Udemyintermediatear

Design & Engineering of Utility-scale solar PV plants part 1

Learn solar power plant design & engineering (Part 1). Covers large-scale solar energy systems. Essential for renewable energy professionals.

5.0(2)
8students
21h 23m
Certificate
Eslam Allam
Eslam AllamConstruction & Project manager with 7+ of experience

Course Content

Design & Engineering of Utility-scale solar PV plants part 1 is an intermediate-level Udemy course taught by Eslam Allam. It runs 21h 23m, is taught in Arabic, and includes a certificate of completion. Learners rate it 5.0 out of 5 from 2 reviews, with 8 students enrolled. It is a paid course, first published October 2024.

Master the complete solar plant project lifecycle with this comprehensive course. You'll gain a thorough understanding of all stages, from initial assessment to final commissioning.

Understand the crucial roles and responsibilities of engineers in the solar energy field. This course equips you with the knowledge needed to navigate the complexities of solar project engineering.

Learn to conduct effective site studies for solar installations. Develop the skills to perform initial site assessments and identify potential challenges.

Explore the initial design process and various methodologies used in solar plant development. Discover how to translate project requirements into preliminary designs.

Utilize SketchUp for preliminary design concepts. Gain practical experience using SketchUp to visualize and refine early design ideas.

Delve into the electrical design package for a 10 MWp solar plant. This section covers:
* Part 1: Introduction to the design package structure.
* Part 2: Detailed design elements and specifications.
* Part 3: Finalizing and completing the design package.

Master component selection for optimal system performance. This includes:
* Part 1: Choosing appropriate solar panels, inverters, and other key components.
* Part 2: Further component selection strategies for maximizing efficiency and reliability.

Learn electrical device sizing for a 7 MWp solar plant.
* Part 1: Accurately sizing electrical devices for optimal system performance.
* Part 2: Continued device sizing and considerations for safety and efficiency.

Harness the power of energy modeling using PVsyst. Learn to use PVsyst software for comprehensive energy efficiency analysis and performance prediction.

*Develop robust Bill of Quantities (BOQ) and pricing strategies.* Master the process of creating accurate BOQs and implementing effective pricing models for solar projects.

دورة حياة المشروع: نظرة عامة على مراحل مشاريع محطات الطاقة الشمسية.
أدوار ومسؤوليات المهندسين: فهم واجبات المهندسين في مجال الطاقة الشمسية.
دراسات الموقع: إجراء تقييمات الموقع الأولية.
عملية التصميم الأولية: مراحل وأساليب التصميم المبكرة.
التصميم الأولي باستخدام SketchUp: استخدام SketchUp لمفاهيم التصميم الأولية.
حزمة التصميم الكهربائي لمحطة طاقة شمسية بقدرة 10 ميجاوات:
* الجزء 1: مقدمة في حزمة التصميم.
* الجزء 2: عناصر التصميم التفصيلية.
* الجزء 3: إنهاء حزمة التصميم.
اختيار المكونات:
* الجزء 1: اختيار المكونات المناسبة.
* الجزء 2: متابعة اختيار المكونات.
تحديد حجم الأجهزة الكهربائية لمحطة طاقة شمسية بقدرة 7 ميجاوات:
* الجزء 1: تحديد حجم الأجهزة الكهربائية.
* الجزء 2: متابعة تحديد حجم الأجهزة.
نمذجة الطاقة باستخدام PVsyst: استخدام برنامج PVsyst لتحليل كفاءة الطاقة.
قائمة الكميات والتسعير: إعداد قائمة الكميات واستراتيجيات التسعير.

Gain expertise in selecting solar panels, inverters, and other essential components to optimize system performance. This course provides the knowledge and skills to make informed decisions and build efficient, reliable solar power plants.

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