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With their headquarters in Graz and an office in Adelaide, Australia, EOLOGIX-PING specializes in advanced, reliable, and sustainable technologies, committed to ensuring the optimal performance of wind turbines.
Their innovative sensor systems are designed to detect critical issues such as icing, blade damage, and lightning strikes, providing operators with the real-time data they need to make informed decisions. EOLOGIX-PING brings to market a robust platform for continuous monitoring, tailored specifically for the unique challenges faced in the wind energy industry.
Their technology plays a vital role in optimizing operations, reducing risks, and enhancing efficiency through intelligent, data-driven insights. Whether customers are installing new turbines or upgrading existing ones, EOLOGIX-PING’s solutions seamlessly integrate, maximizing turbine performance while offering operators peace of mind.
As they actively contribute to the global transition toward clean energy, their mission remains clear: to keep wind turbines turning with effective blade monitoring. Looking to the future, they aim to realize the full potential of every wind turbine, continuously innovating and embracing technological advancements while steadfastly upholding their commitment to sustainability.
EOLOGIX-PING’s role in MULTIMOLD
In the MULTIMOLD project, EOLOGIX-PING plays a crucial role by providing one of the three use cases, which is the development of next-generation sensor technology for condition monitoring. As part of the project, EOLOGIX-PING has taken the initial steps towards integrating electronics within injection-molded housings, paving the way for innovative sensor solutions that are both durable and efficient.
By actively contributing to the project, EOLOGIX-PING is working towards a future generation of sensor hardware that is highly integrated andcost-efficient. The aim is to create sensor devices that combine multiple functionalities, offering advanced monitoring capabilities while maintaining affordability and ease of production. This collaboration in MULTIMOLD aligns with EOLOGIX-PING's vision of delivering innovative, self-communicating and retrofittable sensor technology tailored to meet the demands of the wind industry.
EOLOGIX-PING – Member of the project
The MULTIMOLD project boasts a talented team, each member bringing unique expertise to ensure the success of the initiative:
- Michael Moser is the co-founder of EOLOGIX and currently serves as the Chief Technology Officer (CTO) of EOLOGIX-PING. With over 15 years of expertise in engineering and electronics, he brings a wealth of knowledge and experience to drive innovation and technological advancement within the project.
- Harald Hohlen serves as the Team Lead of Data Analysis and Algorithms. With a strong background in data science, he is responsible for developing sophisticated algorithms that optimize sensor data analysis, enabling actionable insights for monitoring systems.
- Luke Schubert is the Team Lead of Cloud and Infrastructure. His expertise in cloud technologies and IT infrastructure is essential for building a reliable platform that supports data storage, processing, and accessibility, ensuring seamless integration of sensor data.
- Martin Moser holds the position of Head of Production. With his extensive experience in manufacturing processes, he oversees the production of sensor hardware, ensuring that the systems are efficiently manufactured to the highest quality standards.
- Esther Jobst is the Head of Marketing. In this project, she focuses on dissemination, leading efforts to communicate the project's goals, progress, and outcomes to a broad audience.
- Edwin Taferner serves as the Vice President of Engineering. He leads the engineering team in designing innovative sensor technologies and plays a crucial role in aligning the technical aspects of the project with the overall vision and objectives.
Together, this diverse team is committed to advancing the goals of the MULTIMOLD project and delivering groundbreaking solutions for the wind energy sector.
