Name: Course in Design of PV Systems
Price: 2900.00 USD

Overview

Why Attend

This course offers this training program in Design of PV Systems, a specialized and comprehensive program designed to equip participants with the theoretical knowledge and technical skills required to design and implement solar energy systems in accordance with the latest international standards and best practices. This program aims to enable trainees to understand the engineering principles related to converting solar energy into electrical power, as well as how to select appropriate components and integrate them into a technically and economically efficient system.

This program represents a valuable opportunity for engineers, technicians, and professionals working in the renewable energy sector to enhance their practical expertise in photovoltaic system design, starting from preliminary studies through to the preparation of final project designs. It also highlights recent advancements in solar cell technologies and methods for improving performance and sustainability in modern solar power systems, enabling participants to contribute effectively to clean energy projects and support the global transition toward a more sustainable future.

Course Objectives

By the end of the course, participants will be able to:

Who Should Attend?

Electrical and mechanical engineers working in the renewable energy sector.
Technicians and supervisors involved in solar energy projects.
Consultants and developers of sustainable energy projects.
Project managers and individuals interested in solar power generation technologies.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

Gain a deep understanding of the operating principles of photovoltaic systems and their main components.
Design photovoltaic systems in accordance with technical requirements and international standards.
Develop skills in calculating required power capacity and estimating system efficiency in different environments.
Acquire the knowledge needed to select appropriate components and ensure their technical integration.
Enhance the ability to assess the economic and environmental feasibility of solar energy projects.

Course Outline

Introduction to Solar Energy and Photovoltaic Systems
- Overview of renewable energy sources and the role of solar energy
- The photovoltaic conversion principle and fundamentals of electricity generation from sunlight
- Types of photovoltaic systems: grid-connected, off-grid, and hybrid systems
Main Components of Photovoltaic Systems
- Solar panels, types of photovoltaic cells, and their characteristics
- Inverters and their role in power conversion
- Mounting structures, cables, and auxiliary system components
Solar Radiation Analysis and Environmental Factors
- Concept and types of solar radiation (direct, diffuse, and global)
- Impact of temperature, tilt angle, and shading on system performance
- Use of solar radiation data to determine optimal system location
Energy Demand Assessment and Preliminary System Design
- Determining electrical load requirements for target consumers
- Calculating required system capacity and number of solar panels
- Selecting the most suitable system type based on usage requirements
Component Selection and Technical Design Calculations
- Determining battery capacity and battery types for off-grid systems
- Calculating cable sizing and voltage drop losses
- Specification of protection and control devices
Design of Grid-Connected Systems
- Technical requirements for interconnection with national power grids
- Safety standards and power quality requirements for grid-connected systems
- Regulatory and legal considerations for grid-tied solar projects
System Performance Analysis and Operational Efficiency
- Methods for calculating overall photovoltaic system efficiency
- Analysis of factors affecting performance degradation
- Use of specialized software tools to assess system energy yield
Control and Monitoring of Photovoltaic Systems
- Measurement systems and data logging techniques
- Remote monitoring technologies and real-time performance tracking
- Preventive maintenance strategies to enhance system reliability
Economic Feasibility Analysis of Solar Energy Projects
- Estimation of capital and operational costs
- Payback period calculation and return on investment (ROI) analysis
- Comparison between conventional energy systems and solar energy solutions
Future Trends in Photovoltaic System Design
- Recent advancements in solar cell technologies
- Building-Integrated Photovoltaics (BIPV)
- Innovations in energy storage systems and smart load management

Schedule & Fees

2026 Schedule & Fees

There are no public sessions remaining for the course this year. Please contact us if you wish to have a customized in-house session, or to find out how an additional public session can be scheduled.

2027 Schedule & Fees

3 - 7 Jan, 2027

English

Per participant USD 2,900

3 - 7 Jan, 2027

Arabic

Per participant USD 2,900

7 - 11 Feb, 2027

English

Per participant USD 2,900

7 - 11 Feb, 2027

Arabic

Per participant USD 2,900

4 - 8 Apr, 2027

English

Per participant USD 2,900

4 - 8 Apr, 2027

Arabic

Per participant USD 2,900

9 - 13 May, 2027

English

Per participant USD 2,900

9 - 13 May, 2027

Arabic

Per participant USD 2,900

4 - 8 Jul, 2027

English

Per participant USD 2,900

4 - 8 Jul, 2027

Arabic

Per participant USD 2,900

8 - 12 Aug, 2027

English

Per participant USD 2,900

8 - 12 Aug, 2027

Arabic

Per participant USD 2,900

3 - 7 Oct, 2027

English

Per participant USD 2,900

3 - 7 Oct, 2027

Arabic

Per participant USD 2,900

7 - 11 Nov, 2027

English

Per participant USD 2,900

7 - 11 Nov, 2027

Arabic

Per participant USD 2,900