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Mohammad Parhamfar

None · Renewable energy and Electrical Researcher and consultant

https://researchid.co/parhamfar
@parhamfar.com
17Scopus Publications
470Google Scholar Citations
12Google Scholar h-index
15Google Scholar i10-index

Biography

I hold a Doctorate in Business Administration (DBA), a Master's in Renewable Energy, and a Bachelor's in Electrical Engineering. I have 19 years of experience in renewable energy, specifically solar energy. I've designed several utility-scale and rooftop solar projects. My passion is providing my research and initiatives into software, books, and papers. I currently have more than 35 papers and 7 books published in the electrical and renewable energy industries, and I have produced 4 unique software in my disciplines. My work and activities may be seen on my website, www.parhamfar.com. My research interests include artificial intelligence, renewable energy, software development, and lightning and grounding. I am a pragmatic, highly innovative, creative, and honest individual who works well with others to complete a task on time. International experience directing teams and coordinating the development, funding, and implementation of solar projects (utility-scale and rooftop)

Education

Doctor of Business Adminsrator (DBA) Master of renewable energy

Recent Scopus Publications

  1. Design, Implementation, and Empirical Validation of an IEC 62305Compliant Lightning Protection System for Enhancing Infrastructure Resilience and Energy System Reliability
    Advances in Engineering and Intelligence Systems, 2026
  2. Towards hybrid grid-connected solar power plants: A case study of IAUN Science and Technology Park in Iran
    Solar Compass, 2026
  3. Optimized grounding design for 220/110 kV substations using CYMGRD: A simulation-based approach for safe and cost-efficient energy infrastructure
    Energy Exploration and Exploitation, 2026
  4. AI and digitalization in electricity markets with renewables and electric vehicles: A review of price volatility, forecasting, and stability approaches
    Energy, 2026
  5. Integration of Carbon Reduction Techniques (CDR) and Emission Trading Mechanisms Among MV-EHs
    Energy Management Strategies for Multi Vectored Energy Hubs to Achieve Low Carbon Societies, 2025

Research Outputs

Volta software. PVLPS software

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