➡️ Speak Engineering Lover! Discover the courses selected by us:
www.engenhariadetalhada.com.b...
If you are looking to stand out in the market, improve your resume and improve your professional knowledge, then don't waste time!
Click on the link and learn about this selection of courses recommended by us.
Hello engineering lovers! In our new video, we dive into the fascinating world of solar energy and discover the photovoltaic effect. Learn how solar panels use a powerful scientific concept to turn sunlight into electricity, simply and affordably.
Have you ever wondered how solar panels manage to convert sunlight into electrical energy? In this video, we're going to explore the photovoltaic effect, a phenomenon that occurs when sunlight interacts with semiconductor materials in solar cells. Discover how this fundamental scientific process is responsible for generating clean, renewable electricity from sunlight.
Before we dive into the detailed process, let's get to know the essential components of solar panels. Solar cells, made of silicon, are responsible for converting sunlight into electrical energy. These cells are protected by an insulating backsheet, glass or polymer encapsulation, and a metal frame. In addition, the junction box houses the diodes, wiring connections and other electrical components, while the MC4 connectors allow you to connect the solar panels to each other and to your home's electrical system.
But how is this solar energy used to power your home? That's where the inverter, a critical component of the solar power system, comes in. While solar panels generate direct current (DC) electricity, appliances and outlets operate on alternating current (AC). The inverter plays the role of transforming direct current electricity from solar panels into alternating current, making it suitable for home use.
In addition, we will get to know the DC optimizers and string inverters, which guarantee the maximum performance of each solar panel and efficient inversion to alternating current. Off-grid systems, that is, independent of the electrical grid, also require the use of batteries to store the energy generated by solar panels. Find out how these elements combine to provide electricity at night or in the event of a power outage.
You will also learn about on-grid systems, which are connected to the city's electrical grid. With these systems, excess energy generated by solar panels can be sent back to the electrical grid, resulting in credits to the energy bill. This option allows you to take advantage of solar energy while remaining connected to the public grid, reducing costs and contributing to a more sustainable future.
Throughout the video, we'll highlight how the efficiency of solar panels has increased thanks to continuous technological advances. We'll explore the average efficiency of commercial solar panels currently available, which ranges from 15% to 22%, and discuss ongoing research to further improve this number.
If you are interested in renewable energy, sustainability and technology, this video is perfect for you! Join us as we unlock the secrets behind the photovoltaic effect and discover how solar energy is revolutionizing the way we produce and consume electricity.
Don't miss the opportunity to learn about this exciting topic and share the knowledge with your friends and family. Together, we can promote a cleaner, more sustainable future through the power of the sun. Watch now and discover the photovoltaic effect!
Like, subscribe to the channel, activate the bell and share the video on your social networks.
Do you have any questions, suggestions or criticisms? Leave it in the comments.
Official website: bit.ly/engdetalhada
Instagram: bit.ly/engedetadada
Facebook: bit.ly/fbengdet
LinkedIn: bit.ly/ldengdetalhada
For professional sponsorship contacts, collaborations and/or donations to the project, the email is:
➡️CONTACT US: faleconosco@engenhariadetalhada.com.br