This course provides the key theoretical and practical knowledge on the principle of operation, characteristics, specifications, energy analysis, design considerations, system sizing, and installation requirements of solar energy systems. The economic and the environmental considerations will be considered in the analysis. The course also covers the devices used to condition, store and control the energy within the system.

As an introduction to this course, the solar Spectrum, the solar angles, the sun angle of incidence on tilted surface and the sun path diagram will be analyzed. Additionally, the solar radiation on horizontal and tilted surfaces will be calculated.

The Photovoltaic effect phenomenon and its principles will be studied. The construction, the fabrication Technologies,  the equivalent circuit, the energy analysis,  and the different types of PV systems (off-grid and on-grid) will part of the topics covered in this course.

The Recent developments and technologies in solar systems (development in solar architecture (cell level) or development in assembling and Packing (Out-of-cell level)) will be also covered in this course.

 

The main competencies should be achieved by the students implementing this course:

  • Solar Technology and Equipment Expertise: Proficiency in solar resource theory, solar panels, inverters, batteries, and other system components is essential for creating efficient and effective solar systems.
  • Solar System Design: Familiarity with software tools like SketchUp, AutoCAD, and PVsyst is crucial to configure systems and identify components that match the system's power requirements.
  • Single-Line Diagrams (SLDs): The student should be skilled in using software to create simplified one-line diagrams illustrating the electrical connections, components, and specifications of solar power systems. These diagrams are valuable for construction and maintenance teams.
  • Analytical skills: The students should have the proficiency in analyzing and interpreting data concerning the installation or maintenance of solar energy systems.
  • Solar Installations Expertise: The student should have an expertise in both the office work and site visits to inspect installations.
  • Safety Consciousness: Safety is paramount in solar engineering, especially when dealing with live electricity and working at heights. The student should have the responsibility to assess safety risks and ensure everyone possesses the necessary licenses to carry out the work safely.
  • Project Modeling, Assessment, and Reporting: Designing solar systems requires reporting on the feasibility of potential installations. This involves analyzing factors like upfront costs, payback periods, and expected maintenance.
  • Market Knowledge: It will be expected by the student to possess a good understanding of solar systems markets, common customer requirements, and the factors influencing contract pricing when working on projects

 

In addition to the technical skills, the following soft skills should be achieved:

  • Effective Communication: Proficiently communicate with clients, team members, and stakeholders to ensure successful project completion.
  • Problem-Solving Skills: Skillfully identify and resolve technical issues related to solar systems.
  • Meticulous Attention to Detail: Thoroughly focus on details to ensure the highest level of quality and safety in solar installations.
  • Team Collaboration: Work seamlessly with other Engineers, Technicians, and contractors to achieve project objectives in solar ventures.
  • Superior Customer Service: Deliver outstanding customer service throughout the entire solar installation process.
  • Project Management Expertise: Display adeptness in managing timelines, budgets, and resources for solar projects.

Last modified: Sunday, 14 July 2024, 2:19 PM