Ulrike Jahn | Data Acquisition | Best Review Paper Award

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Best Review Paper Award

Ulrike Jahn
Affiliation Fraunhofer Centre for Silicon Photovoltaics (CSP)
Country Germany
Scopus ID 7006580560
Documents 9
Citations 375
h-index 6
Subject Area Renewable Energy, Solar Power Systems, Reliability Engineering, Data Acquisition
Event Global Sensor Awards
ORCID 0000-0003-3318-8882

Ulrike Jahn is a German photovoltaic scientist and renewable energy expert whose career spans more than three decades of research, testing, quality assurance, and international leadership in photovoltaic systems. Her work has contributed substantially to the reliability assessment, performance evaluation, and quality management of photovoltaic modules and power plants operating under diverse climatic conditions. Through leadership roles at Fraunhofer CSP, VDE Renewables, TÜV Rheinland, ZAE Bayern, and the Institute for Solar Energy Research Hamelin (ISFH), she has helped shape international standards and best practices for photovoltaic deployment and system reliability.[1]

Abstract

Ulrike Jahn has established a distinguished career in photovoltaic research, reliability engineering, and renewable energy system evaluation. Her scientific activities have focused on improving the performance, durability, and quality assurance of photovoltaic modules and utility-scale solar power plants. She has contributed to international research initiatives, standardization efforts, technical project assessments, and scientific advisory activities that support the global transition toward sustainable energy systems. Her leadership within the International Energy Agency Photovoltaic Power Systems Programme (IEA PVPS) has played a notable role in advancing reliability methodologies and performance benchmarking for photovoltaic technologies worldwide.[1][2]

Keywords

Photovoltaics, Solar Energy Systems, Renewable Energy, Reliability Engineering, Photovoltaic Module Testing, PV Power Plants, Quality Assurance, Energy Sustainability, Solar Performance Assessment, International Energy Agency.

Introduction

The expansion of photovoltaic technology has created increasing demand for reliable methods of assessing system performance, durability, and economic viability. Researchers who bridge scientific investigation with practical deployment play a vital role in ensuring long-term success of renewable energy investments. Ulrike Jahn is widely recognized within the photovoltaic community for her contributions to module characterization, quality assurance, and field performance analysis. Her work spans laboratory testing, power plant evaluation, international collaboration, and technical advisory activities that support evidence-based decision making across the solar energy sector.[1]

Research Profile

Jahn earned a Diploma in Physics from the University of Freiburg and subsequently completed advanced studies in renewable energy at the Carl-von-Ossietzky University of Oldenburg. Her academic projects focused on photovoltaic silicon cell characterization and photovoltaic pumping systems in developing countries, establishing an early foundation in solar technology research. Throughout her career she has held scientific and managerial positions at leading German research institutions and industrial organizations, including ISFH, ZAE Bayern, TÜV Rheinland, VDE Renewables, and Fraunhofer CSP.[1]

Her expertise encompasses photovoltaic module reliability, climatic performance assessment, quality assurance protocols, system monitoring, and economic evaluation of solar power installations. These areas have positioned her as an influential contributor to both research and industry-oriented photovoltaic development.[2]

Research Contributions

A defining aspect of Jahn’s career has been her sustained focus on photovoltaic reliability and performance evaluation. She has supported the development of methodologies for identifying degradation mechanisms, assessing long-term operational behavior, and establishing quality assurance frameworks for photovoltaic installations. These efforts contribute directly to increasing confidence among investors, utilities, manufacturers, and policymakers.[1]

As Task Manager of IEA PVPS Task 13 since 2010, she has coordinated international activities dedicated to reliability and performance of photovoltaic systems. Through collaborative research involving experts from multiple countries, Task 13 has produced influential technical reports, recommendations, and benchmarking studies that support global photovoltaic deployment strategies.[2]

  • Reliability and quality assurance of photovoltaic modules and systems.
  • Performance evaluation of photovoltaic installations in varied climatic conditions.
  • Technical and economic assessment of utility-scale photovoltaic power plants.
  • International standardization and expert evaluation activities.
  • Leadership in photovoltaic reliability research networks and scientific committees.

Publications

Ulrike Jahn has contributed to numerous scientific publications, conference proceedings, technical reports, and international collaborative studies addressing photovoltaic system performance and reliability. Her publication record reflects sustained engagement with photovoltaic engineering, renewable energy applications, and system quality assessment. Her scholarly outputs are indexed through Scopus and other international research databases.[1]

  • Photovoltaic system reliability studies.
  • PV module characterization and testing methodologies.
  • Solar power plant performance monitoring.
  • International photovoltaic benchmarking reports.
  • Renewable energy deployment and quality assurance frameworks.

Example DOI resource related to photovoltaic reliability research:
https://doi.org/10.1002/pip.3460

Research Impact

The impact of Jahn’s work extends beyond academic research into industry implementation, international policy discussions, and technology validation programs. Her contributions have supported improved photovoltaic project bankability, enhanced reliability assessment procedures, and strengthened quality management practices across the renewable energy sector. Through committee memberships and advisory roles, she has influenced technical standards and research priorities affecting photovoltaic deployment globally.[1][2]

Recognition of her achievements includes the prestigious European Becquerel Prize awarded in 2021 for outstanding merits in photovoltaics. This distinction reflects her long-term influence on photovoltaic science, technology advancement, and international collaboration.[3]

Award Suitability

Ulrike Jahn demonstrates a combination of scientific excellence, international leadership, technical expertise, and long-term service to the photovoltaic community. Her sustained contributions to photovoltaic reliability research, quality assurance, and international collaboration align closely with the objectives of distinguished achievement and lifetime contribution awards in renewable energy and solar technology. Her leadership within IEA PVPS Task 13, participation in major scientific conferences, advisory responsibilities, and recognized excellence through international awards collectively support strong suitability for high-level professional recognition.[1][3]

Conclusion

Ulrike Jahn’s career reflects a sustained commitment to advancing photovoltaic science, reliability engineering, and renewable energy deployment. Her multidisciplinary expertise, extensive institutional experience, international leadership, and recognized scientific contributions have made her an influential figure in the global photovoltaic community. Through research, technical evaluation, standardization activities, and collaborative leadership, she has contributed significantly to improving the performance and reliability of solar energy systems worldwide.[1][2]

References

  1. Professional Curriculum Vitae of Ulrike Jahn. Academic and professional background, research fields, awards, memberships, and scientific activities. Updated April 2026.
  2. International Energy Agency Photovoltaic Power Systems Programme (IEA PVPS). Reliability and Performance of Photovoltaic Systems (Task 13). International collaborative activities related to photovoltaic system performance and reliability.
  3. European Commission. European Becquerel Prize for Outstanding Merits in Photovoltaics (2021). Recognition of distinguished contributions to photovoltaic science and technology.
  4. Elsevier. (n.d.). Scopus author details: Ulrike Jahn, Author ID 7006580560. Scopus.
    https://www.scopus.com/authid/detail.uri?authorId=7006580560

Mr. Yu Lu | Data Collection Awards | Best Researcher Award

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Mr. Yu Lu | Data Collection Awards | Best Researcher Award 

Mr. Yu Lu, Beijing Forestry University, China

Yu Lu is currently pursuing a Master’s degree in Electronic Information at the School of Information Science and Technology, Beijing Forestry University, P.R. China. His research interests span a variety of topics, including the application of wireless rechargeable sensor networks, ad hoc and sensor networks, as well as algorithm design and analysis. Yu’s work focuses on improving the efficiency and functionality of these networks, with a particular emphasis on optimizing energy management and data collection processes. His academic journey is marked by a keen interest in advancing the technologies that underpin modern communication systems and wireless networks.

Professional Profile:

SCOPUS

Suitability for the Best Researcher Award: Yu Lu

Yu Lu is currently pursuing a Master’s degree in Electronic Information at the School of Information Science and Technology, Beijing Forestry University, China. His research focuses on wireless rechargeable sensor networks, ad hoc and sensor networks, and the design and analysis of algorithms, all of which are highly relevant to contemporary advancements in the field of information science and technology.

Education:

  • Master’s Degree in Electronic Information
    • Institution: School of Information Science and Technology, Beijing Forestry University, P.R. China
    • Current Status: Pursuing his Master’s degree, with a focus on electronic information and related technologies. His research interests span wireless rechargeable sensor networks, ad hoc and sensor networks, and algorithm design and analysis.

Work Experience:

  • Yu Lu is currently a graduate student at the School of Information Science and Technology at Beijing Forestry University. While specific work experience details are not provided, his involvement in cutting-edge research on wireless rechargeable sensor networks, optimization algorithms for data collection in sensor networks, and applications in UAV and MUV technologies suggests a strong focus on both academic research and potential collaborations with industry or research institutes. His work aligns with advancements in sensor network optimization, UAV technology, and algorithm design.

Publication top Notes:

Spatiotemporal Optimization for Charging Scheduling in Wireless Rechargeable Sensor Networks

Optimization Algorithms for UAV-and-MUV Cooperative Data Collection in Wireless Sensor Networks

Construction and application of a tree knowledge graph

Yongquan Wang | Remote Sensing | Best Researcher Award

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Dr.Yongquan Wang | Remote Sensing | Best Researcher Award

PhD at  shenzhen university, China

Yongquan Wang is a dedicated researcher specializing in ocean color and radiative transfer. With a robust academic background, he holds an M.S. and Ph.D. in Urban Informatics from Shenzhen University and a B.S. in Geodesy and Geomatics from Anhui Agriculture University. Recognized as an Outstanding Graduate Student of Guangdong Province, Yongquan’s research focuses on innovative techniques for environmental monitoring, particularly in retrieving oceanic particulate organic nitrogen (PON) concentrations. His work integrates advanced imaging technologies and data processing skills, reflecting a commitment to addressing pressing ecological challenges.

Profile:

Scopus Profile

Strengths for the Award:

Yongquan Wang has demonstrated exceptional research capabilities in the fields of ocean color and radiative transfer. His focus on retrieving oceanic particulate organic nitrogen (PON) concentrations from image data shows innovative thinking and application of advanced techniques. His research work is well-supported by a solid academic background, achieving high GPAs and recognition as an Outstanding Graduate Student of Guangdong Province. The breadth of his publications in reputable journals like IEEE Transactions and Remote Sensing further establishes his expertise. Additionally, his contributions to novel methods using aerial imaging and UAV technology in environmental monitoring underscore his ability to address real-world challenges effectively.

Areas for Improvement:

While Yongquan has made significant strides in his research, he could enhance his impact by diversifying his research collaborations, particularly with interdisciplinary teams that include ecologists and data scientists. Engaging more with broader environmental policy discussions could also strengthen the societal relevance of his work. Additionally, expanding his outreach to communicate research findings to non-specialist audiences may increase public engagement and understanding of his work.

Education:

Yongquan Wang completed his M.S. and Ph.D. at the School of Architecture and Urban Planning, Shenzhen University, where he achieved a GPA of 86.7/100. Prior to this, he earned a B.S. in Geodesy and Geomatics from Anhui Agriculture University, graduating with a GPA of 88.8/100. His educational journey has been marked by academic excellence, including multiple scholarships for outstanding performance. This strong foundation has equipped him with the knowledge and skills to engage in impactful research in ocean color remote sensing and related fields.

Experience:

Yongquan Wang has amassed significant research experience since September 2018, focusing on the retrieval of oceanic particulate organic nitrogen (PON) concentrations from image data. He has explored the development of retrieval models for global ocean monitoring and atmospheric corrections under weak light conditions. Additionally, he has engaged in innovative projects using tethered UAVs for emergency surveying and mapping, demonstrating versatility in applying technology to real-world problems. His work reflects a commitment to advancing remote sensing methodologies for environmental applications.

Research Focus:

Yongquan’s research centers on ocean color and radiative transfer, particularly the retrieval of oceanic particulate organic nitrogen (PON) concentrations. He investigates bio-optical proxies for PON retrieval and develops models to analyze monthly variations in global ocean PON levels. His work also addresses atmospheric correction techniques in optically complex waters, enhancing the accuracy of remote sensing data. By leveraging advanced imaging technologies and data processing skills, Yongquan aims to contribute valuable insights into oceanic health and environmental sustainability.

Publications Top Notes:

  1. Towards Applicable Retrieval Models of Oceanic Particulate Organic Nitrogen Concentrations for Multiple Ocean Color Satellite Missions 📄
  2. Ocean Colour Atmospheric Correction for Optically Complex Waters under High Solar Zenith Angles: Facilitating Frequent Diurnal Monitoring and Management 🌊
  3. Remote Sensing Video Production and Traffic Information Extraction Based on Urban Skyline 🚦
  4. Spatiotemporal Dynamics and Geo-environmental Factors Influencing Mangrove Gross Primary Productivity during 2000–2020 in Gaoqiao Mangrove Reserve, China 🌳
  5. Estimating Particulate Organic Nitrogen Concentrations in the Surface Ocean from Ocean Color Remote Sensing Data 🔍
  6. Satellite Retrieval of Oceanic Particulate Organic Nitrogen Concentration 🌐
  7. A Glimpse of Ocean Color Remote Sensing From Moon-Based Earth Observations 🌙
  8. Framework to Create Cloud-Free Remote Sensing Data Using Passenger Aircraft as the Platform ✈️
  9. Dynamic Earth Observation Based on an Urban Skyline: A New Remote Sensing Approach for Urban Emergency Response 🏙️
  10. Volunteered Remote Sensing Data Generation with Air Passengers as Sensors 🚁

Conclusion:

Yongquan Wang is a strong candidate for the Research for Best Researcher Award, with notable achievements and contributions in oceanographic research. His innovative approaches and demonstrated academic excellence position him well for recognition. Continued efforts to broaden his collaboration network and enhance public engagement will further solidify his status as a leading researcher in his field.