Advances in Photovoltaic Engineering: Harnessing Solar Power
                     K.Ramakrishnan College of 
Engineering
Presents...
Synopsis
• Innovations in Photovoltaic Engineering and harnessing the Power of Solar 
Energy 
• What is Photovoltaic engineering?
• Latest Trends in Photovoltaic Engineering
• The Role of K. Ramakrishnan College of Engineering
• To Sum-up
 
Innovations in Photovoltaic Engineering and 
harnessing the Power of Solar Energy 
• Solar energy, the most abundant renewable resource, is becoming a key player in 
meeting global energy demands sustainably. 
• Through continuous innovations in photovoltaic (PV) engineering, the potential of 
harnessing solar energy efficiently has dramatically increased. 
• From rooftop solar panels to large-scale solar farms, photovoltaic technology is 
shaping a new era of clean energy.
 
What is Photovoltaic engineering?
• Photovoltaic engineering focuses on converting sunlight directly into 
electricity using semiconductor materials. 
• When exposed to light, these materials generate an electric current, a 
process known as the photovoltaic effect. 
• This technology powers everything from small consumer electronics to 
massive solar farms that provide energy to entire cities.
• Recent advancements in PV engineering have significantly improved the 
efficiency of solar panels while reducing costs, making solar energy more 
accessible than ever before. 
Latest Trends in Photovoltaic 
Engineering
• Solar cell efficiencies are continuing to improve, with researchers achieving over 
40% efficiency in laboratory settings using multi-junction cells. These high-
efficiency cells are crucial for space applications and high-demand energy 
scenarios.
• Floating Solar Farms also known as "floatovoltaics," are becoming popular as a 
way to generate solar energy without using valuable land space. By placing solar 
panels on bodies of water, energy generation can occur without conflicting with 
land use.
The Role of K. Ramakrishnan College of 
Engineering
• K. Ramakrishnan College of Engineering (KRCE) is committed to fostering 
innovation in renewable energy technologies, with photovoltaic engineering 
being a crucial part of its curriculum. 
• The Department of Electrical and Electronics Engineering (EEE) at KRCE offers a 
course on Design of Photovoltaic Systems, equipping students with the 
knowledge to design, simulate, and implement solar energy systems for real-
world applications.
• Through hands-on workshops, practical lab sessions, and project-based learning, 
KRCE prepares students to address the challenges of integrating solar energy into 
the grid. 
To Sum-up
• Harnessing solar energy through advances in photovoltaic engineering is 
essential for a sustainable future. 
• Institutions like K.Ramakrishnan College of Engineering (KRCE) are preparing 
the next generation of engineers. 
• Solar energy innovations in storage, cell efficiency, and grid integration show 
promise. We are moving closer to a clean, renewable energy-powered world.
• As we look ahead, solar energy’s role in reducing carbon emissions and 
providing a sustainable energy solution cannot be overstated. 
 
THANK YOU…
• CONTACT : 91 737 328 4777
• WEBSITE LINK:
• https://krce.ac.in/
• https://krce.ac.in/blog/innovations-in-photovoltaic-engineering-and-harnessing-
the-power-of-solar-energy/