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Using Red Fox technology to get maximum power from solar panels

Speaker: Prof. Dr. Ali Nazim Hamoudi / Asst. M. Mohamed Ahmed Ibrahim

Department: Electrical Engineering Technologies

Introduction to the Course, Seminar, Workshop, or Panel Discussion

In a world increasingly dependent on clean and sustainable energy, Red Fox technology is a revolutionary innovation for maximizing the benefits of solar panels. This course aims to provide participants with the theoretical knowledge and practical skills necessary to understand how to optimize the performance of solar energy systems using advanced Red Fox technology. During the course, we will learn about the traditional challenges facing solar panel efficiency and how Red Fox technology offers innovative solutions to increase productivity, improve stability, and extend the life of solar systems. We will also review the practical applications of this technology, with real-world examples of results that surpass traditional methods. Whether you are an energy engineer, a maintenance technician, or someone looking for advanced clean energy solutions, this course will give you the tools you need to maximize your solar energy investments.

Objective of the course, seminar, workshop, or discussion panel

The course “Using Red Fox Technology to Maximize Solar Panel Power” aims to enable participants to:

Understand the basics of Red Fox technology and how to apply it to improve solar panel performance.
Identify the factors affecting the efficiency of solar systems and how to address them using this technology.
Gain practical skills in designing, installing, and monitoring solar systems supported by Red Fox technology.
Analyze field performance and identify opportunities to improve productivity and reduce energy loss.
Enhance the ability to make informed decisions to achieve the highest return on investment from solar energy projects.

By the end of the course, trainees will be able to integrate technological innovation with technical knowledge to maximize the benefits of solar energy systems.

Some details of the course, seminar, workshop, or discussion panel

Course Title: Using Red Fox Technology to Maximize Solar Panel Power
Duration: 5 training days (2 hours per day)
Language: Arabic (with technical terms in English when needed)
Target Audience:
Solar Energy Engineers
Technicians working in solar system maintenance and installation
Developers and investors in renewable energy projects
Electrical Engineering and Renewable Energy Students
Course Topics:
Introduction to the challenges of solar panel efficiency
Introduction to Red Fox Technology: Principles and Mechanism of Action
Methods for integrating Red Fox technology with existing solar energy systems
Strategies for improving performance and achieving maximum production capacity
Performance analyses and practical case studies
Practical applications and field tests
Admission Requirements:
Basic knowledge of solar energy concepts
Minor practical experience in installing or maintaining solar panels is preferred

Attendance Schedule

Participant Name, Academic Title or Job Title, Work Location, Grade
1. Bashar Muhammad Salih, Lecturer, Mosul Technical College of Engineering, 1996
2. Safwan Asaf Hamoudi, Assistant Professor, Mosul Technical College of Engineering, 1995
3. Intisar Younis Abdul Jabbar, Lecturer, Technical Engineering College, Mosul 94
4 Faten Mahmoud Shihab, Assistant Professor, Technical Engineering College, Mosul 94
5 Dr. Fawaz Jassim Mohammed, Lecturer, Technical Engineering College, Mosul 92
6 Farah Issam Hamid, Lecturer, Technical Engineering College, Mosul 91
7 Mohammed Nizar Dhunun, M. Technical Engineer, Technical Engineering College, Mosul 90
8 Ahmed Saad Yahya, Assistant Lecturer, Technical Engineering College, Mosul 88
9 Farouq Hussein Jadou, Surveyor, Technical Engineering College, Mosul 87
10 Samir Ahmed Omar, R. Technical Engineers, Technical Engineering College, Mosul 86
11 Sakina Ibrahim Abbas, R. Senior Technical Engineers, Technical Engineering College, Mosul 85
12 Khansa Idris Hamid, R. Senior Technical Engineers, Technical Engineering College, Mosul 84

 

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