Two Weeks Solar Practical Workshop.

Become a fully job-ready Solar Technician & Installer through India’s most advanced hands-on training program. The 2-Week Solar Practical Workshop by the Indian Institute of Solar Energy (IISE) is a highly immersive, hands-on training program designed to transform absolute beginners into confident, job-ready solar professionals..

Course Description:

Are you ready to delve into the world of solar energy and acquire hands-on experience that will set you apart in the renewable energy industry? Our  Solar Practical Workshop is designed to provide participants with comprehensive knowledge and practical skills necessary to design, install, and maintain solar photovoltaic (PV) systems.

This workshop focuses on real rooftop installations, electrical wiring practice, solar system design, testing, commissioning, and troubleshooting—skills that the industry demands today.

Who Should Attend?
✔ Students & job seekers
✔ Diploma/Engineering candidates
✔ Electricians & technicians
✔ Solar entrepreneurs & business aspirants
✔ Anyone wanting practical solar skills

Key Outcomes:
By the end of this 2 weeks program, participants will be able to:

• Install, test & commission a complete rooftop solar system

• Prepare load calculations & basic system design

• Use professional tools like multimeters, MC4 crimpers, testers & structure kits

• Troubleshoot common field problems independently

• Plan and execute small-scale solar projects with confidence

Duration: 2 Weeks
Location: Mumbai, Maharashtra

Over the course, participants will learn from seasoned experts in the field, gaining insights into the latest advancements in solar technology and best practices for system implementation. The workshop will cover a wide range of topics, including:

Fundamentals of Solar Energy:

Understand the principles behind solar energy generation, including solar radiation, PV technology, and system components.

Site Assessment and System Sizing:

Learn how to conduct site assessments to determine the feasibility of solar installations and accurately size PV systems to meet specific energy demands.

Installation Techniques:

Acquire practical skills in mounting solar panels, connecting components, and wiring systems according to industry standards and safety regulations.
System Integration: Explore methods for integrating solar PV systems with existing electrical infrastructure, including grid-tied and off-grid configurations.

Maintenance and Troubleshooting:

Learn how to perform routine maintenance tasks, diagnose common issues, and ensure optimal performance and longevity of solar installations.

Hands-On Exercises:

Put theory into practice with hands-on activities, including mock installations, system simulations, and real-world troubleshooting scenarios.

By the end of the workshop, participants will emerge with the confidence and expertise needed to embark on successful careers in the solar energy sector. Whether you are a seasoned professional looking to expand your skill set or a newcomer interested in entering the renewable energy field, this workshop offers invaluable practical knowledge that will empower you to make a meaningful impact in the transition to a sustainable energy future.

Join us for three days of immersive learning, networking opportunities, and hands-on experience that will propel your career in solar energy to new heights!

Learning Objective:

Understand Solar Energy Fundamentals:

Define key concepts related to solar energy, including solar radiation, photovoltaic technology, and energy conversion principles.

Conduct Site Assessments:

Learn techniques for evaluating site suitability for solar installations, including assessing solar resource availability, shading analysis, and site-specific considerations.

Size Solar PV Systems:

Calculate the appropriate size and capacity of solar PV systems based on energy demand, site conditions, and system requirements.

Install Solar PV Systems:

Demonstrate proficiency in mounting solar panels, installing balance of system components, and connecting electrical wiring in compliance with industry standards and safety protocols.

Integrate Solar PV Systems:

Understand the principles of grid-tied and off-grid solar PV system integration, including interconnection requirements, system design considerations, and safety precautions.

Perform Maintenance Tasks:

Identify routine maintenance requirements for solar PV systems and demonstrate proficiency in performing tasks such as cleaning, inspection, and system monitoring.

Troubleshoot Solar PV Systems:

Develop troubleshooting skills to diagnose common issues affecting solar PV system performance, such as shading, module degradation, and electrical faults.

Apply Practical Skills:

Engage in hands-on exercises, simulations, and real-world scenarios to reinforce theoretical knowledge and gain practical experience in solar PV system design, installation, maintenance, and troubleshooting.

Comply with Regulations and Standards:

Understand relevant codes, regulations, and standards governing solar PV installations, and ensure compliance with safety, environmental, and legal requirements.

Promote Sustainable Practices:

Recognize the environmental and social benefits of solar energy adoption, and advocate for sustainable energy practices in alignment with global climate goals.

These learning objectives are designed to equip participants with the necessary knowledge, skills, and competencies to succeed in the field of solar energy and contribute to the transition towards a clean and sustainable energy future.

The proposed schedule is :

Week 1 (Mon–Fri)

🔹 Day 1 – Solar Basics + Safety

• Introduction to solar PV

• System types (On-grid, Off-grid, Hybrid)

• Component identification

• Electrical & height safety training
  Outcome: Strong foundation + safety compliance.

🔹 Day 2 – Tools, Wiring & MC4 Practice

• DC/AC wiring basics

• Cable sizing fundamentals

• Tools: MC4 crimping, drilling, multimeter
  Practical:

• Making MC4 terminations

• Testing cables
  Outcome: Confident in wiring and tools.

🔹 Day 3 – Structure Mounting + Module Installation

• Types of module mounting structures

• Tilt, alignment & load considerations
  Practical:

• Assembling mounting structure

• Installing solar panels
  Outcome: Ability to physically install modules safely.

🔹 Day 4 – Inverter, ACDB/DCDB & Earthing

• Inverter types & placement

• Protection devices: MCB, SPD, Fuse, DCDB/ACDB

• Earthing requirements
  Practical:

• Inverter mounting & wiring

• Earthing connections
  Outcome: Install BOS and inverter independently.

🔹 Day 5 – System Design Basics

• Load calculation

• Sizing of panels, inverter & battery

• Introduction to design tools
  Practical:

• Designing a 1kW–3kW sample system
  Outcome: Ability to design basic residential systems.

Week 2 (Mon–Fri)

🔹 Day 6 – System Installation (Hands-on Full Setup)

Practical:

• Panel installation

• Wiring

• Connecting inverter

• AC & DC side setup
  Outcome: Install a complete working system as a team.

🔹 Day 7 – Testing & Commissioning

• Pre-commissioning checklist

• Synchronization

• Safety compliance
  Practical:

• Live commissioning of installed system
  Outcome: Run, test & certify a solar system.

🔹 Day 8 – Troubleshooting & Fault Diagnosis

• Module mismatch

• Inverter error codes

• Earthing failures
  Practical:

• Simulated field faults

• Repair & diagnostics
  Outcome: Become field-ready for real troubleshooting.

🔹 Day 9 – Site Visit + O&M Training

• Visit to active rooftop/industrial solar plant

• Learn maintenance routines

• Real-world installation overview
  Outcome: Exposure to actual field operations.

🔹 Day 10 – Final Project + Assessment + Certification

Practical Assessment:

• Wiring test

• Troubleshooting task

• Design review

• Final viva

Outcome:

• IISE Certificate

• Ready for jobs & entrepreneurship

Course Eligibility:

• B.E / B.TECH – Electrical, Mechanical, Civil, E & TC  & Diploma Engineers are preferred.
• Graduates from other fields can also apply.
• The participants should be ideally 10+2  to apply.

Please feel free to call us if you have any other qualifications.

IISE is offering Two Weeks Solar Practical Workshop  for the academic year 2025-26. This practical workshop is specifically designed for Installers, Technicians, Engineers, Diploma/ITI holders and  Entrepreneurs.

Admission to this workshop will be conducted in two phases. If the seats are filled in the first phase. Then the second phase of admission won’t be held.

FIRST PHASE:

• Online application start date: 20th Oct 2025
• The last date for upto 40% scholarship is 20th November 2025
• The last Date for application is 22nd November 2025

Application received on or before 22nd November 2025 will be shortlisted.

SECOND PHASE:

• Online application start date: To be Announced
• The last date for application is To be Announced
• The last Date for Admission is  To be Announced

Seats are limited so students would be shortlisted on first cum first serve basis If the number of applications received is more than expected. IISE has the right to have a second batch for the training. 

What is the fee, course length, and a number of participants?

The standard workshop Fee is Rs 29,999/-

Early Bird Offer: Register before 20th NOV 2025 and pay just ₹18,000/-

✅ Option 1: Book your seat with ₹ 5,000 only before 20th Nov 2025

→ Pay balance ₹ 13,000 by 30th NOV 2025

✅ Option 2 : Pay in full now

→ Get ₹ 2,000 extra discount and pay only ₹16,000

Book now and pay Rs 24,999– only – Pay Now

( The Payment link will expire on 20th November 2025 )

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Course Equivalency: This course is equivalent to the following courses below.

pg diploma in solar power plant, pg diploma in renewable energy in India, renewable energy distance learning courses, short term courses in renewable energy, renewable energy courses in India, pg diploma in energy management. Renewable courses distance learning.