This project presents the complete design of a utility-scale 9.6 MW photovoltaic power plant, including PV array design, inverter stations, transformers, medium-voltage distribution, protection systems, grounding, lightning protection, and grid integration studies.
📖 View Project BookThe objective of this project is to design a 9.6 MW grid-connected solar photovoltaic power plant at Kibutz Mishmar HaNegev. The design includes PV array sizing, inverter station design, transformer selection, medium-voltage distribution, protection coordination, grounding system, lightning protection system, and grid integration according to professional engineering standards.
The project aims to deliver a safe, efficient, and reliable PV power plant design that can be implemented in real-world conditions.
Selected visuals from the project book and poster: PV site overview, solar module structure, design diagrams, medium-voltage network, single-line layout, and earthing details.
