Renewable energy
What is Renewable Energy?
Renewable energy is transforming the global power landscape, offering cleaner, smarter, and more sustainable alternatives to traditional fossil-fuel-based systems. At the forefront of this revolution is solar photovoltaics (PV), a technology that converts sunlight directly into electricity using semiconductor materials. With abundant solar resources available across the world, solar PV has emerged as one of the most accessible and rapidly scalable solutions for addressing climate change, reducing carbon emissions, and empowering communities with reliable, green energy.
Solar photovoltaic systems are not just environmentally friendly—they are increasingly cost-effective, efficient, and versatile. From rooftop installations and solar farms to portable chargers and smart IoT-integrated systems, PV technology is powering everything from homes and industries to remote villages. As technological advancements continue to improve energy conversion efficiency and storage capabilities, solar PV is shaping a future where clean energy is not an option but a global norm.
Why learn solar photovoltaics?
Learning Solar Photovoltaics equips you with the skills to participate in one of the world’s fastest-growing and most impactful energy sectors. As nations shift toward clean, affordable, and sustainable power, solar energy has become a cornerstone of modern infrastructure—powering homes, industries, agriculture, and smart cities. This course gives you practical knowledge of how solar panels work, how systems are designed and installed, and how performance is optimized for maximum efficiency. By mastering PV technology, you gain access to strong career opportunities, the ability to contribute to a greener planet, and the confidence to work in a field that drives innovation, energy independence, and long-term sustainability.
Type of Industries where Renewable Energy is required
Power Generation & Utilities: Solar, wind, hydro, biomass, and geothermal power production, Grid integration and smart energy management.
Manufacturing & Industrial Production: Clean energy for factories, Reducing carbon emissions in heavy industries.
Energy & Utilities: Solar plant inspection, Wind turbine inspection, Power line & pipeline monitoring, Oil & gas site surveillance.
Construction & Infrastructure:Green buildings, Sustainable construction sites using solar and hybrid power.
Transportation & Automotive: Electric vehicles (EVs), Renewable-powered charging stations, Hydrogen fuel cell technologies.
Agriculture & Farming: Solar-powered irrigation, Biomass-based energy, Renewable-powered cold storage.
Oil, Gas & Petrochemicals: Renewable energy for on-site operations, Hybrid systems for reducing fossil-fuel consumption.
IT & Data Centers: Solar and wind power for servers, Green data centers with reduced carbon footprint
Residential & Real Estate: Rooftop solar systems, Smart homes with clean energy integration
Hospitality & Commercial Services: Hotels, malls, hospitals, campuses using solar/wind solutions, Energy-efficient operations.
Mining & Remote Operations: Off-grid renewable systems, Solar-powered mining equipment.
Environmental & Climate Management: Carbon reduction programs, Green energy solutions for sustainability projects.
Telecom & Communication: Solar-powered telecom towers, Hybrid renewable backup systems.
Ports, Airports & Logistics: Renewable-powered ground operations, EV fleets and charging infrastructure.
Job Opportunities- State wise
| S.No. | State/ Region | Major Industries/ Companies | Job Opportunities | Expected Annual Salary |
|---|---|---|---|---|
|
1 |
Jaipur, Jodhpur, Bikaner Hubs (Rajasthan) |
Adani Green Energy, ReNew Power, Avaada Energy, Fortum, Gorbea Solar |
Solar Project Engineer, Land Acquisition Manager, O&M Technician, Site Engineer, Wind Energy Consultant |
Entry/Mid-level: ₹2.3 L – ₹5.5 L; Senior: ₹8 L – ₹15+ L |
|
2 |
Gandhinagar, Vadodara Hubs (Gujarat) |
Adani Green Energy, Suzlon, Siemens Gamesa, Reliance Industries (major investments planned), GUVNL |
Project Manager, Wind Turbine Technician, Solar Engineer, Green Hydrogen Specialist, Business Development Manager |
Entry/Mid-level: ₹1.8 L – ₹6.5 L; Senior: ₹10 L – ₹20+ L |
|
3 |
Chennai, Coimbatore Hubs (Tamil Nadu) |
Siemens Gamesa, Suzlon, Vestas, Gamesa, Orient Green Power, HCL, Atheros |
Wind Energy Consultant/Engineer, Power Systems Engineer, O&M Manager, Solar PV Designer, Electrical Engineer |
Entry/Mid-level: ₹3.6 L – ₹9 L; Senior: ₹10 L – ₹18+ L |
|
4 |
Bengaluru Hub (Karnataka) |
Tata Power Solar, Vikram Solar, ReNew Power, Asteria Aerospace, Skylark Drones, BluPine |
Data Scientist (Energy Analytics), Aerospace Engineer, Solar/Wind Engineer, Project Manager, R&D Specialist |
Entry/Mid-level: ₹2.5 L – ₹7 L; Senior: ₹10 L – ₹20+ L |
|
5 |
Mumbai, Pune Hubs (Maharashtra) |
IdeaForge Technology, Tata Autocomp Systems, Siemens Gamesa, Mahagenco, Suzlon, Wärtsilä |
Energy Storage Specialist, Industrial Automation Engineer, O&M, Project Manager, Electrical Engineer |
Entry/Mid-level: ₹3 L – ₹8 L; Senior: ₹12 L- ₹25+ L |
|
6 |
Delhi, Gurgaon, Noida Hubs (Delhi-NCR) |
ReNew Power, Adani Green Energy, Agnisys, HCL Technologies, PwC, Mercados |
PPA & Contracts Manager, Senior Consultant, Business Development, Policy Analyst, R&D roles |
Entry/Mid-level: ₹4 L – ₹9 L; Senior: ₹15 L – ₹30+ L |
What you'll learn
Step into the future of clean energy with the power of the sun!
This course introduces you to the rapidly growing world of solar photovoltaics—one of the most promising and transformative renewable energy technologies. Designed to build strong conceptual and practical understanding, the program covers everything from solar fundamentals and PV system components to design, installation, and performance analysis. As industries shift toward sustainable energy solutions, skilled solar professionals are in high demand. This course equips you with the knowledge, hands-on skills, and confidence to contribute to India’s clean-energy revolution and build a rewarding career in the booming solar sector.
Qualifications Required
Can a commerce or arts student also learn solar photovoltaics?
Yes, students from a commerce or arts background can enter the solar energy industry and learn about solar photovoltaics (PV). TCoE will help you learn and understand the basic fundamentals using its unique hands-on training approach, thus helping any student with any kind of background to learn solar photovoltaics.
There is no minimum qualification, but its easier if you have done 10+2 level science. Still, any student from any background can learn solar photovoltaics.
Time Required to Learn
Typically our courses are 36 hours (introductory / crash course) to 600 hours (long term).
A student can spend 2 hours / day (in 3 weeks) to 6 hours / day (in 1 week) to complete a 36 hours course.
A school/ college going student can typically spend 4 hours per week (in 9 weeks) to 6 hours per week (6 weeks), to complete the 36 hours course.
For a 600 hours course, a student may need to give more time per week – typically 20 hours per week (total 30 weeks = 7 months) to 30 hours per week (total 20 weeks = 5 months) to complete the course.
Explore Renewable Energy Courses
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