Solar cells simulation - (Part1- Theory)

🚨 Got questions about Ansys Lumerical? 🚨 Join our live demo and Q&A on Aug. 23rd! - https://www.ansys.com/events/optimizing-solar-panel-performance-through-photonic-modeling?utm_campaign=industry&utm_medium=channel-partner-referral&utm_source=ozen-engineering&campaignID=7013g000000HVAVAA4&utm_content=field_energy_lumerical-solar-cell-demo-youtube_event-virtual_register_text-link_a_en_amer This video is the first of a three-part series on solar cells simulation. The focus of this video is on the theory behind solar cells. This series of videos shows how to predict solar cell power generation, open circuit voltage, short circuit current, efficiency, and temperature. We will focus on the Lumerical FDTD, Heat, and Charge in our solar cell simulation. About Ozen Engineering: ​ Ozen Engineering is a leading provider of Ansys solutions, catering to a diverse range of industries with a specialization in electronics, semiconductor, biomedical, healthcare, aerospace and automotive applications. Our team delivers personalized solutions to optimize product design and performance by seamlessly integrating Ansys simulation into the product development process. As an elite channel partner of Ansys, we provide best-in-class software tools, consulting, training, mentoring, and technical support. ​ Visit our Website: https://www.ozeninc.com/ ​ Read our Blog: https://blog.ozeninc.com/resources ​ Follow us on LinkedIn: https://www.linkedin.com/company/ozen-engineering-inc ​ View our upcoming events: https://www.ozeninc.com/events/ ​ Watch our other videos: https://www.youtube.com/@OzenEngineeringSimulation/videos ​ #Solar cell #Heat #drift and diffusion#current density equation#Continuity equations#Poisson equation #Solar energy and AM1.5