
Design and sizing principles for PV system
System sizing for grid interconnected systems
Sizing for grid-tie solar systems
Sizing standalone PV systems
Overall system sizing
Battery sizing
PV array sizing
Inverter sizing and selection
Cable sizing and voltage drop calculation
Building Integrated Photovoltaic System (BIPV)
BIPV system
Benefits of BIPV
Architectural criteria for BIPV
Applications for BIPV
Challenges to BIPV technology
Warranties and costs for BIPV
Other Important Points
Understanding software requirements for solar PV design
Hands-on calculation using a validated Excel tool as per global standards
Discussion on real-time PV projects
Site visit arrangements
0
Instructor
Banerjee Sir (Electrical Design) – 16 Years of Experience
0 Students1 Course
Banerjee Sir is a highly skilled Electrical Design Engineer with 18+ years of strong experience in the engineering and EPC industry. He has worked with several multinational companies and has designed electrical systems for oil & gas plants, chemical plants, and power plants. His deep technical knowledge and practical field experience make him an excellent trainer for students and working professionals.
Professional Expertise
Expert in Electrical Equipment and Material Design, including selection, sizing, and detailed engineering Strong experience in technical specifications, data sheets, and procurement activities Skilled in equipment sizing, load calculations, and electrical heat tracing design Hands-on experience in relay coordination, voltage drop calculations, and fault level analysis Proficient in cable sizing, earthing system design, and lighting calculations Experienced in preparing and reviewing electrical engineering studies, reports, calculations, and load lists Skilled in substation layout, lighting layout, and earthing layout for industrial plants Strong knowledge of tender documents, including SOR and BOQ for site erection and project activities Excellent at coordinating with multi discipline teams such as mechanical, civil, instrumentation, and process engineers Knowledge of utility systems, pressure vessels, and process equipment Familiar with equipment and packages like Separators, FW KOD, Heater Treaters, Scrubbers, Pumps, Heat Exchangers, Pig Launcher & Receiver, Closed Drain Systems, and Well Manifolds
Reviews
Price
₹20,000.00
Get unlimited access to all learning content and premium assets Membership Pro
Featured Review
The course covers a wide range of topics, from the basics of design principles to advanced techniques in various design software. The structured modules make it easy to follow along and gradually build your skills.
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