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Workshop Archive: ICSEST-2026 has successfully concluded. This page is retained as the official archive of the Professional Solar Photovoltaic (PV) System Design Workshop. Secure workshop recording access remains available to eligible registered presenters and participants.

Professional Solar Photovoltaic (PV) System Design Workshop

This technical workshop provided a structured and practice-oriented introduction to solar photovoltaic (PV) system design, with emphasis on grid-connected applications. The session focuses on real-world engineering workflows, datasheet-driven calculations, and code-aware design principles.

The workshop was designed to support students, researchers, and professionals seeking a clear and replicable approach to PV system sizing, layout, and performance evaluation.

Learning Outcomes

The workshop learning outcomes included:

  • Understand core PV system components and operating principles
  • Interpret PV module and inverter datasheets for design use
  • Perform basic PV system sizing calculations
  • Explain grid-connected PV system architecture
  • Identify key safety and protection concepts
  • Estimate system performance at a screening level

Technical Coverage

  • PV system fundamentals
  • System sizing principles
  • Grid-tied PV system design
  • Safety and protection concepts
  • Performance estimation basics

Workshop ICSEST 2026 Canada

Workshop Format

  • Type: Professional Technical Workshop
  • Delivery: Recorded video format
  • Duration: Approximately 2 hours for the recorded instructional content, and about 3 hours when including the practical assignments and worked exercises
  • Availability: The full recorded workshop video remains available to eligible registered presenters and participants through the secure workshop recording page
  • Video Access: Access the Workshop Recording (Access link valid untill September 30, 2026 - Vancouver Local Time)
  • Method: Instructor-led with worked examples

Target Audience

  • Undergraduate and graduate students
  • Academic researchers
  • Electrical and renewable energy engineers
  • Solar industry professionals
  • Energy planners and practitioners

No prior PV design experience is required. Basic electrical knowledge is recommended.

Instructor

Delivered by: Dr. Mir Sayed Shah Danish and Team

Dr. Mir Sayed Shah Danish is an energy systems expert and academic author with extensive experience spanning applied engineering practice and higher education. His work focuses on solar photovoltaic system design, sustainable energy systems, and technical capacity building through structured, standards-aligned methodologies. He has led and contributed to multiple academic, professional, and industry-oriented training initiatives in renewable energy and smart technologies.

Biography: https://www.mdanish.me/

Materials Provided

  • Workshop presentation slides (PDF)
  • Example calculations and worksheets
  • Reference list for further study

Workshop Access

New conference registration is closed. Secure workshop recording access remains available to eligible participants who were registered for ICSEST-2026.

Keywords

Solar photovoltaic systems, PV system design, grid-connected solar, renewable energy training, sustainable energy engineering

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