Dr. Ekaterina N. Muratova | Photovoltaics | Women Researcher Award

Dr. Ekaterina N. Muratova | Photovoltaics | Women Researcher Award

Associate Professor | Saint Petersburg Electrotechnical University | Russia

Dr. Ekaterina N. Muratova is an accomplished researcher recognized internationally for advanced contributions to materials science and energy technologies, with a strong and sustained focus on Photovoltaics. Her scholarly work integrates nano and microporous materials, surface science, and device engineering, positioning Photovoltaics as a central theme across experimental design, characterization, and application. Through extensive interdisciplinary collaborations, her research advances Photovoltaics by optimizing material architectures, enhancing charge transport, and improving stability and performance metrics relevant to Photovoltaics systems. She has authored more than seventy peer reviewed scientific publications, multiple textbooks and monographs, and patented innovative solutions that directly support the progress of Photovoltaics. Her work has been disseminated widely through global scientific forums, strengthening international research networks and accelerating innovation in Photovoltaics. The societal impact of her research is reflected in improved renewable energy solutions, sustainable technology development, and knowledge transfer that supports the global adoption of Photovoltaics in modern energy infrastructures. Google Scholar profile of 582 Citations, 14 h- index, 17 i10-index.

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Dr. Pushp Rai Mishra | Solar Energy | Research Excellence Award

Dr. Pushp Rai Mishra | Solar Energy | Research Excellence Award

Senior Technical Staff | Principal Scientific Adviser | India

Dr. Pushp Rai Mishra is a distinguished researcher and professional contributor in the domain of Solar Energy (Photovoltaic) with notable involvement across advanced renewable energy deployment, energy efficiency programs, and national-level clean-energy initiatives  . His career reflects a strong foundation in Solar Energy (Photovoltaic), where he has contributed technically and analytically to large-scale Solar Energy (Photovoltaic) projects, grid-connected rooftop systems, utility-scale Solar Energy (Photovoltaic) planning, rural electrification programs, and policy-driven implementation frameworks. His experience spans government research bodies, international development programs, and leading energy institutions, where he has actively monitored, evaluated, and optimized Solar Energy (Photovoltaic) plants, contributed to feasibility assessments, prepared DPRs, and supported decision-making processes for Solar Energy (Photovoltaic) capacity expansion.  His scholarly contributions to Solar Energy (Photovoltaic) include research publications on performance benchmarking, degradation studies, tilt optimization, real-time monitoring, and life-cycle assessment of large-scale Solar Energy (Photovoltaic) systems, covering coastal, island-based, and tropical environments. These works reflect his technical depth in Solar Energy (Photovoltaic) modeling, measurement, and system behavior interpretation within diverse environmental and grid-integration conditions. Along with project execution, he has contributed as a reviewer for reputed international journals, strengthening scientific peer-evaluation in Solar Energy (Photovoltaic) research. His important engagements include working with national scientific advisory bodies, renewable-energy development agencies, climate finance programs, and policy-support missions, where he helped accelerate the adoption of Solar Energy (Photovoltaic) in residential, industrial, rural, and institutional sectors. His work illustrates long-term commitment toward clean-energy advancement, environmental responsibility, technological refinement, and societal benefit through Solar Energy (Photovoltaic), supported by hands-on technical expertise, research output, and collaborative implementation experience. Google Scholar profile of 73 Citations, 2 h-index, 2 i10-index.

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