Solar PV Plant Design Engineer Course
The Solar PV Plant Design Engineer Course is designed to develop expertise in planning and designing efficient solar photovoltaic power plants. It covers system sizing, layout optimization, electrical and structural design considerations, component selection, energy yield estimation, and compliance with standards and grid codes. Through industry-oriented examples and design exercises, learners gain practical insight into the complete design process of rooftop and utility-scale solar plants. This course prepares participants for professional engineering roles in the rapidly expanding solar and renewable energy sector.
- 72 Hours (2 hours/day x 6 days/week x 6 weeks) OR at your own pace
- Hindi, English
- Learn & Get Certified
- Basic & Intermediate
- Hands-On Training
Online Course Fees
Offline Course Fees
About this course
The Solar PV Plant Design Engineer Course is a 36-hour technical training program.
It is designed to equip learners with the foundational skills required to design grid-tied, off-grid, and hybrid solar PV plants for residential, commercial, and small industrial applications. The course blends essential electrical concepts with hands-on design exercises, enabling participants to prepare accurate system layouts, sizing calculations, protection schemes, and engineering documentation aligned with MNRE and DISCOM standards.
Through structured modules, participants learn:
– Fundamentals of solar PV technology and plant architecture
– Load analysis and solar resource assessment
– PV module selection, array sizing, and string configuration
– Inverter selection, DC/AC wiring planning, and cable sizing
– Single-Line Diagram (SLD) creation and layout designing
– Shadow analysis, tilt/azimuth planning, and plant orientation
– Design of earthing, surge protection, and grounding systems
– DC & AC protection design: fuses, MCBs, MCCBs, SPD, isolators
– Energy yield estimation and performance ratio (PR) calculation
– Compliance with MNRE, DISCOM, and net-metering guidelines
– Preparation of BOQ, design documentation, and project proposals
Hands-on practice includes string sizing exercises, voltage-drop calculations, SLD drafting, tilt/azimuth planning, and using PV design software/tools for energy simulation and plant layout creation.
By the end of the program, participants are prepared to:
– design reliable and efficient solar PV plants,
– prepare technical documents, layout drawings, and electrical plans, and
– work as Solar PV Design Engineers, PV Project Engineers, or Technical Designers in solar EPC, consultancy, and engineering firms.
This course provides essential knowledge and practical training to build industry-relevant skills.
- Online Course Fees: ₹3500, ₹2000 (incl. GST) (Excluding tools & equipment cost)
- Offline Course Fees: ₹12500, ₹11000 (incl. GST) (Excluding tools & equipment cost)
- Certification: TCoE
- Duration: 72 Hours (2 hours/day x 6 days/week x 6 weeks) OR at your own pace
What you'll learn
After this course you will learn:
- Fundamentals of Solar PV Plant Architecture: Learn the complete structure of utility-scale and rooftop PV plants, including modules, stringing, inverters, BOS components, and grid interfaces.
- System Sizing & Energy Yield Calculations: Understand how to size PV modules, inverters, cable ratings, and transformer capacities, along with calculating PR, CUF, and annual energy generation.
- Solar Design Software & Simulation Tools: Gain proficiency in PVsyst, Helioscope, AutoCAD, and related tools for layout design, shadow analysis, and performance simulation.
- Electrical Design & Single Line Diagrams (SLDs): Learn to design DC/AC wiring schemes, protection systems, SLDs, cable routing plans, transformer selection, and grounding/earthing systems.
- Structural & Layout Design Principles: Understand module mounting structures, wind load considerations, spacing calculations, tilt-angle optimization, and land/roof utilization planning.
- Shading, Terrain & Site Constraint Analysis: Learn to evaluate site conditions, shading obstacles, terrain variations, and land profiles to optimize plant layout and maximize output.
- Compliance, Standards & Documentation: Get familiar with IEC, IS, MNRE, DISCOM guidelines, along with preparing design documents, BOQs, technical specifications, and DPRs.
- Cost Estimation & Project Feasibility: Learn how to prepare cost breakdowns, estimate material requirements, evaluate financial viability, and support EPC project planning.
Course Content
Why take this course?
This course equips you with advanced skills to design efficient, safe, and cost-effective solar photovoltaic power plants. You will learn system sizing, layout planning, electrical design, component selection, loss analysis, and compliance with standards and grid codes. As large-scale and rooftop solar projects continue to expand, skilled design engineers are essential to maximize energy yield and project viability. This course prepares you for high-value engineering roles in the renewable energy sector, enabling you to contribute to the development of reliable and sustainable solar energy infrastructure.
How to use online TCoE platform?
Tools and Equipment required
National Skill Development Mission
Module 1: Basics of Electricity & Solar Energy
By completing this module, students will be able to:
- Understand basic electrical terms & laws
- Explain how solar energy is converted into electricity
- Identify types of PV systems and their applications
- Use clamp meter for basic voltage/current measurements
- Build and test a simple DC circuit
Module 2: Solar PV System Components
By the end of this module, students will be able to:
- Identify PV modules, inverters, batteries, charge controllers, and BOS components.
- Understand civil & mechanical materials used in mounting foundations
- Demonstrate safe series/parallel panel connections
- Perform cable crimping, termination, and continuity testing
- Understand protection systems (DCDB, ACDB, earthing, LA)
- Familiarize with heavy equipment used at solar sites
- Relate classroom learning to real solar installations (via field study)
Module 3: Installation Practices
By completing this module, students will:
- Perform site survey and layout for solar PV system
- Install mounting structures and align PV modules safely
- Carry out DC & AC wiring with proper termination
- Install batteries and charge controllers in hybrid systems
- Construct earthing pits and test earth resistance
- Use PPE and follow safety protocols at site
- Conduct system testing (Voc, Isc, polarity) and commissioning
- Record installation and commissioning results in log sheets
Module 4: Safety & Standards
Drone Assembly, drone inspection, Maintenance, Pump and nozzle setup and spray control
Module 5: Testing, Troubleshooting & Maintenance
Build a fully functional basic drone
Module 6: Policies, Incentives & Documentation
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Related Courses
Solar PV Engineer
Solar PV Electrical Engineer
Solar PV Plant Design Engineer
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With over a decade of experience, our mission is to produce future-ready skilled resources.
Solar PV System Design and Configuration
This module focuses on designing efficient and reliable solar power systems tailored to different energy needs. Learners will explore how to assess site conditions, calculate energy requirements, select suitable components, and configure PV arrays for maximum output. The topic also covers inverter sizing, battery selection, and system layout planning. By mastering solar PV system design, students gain the ability to create safe, cost-effective, and high-performance installations — a crucial skill for any solar technician or renewable energy professional.
Job Opportunities
Here are some interesting job opportunities after completing the Solar PV Rooftop course:
Solar PV Installer – Install and assemble solar panels, wiring, and inverters on residential or commercial sites.
Solar Maintenance Technician – Perform routine maintenance, system inspections, and repairs to ensure peak solar performance.
Site Engineer (Solar Projects) – Oversee installation projects, manage teams, and ensure safety and quality standards are met.
Solar System Designer – Design customized PV systems based on site analysis, energy requirements, and client needs.
Solar Project Assistant / Coordinator – Support project planning, logistics, and execution in solar energy companies.
Energy Auditor / Consultant – Assess energy consumption and recommend solar-based solutions for cost and energy efficiency.
Entrepreneur / Solar Service Provider – Start your own business offering solar installation and maintenance services.
- Renewable Energy Technician – Work with green energy firms focusing on sustainable and smart energy systems.
Frequently asked questions
Do I need any prior technical background to join this course?
No prior experience is required! The course starts with solar energy basics and gradually builds up to advanced installation and troubleshooting techniques.
Will there be practical, hands-on training?
Yes! You’ll gain real-world experience in installing panels, wiring systems, connecting inverters, and testing solar setups safely and efficiently.
What tools and equipment will I learn to use?
Yes. Reputable training providers emphasize operational liability, mandatory insurance coverage, and contractual obligations. This ensures that pilots understand both the legal and financial protections necessary for commercial operations.
You’ll get hands-on experience using multimeters, wiring kits, mounting tools, and solar testing instruments during practical sessions.
What job opportunities are available after completing this course?
You can work as a Solar PV Installer, Maintenance Technician, Site Engineer, or Solar Project Assistant, or even start your own solar installation business.
Will I receive a certificate after the course?
Yes, a completion certificate will be awarded to validate your technical skills and make you job-ready for the solar energy sector.
