Company Filing History:
Years Active: 2008-2013
Introduction
Oliver Arend, an inventive mind from Lohfelden, Germany, has made significant contributions to the field of photovoltaic technology. With a total of four patents to his name, his work focuses on the efficient connection of photovoltaic devices to AC power grids and optimally harnessing solar energy for electricity generation.
Latest Patents
Among Oliver Arend's notable innovations are two recent patents. The first is a "Method of and apparatus for connecting a photovoltaic device to an AC power grid." This innovative method involves monitoring a DC voltage at the inverter's input, activating the inverter when the voltage exceeds a predetermined threshold, and synchronizing the inverter's output with the grid voltage. This process ensures a stable connection with the AC power grid and incorporates mechanisms to disconnect when necessary for safety and efficiency.
The second patent revolves around the "Maximum power point matching method." This method allows a photovoltaic system to adapt its working point to produce maximum power even amidst changing external conditions. By implementing additional control steps during the MPP matching process, the system can track and adjust to power changes, thereby optimizing energy production.
Career Highlights
Oliver Arend has gained valuable experience in leading companies within the solar technology sector. He worked for both SMA Solar Technology AG and SMA Technologie AG, where he honed his expertise in renewable energy systems and technological innovation.
Collaborations
Throughout his career, Oliver has collaborated with reputable colleagues, including Joachim Ralf Laschinski and Gerd Bettenwort. These collaborations have likely contributed to his inventive outputs and the development of cutting-edge solutions in photovoltaic technology.
Conclusion
Oliver Arend has established himself as a significant innovator in the field of solar energy, as demonstrated by his patents and his professional journey. His inventions not only contribute to the efficiency of photovoltaic systems but also play an integral role in advancing sustainable energy solutions for the future.