Digital Technologies for Solar Photovoltaic Systems

Saad Motahhir (Eng., PhD, IEEE Senior Member) has previous expertise in the industry as Embedded System Engineer at Zodiac Aerospace Morocco from 2014 to 2019. He has recently become a professor at ENSA, SMBA University, Fez, Morocco. He received his engineering degree in embedded systems from (ENSA) Fez in 2014. In addition to the above, he received his PhD degree in Electrical Engineering from SMBA University in 2018. He has published and contributed to numerous publications in different journals, and conferences in the last few years, most of which are related to photovoltaic (PV) solar energy, and embedded systems. In addition to this, he has published several patents in the Moroccan Office of Industrial, and Commercial Property. He edited many books and acted as a guest editor of different special issues, and topical collections. He is a reviewer and also a member in the editorial board of different journals. He was associated with more than 30 international conferences as a Program Committee/Advisory Board/Review Board member, and he is a member of the Arab Youth Center council. He is the (ICDTA) Conference chair.

Chapter 1: Introduction: The role of digital technologies in solar PV systems: from general to rural installations
Chapter 2: Energy-efficient phase-shifting transformers for rural power systems with solar PV energy sources: the state-of-the-art survey, artificial intelligence-based approach and a case study
Chapter 3: Design and practical implementation of a grid-connected single-stage flyback photovoltaic micro-inverter
Chapter 4: Assessment of influences of high photovoltaic inverter penetration on distribution automation systems: Vietnam distribution network case study
Chapter 5: Processor-in-the-loop implementation for PV water pumping applications
Chapter 6: Advanced distributed maximum power point tracking technology
Chapter 7: Dual-axis solar tracking system providing an intelligent step changing range (SCR) approach using real-time FDM with a sensorless design
Chapter 8: Design and realization of a solar remote tracker system in a rural area
Chapter 9: Comprehensive literature review on the modeling and prediction of soiling effects on solar energy power plants
Chapter 10: Dust soiling concentration measurement system based on image processing techniques
Chapter 11: Anatomization of dry and wet cleaning methods for general to rural and remote installed of solar photovoltaic modules
Chapter 12: Suryashtmikaran - an Internet of Things-based photovoltaic module cooling and cleaning device
Chapter 13: Robust control for energy storage system dedicated to solar-powered electric vehicle
Chapter 14: Influence of energy management in solar photovoltaic system by block chain technologies for rural and remote areas