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Certificate Course in Renewable Energy PV System

What is this Programme about?

Course Objectives

After completion of the Certification Course, the successful trainee,i.e. Certified Installer, should be able to:

  • Understand the basics of electricity and solar energy
  • Survey a rooftop solar PV installation site,
  • Understand all equipment related to the rooftop solar PV system,
  • Design a rooftop solar PV system as per Customer’s requirements as well as appropriate codes and standards,
  • Prepare the necessary technical documents related to the design, installation and operation of the rooftop PV system,
  • Install a rooftop solar PV system based on the relevant designs and drawings,
  • Operate and maintain a rooftop solar PV system including identification and troubleshooting of faults,
  • Ensure safety while installation and operation of the rooftop PV system,
  • Undertake project management for installation of a rooftop solar PV system,
  • Understand necessary formalities with authorities for applications, submissions, approvals, interconnections, inspections, certifications, commissioning, etc.

Eligibility Criteria: The eligibility criteria for Certificate Course on Renewable Energy PV Systems: Design & Installation (Tailor Made) course is 10+2.

Duration:The duration of the course may vary between min 3 months to max 6 months.

For admission purpose, Please Contact:

            1. Phone No: 8402975805

            2. Email:



How this Programme Benefit you & your Career?

Who May Benefit

The (Tailor made) course would benefit the students from schools and higher secondary to grow interest in this sector. It will be hands on training along with in house teaching possibilities by the host institutes for there students and course content will be tailored according to the duration of interaction.The (Regular) course would benefit anybody who wants to work with solar PV system, particularly technician, trainers and engineers (or any PV system practitioner) who is working on solar PV system for design, installation and maintenance of solar PV systems of all types. The course would also be an excellent opportunity to learn several aspects of Solar PV technology and gets hands on experience in designing and installation of solar PV systems.

Seat Capacity:30Students/Batch

For more details, Please contact

Mr. Gurjit Singh, Assistant Professor (Electrical)



Programme Contents:

Course Modules (Regular):

Content Type Hours
1. Overview of solar PV technology, characteristics of solar modules and quality issues T 4
2. System design requirements and technical specifications as per IEC 62548 T 4
3. Solar resource overview - Impact of accuracy & reliability of solar data on plant performance T 2
4. Grid connected inverter and balance of systems overview T 4
5. String design - matching array & inverter for voltage, current and power T 3
6. System protection and safety equipment sizing and selection T 3
7. Array layout planning and equipment location T 2
8. Mounting structure and foundation overview T 2
9. DC and AC cable sizing, selection and estimation of loss due to voltage drop T 2
10. Site assessment & planning for rooftop and MW scale PV power projects T 2
11. Cost optimization and feasibility study of MW scale PV projects T 2
12. Estimation of loss and energy yield calculation T 4
13. Best practices in PV System Installation & Commissioning T 4
14. Complete design task exercise T 2
15. Practical on site assessment and installation P 20

T: Theory P: Practical Course Modules (Tailor Made):

Content Type Hours

1. Basics of Electrical Engineering, Different types of Electrical Load, Wires
and Cables, Concept of Magnetism & Alternating Current, Generation,
Transmission and Distribution of Electricity, Concepts and Classification of
Non Conventional Energy Sources, Renewable Energy and its prospects
various RE Sources, Energy Flow in Ecosystem, Physics of semiconductors
and Solar cell technologies, Solar Radiation and its Measurements.

T 20

2. Solar Energy
Components of a PV System: Battery, inverter and Charge controllers, Various
Tracking mechanisms, Trouble Shooting of different PV system and its important
tools used, Solar Thermal Systems, Installation of Solar Power Plant,
Commissioning and Testing of Solar Power Plant, O & M of Solar Power
Plant, Importance of Tools and its applications used in the field of Solar
Technology, Techno-economic analysis of solar thermal and solar PV power
plants, Grid Integration and System Operational Aspects, Jawaharlal Nehru
National Solar Mission, MNRE guidelines, DPR preparation for power plants.
Visit to a solar power plant

T 20
3. Site Visits and Designing P 20

T: Theory P: Practical


Course Duration:

0 Years.


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