Shoghig Mesropian

Title: Shoghig Mesropian: Innovator in Solar Cell Technology

Introduction

Shoghig Mesropian, a notable inventor based in Tarzana, California, has contributed significantly to the field of solar energy through his innovative inventions. With an impressive portfolio of three patents, Mesropian is dedicated to enhancing the efficiency and performance of solar cells.

Latest Patents

One of Mesropian's latest inventions is the "Solar Cell Structure with Back Surface Reflector." This patent describes a solar cell structure that incorporates a reflective layer positioned close to the back surface of the cell, along with a flexible support layer situated between the back surface and the reflective layer. This innovative design aims to improve the overall performance of solar cells.

In addition, his patent titled "Shunt Treatment in Inverted and Wafer Bonded Solar Cells" presents methods and systems for addressing shunts in solar cell substrates. This patent highlights a technique where a shunt located near a metallized grid pattern is electrically disconnected from the grid's bus portion, thereby mitigating its adverse effects on solar cell performance. Moreover, the patent discusses the use of an antireflective layer and adjustment of the exposure pattern of photoresist for optimizing grid design and functionality.

Career Highlights

Shoghig Mesropian is currently associated with The Boeing Company, a leader in aerospace innovation. His work focuses on advancing solar cell technologies, showcasing his expertise in this vital area.

Collaborations

Throughout his career, Mesropian has collaborated with esteemed colleagues such as Philip T Chiu and Dimitri Daniel Krut. Together, they contribute to pushing the boundaries of solar cell technology and improving renewable energy solutions.

Conclusion

Shoghig Mesropian stands out as a pioneering inventor in the field of solar energy. Through his innovative patents and collaboration with industry professionals, he continues to make significant strides in advancing solar cell efficiency, ultimately contributing to a more sustainable future.