Inventors with similar research interests:
Location History:
- Naka-Machi, JP (2001 - 2005)
- Miyagi-ken, JP (1999 - 2010)
- Watari-gun, JP (2005 - 2010)
- Miyagi, JP (1999 - 2022)
Company Filing History:
123 out of 28,566 
1 out of 832,843 Years Active: 1999-2022
Areas of Expertise:
Title: Shunichi Sato: A Pioneer in Compound-Semiconductor Photovoltaic Cells
Introduction:
In the realm of compound-semiconductor photovoltaic cells, few names hold as much prestige as Shunichi Sato. Hailing from Miyagi, Japan, Sato has made significant contributions to the field with his extensive knowledge and numerous patents. This article delves into his latest innovations, career highlights, collaborations, and the impact he has had on the industry.
Latest Patents:
Sato's ingenuity shines through in his latest patents. One particularly notable invention is the compound-semiconductor photovoltaic cell and its manufacturing method. This technology features a first photoelectric conversion cell made of a compound-semiconductor material that exhibits lattice matching with GaAs or Ge. It also includes a first tunnel junction layer and a second photoelectric conversion cell made of a GaAs-based semiconductor material. By joining these components, Sato has developed a highly efficient photovoltaic cell capable of superior light absorption and energy conversion.
Another groundbreaking patent Sato has recently secured is a power transmission system, which includes a light output apparatus and a light receiving apparatus. The system harnesses a range of light sources equipped with different wavelengths, allowing for precise control over light outputs. The light beams emitted by these sources are absorbed and converted into electrical power by a photoelectric conversion element within the light receiving apparatus. This innovative solution promises enhanced efficiency and versatility in power transmission applications.
Career Highlights:
Throughout his career, Sato has accumulated an impressive portfolio of 122 patents. His dedication to compound-semiconductor photovoltaic cells has led to remarkable advancements in the field. Sato's contributions have not only expanded our understanding of these cells but have also paved the way for their practical implementation in various industries. His expertise has earned him well-deserved recognition as a leading innovator in the area of photovoltaic technologies.
Collaborations:
Sato has collaborated with several prominent individuals and companies during his illustrious career. One notable collaborator is Naoto Jikutani, a fellow inventor who has made significant contributions to the development of semiconductor devices. Their partnership has resulted in groundbreaking advancements and mutual learning within the field.
Additionally, Sato has worked with Takashi Takahashi, a distinguished researcher known for his expertise in energy conversion and harvesting technologies. Together, they have embarked on projects that push the boundaries of compound-semiconductor photovoltaic cells, further cementing their impact on this critical field.
Conclusion:
Shunichi Sato's contributions to the field of compound-semiconductor photovoltaic cells have been nothing short of remarkable. His groundbreaking inventions, such as the compound-semiconductor photovoltaic cell and power transmission system, have propelled the industry forward and opened new avenues for renewable energy applications.
Sato's collaboration with esteemed professionals, including Naoto Jikutani and Takashi Takahashi, testifies to his commitment to knowledge sharing and collective progress. As his career continues to flourish, we can expect Sato to remain at the forefront of compound-semiconductor photovoltaics, consistently pushing the boundaries of innovation and paving the way for a sustainable future.