Jaya Krishna Mallineni E.I.T
About Jaya Krishna Mallineni E.I.T
Jaya Krishna Mallineni is a Performance Engineering Manager with extensive experience in solar photovoltaic systems. He has held various roles in performance analysis and engineering, contributing to multiple publications and presentations in the field.
Current Role at SOLV Energy
Jaya Krishna Mallineni serves as the Performance Engineering Manager at SOLV Energy, a position he has held since 2022. In this role, he is responsible for overseeing performance engineering initiatives and ensuring optimal performance of solar energy systems. His extensive background in solar performance analysis contributes to the effectiveness of the team and the projects undertaken by SOLV Energy.
Previous Experience in Solar Energy
Before his current role, Jaya Krishna Mallineni worked at SOLV Energy as a Senior Performance Engineer from 2020 to 2022. He also held positions at Nexamp as a Solar Performance Manager and a Photovoltaic Performance Analyst, where he focused on analyzing solar energy systems. His experience spans several years in the solar industry, with a strong emphasis on performance analysis and engineering.
Education and Expertise
Jaya Krishna Mallineni earned a Master of Science in Alternative Energy Technologies from Arizona State University, completing his studies in 2013. He also holds a Bachelor of Engineering in Electrical, Electronics, and Communications Engineering from Anna University, obtained in 2010. His educational background provides a solid foundation for his work in solar energy performance analysis.
Research Contributions
Jaya Krishna Mallineni has contributed to the field of solar energy through research and publications. He presented a poster on the 'Soiling effect on solar PV power plants' at the NREL PVMRW 2014. Additionally, he authored five publications for the IEEE-PVSC 2014 conference, showcasing his commitment to advancing knowledge in photovoltaic systems.
Technical Skills and Analysis
Jaya Krishna Mallineni has extensive experience in conducting degradation and failure mode analysis on over 3000 photovoltaic power plant modules using Minitab software. His technical skills include performing field testing, which encompasses individual module and string level I-V curves, visual and infrared inspections, and various testing methodologies to assess solar energy system performance.