Introduction to Solar PV Farms - Utility Scale
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Introduction
Objective
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As global energy demands surge and climate targets grow more urgent, solar power has emerged as a cornerstone of utility-scale clean energy solutions. Governments, investors, and developers are accelerating large-scale solar PV projects to meet rising electricity needs sustainably—yet executing these projects requires more than just ambition. From navigating site feasibility and technical design to managing regulatory hurdles and grid integration, building and operating utility-scale solar farms demands interdisciplinary expertise.
This course, Introduction to Solar PV Farms – Utility Scale, is designed to equip engineers, project developers, energy professionals, and decision-makers with the foundational knowledge and practical tools to contribute effectively to solar farm development. Across five intensive days, participants will explore the full lifecycle of utility-scale solar PV projects—starting from photovoltaic technology principles and system components to feasibility assessments, regulatory pathways, engineering design, and operational best practices.
Whether you’re entering the solar energy sector or expanding your capabilities within it, this course delivers the technical fluency and strategic perspective needed to plan, evaluate, and implement scalable solar PV systems with confidence and competence.
Course Outline
Introduction to Solar Energy and Photovoltaics
- Overview of renewable energy sources focusing on their roles in global energy production.
- Understanding the basic principles of solar energy.
- Exploring photovoltaic technology with its effect and system structure.
- Explaining types of solar cells and panels: monocrystalline, polycrystalline, and thin-film panels.
- Discussing various applications of solar energy
- Analyzing current trends and future outlook in solar energy
- Group discussion on the advantages and challenges of implementing solar energy solutions in different regions.