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PVSYST Software Training

BURAAQ UK offers a comprehensive PVSYST Software Training course designed to equip professionals with the skills necessary to design and simulate photovoltaic (solar) systems effectively. PVSYST is a leading software used globally for simulating energy production and optimizing the design of solar power plants.Surveying software helps convert field data into accurate maps and models. BURRAQ UK uses advanced software tools alongside modern surveying equipment to improve precision and efficiency in surveying projects

Aim of PVSYST Software Training

The primary aim of the PVSYST Software Training at BURAAQ UK is to provide participants with the essential knowledge and practical skills to design, simulate, and optimize photovoltaic (solar) power systems using the industry-leading PVSYST software.

Course Overview

PVSYST Software Training

Total Modules 8
Training Credits 16
Directed Learning Hours (DLH) 200
Course Code BUK1130
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1.Educational Background

  • Diploma or Bachelor’s degree in Electrical Engineering, Renewable Energy Engineering, Environmental Engineering, or related technical fields.
  • Final-year students or fresh graduates interested in solar energy and photovoltaic system design are also welcome.
  1. Basic Knowledge
  • Basic understanding of solar energy principles and photovoltaic systems is preferred but not mandatory.
  • Familiarity with electrical circuits and power systems is helpful.
  1. Computer Skills
  • Basic computer literacy, including the ability to operate Windows OS and install software.
  • Comfort with data input and interpreting software outputs.
Course CodeCurriculum TitleCreditDLH
BUK1130-1Movement of the Sun225
BUK1130-2Latitude, longitude Setting225
BUK1130-3Sun’s movement as Per Seasons225
BUK1130-4Impact and calculation of Tilt & Azimuth225
BUK1130-5Understanding Your Client’s Requirements225
BUK1130-6Evaluating Electricity Bills and Lead Engagement225
BUK1130-7Creating your First Solar Design with Excel225
BUK1130-8Creating a Carport Design in PVSyst225
Objectives

 

  1. Movement of the Sun
  2. Latitude, longitude Setting
  3. Sun’s Mmovement as Per Seasons
  4. Tilt & Azimuth
  5. Understanding Your Client’s Requirements
  6. Typical project life cycle
  7. Evaluating Electricity Bills and Lead Engagement
  8. Use of Irradiance maps and Google maps
  9. Estimating of plant capacity
  10. Creating your First Solar Design with Excel
  11. Using excel calculators
  12. Calculate the number of modules
  13. Selection of Inverters
  14. Selection of modules and inverters
  15. String Sizing
  16. Performing a Site Assessment
  17. Prerequisites of a site visit
  18. Studying obstructions
  19. Electrical diagrams
  20. Creating rough sketches of the site
  21. Creating rough SLD for site
  22.  Train for unforeseen scenarios
  23. Overview of PVSyst
  24. Walk-through of the features and functionality of PVSyst
  25. Creating a New Site
  26. Understanding the Design Flow
  27. Creating a new site
  28. Steps involved in using the software
  29. Generation of a Report
  30. Practical Understanding of All Losses
  31. Definitions for all losses
  32. Calculation for all losses
  33. Application of all losses
  34. Engineering logic behind thumb rules
  35. understanding the loss diagram.
  36. Shading Scene
  37. Near Shading Analysis
  38. Creating a 3D shading scene
  39. Minimizing shadow losses
  40. Viewing shadow animations over a day
  41. Shadow Analysis
  42. Generating analysis report
  43. Understanding the effects of shading.
  44. Understanding Sub-Arrays
  45. Sub-Arrays Report Analysis
  46. Definition of Sub-arrays
  47. Designing a Detailed Sub-array system
  48. Designing a Carport System
  49. Creating a Carport Design in PVSyst
  50. Detailed Design with Losses
  51. 3D Modeling and Shadow Analysis, and Report Generation and Analysis
  52. Additional Software Features
  53. Adding new Modules
  54. Adding new Inverters
  55. Exporting and Importing Projects
  56. Compatibility with other Software
  57.  Adding Custom Logos and More
  58. Practice Case Studies
  59. Certificate and detail Feedback
  • Electrical and Renewable Energy Engineers
  • Engineering Students
  •  Solar Energy Technicians & Installers
  • Energy Consultants & Project Managers

 

  • All Modules within this qualification are assessed internally by the approved training Centre and externally verified by BURRAQ UK. The program uses a criterion-referenced assessment approach to ensure that learners successfully meet all required learning outcomes.
  • A Pass in any unit is granted only when the learner submits valid, reliable, and authentic evidence that demonstrates achievement of the assessment criteria. The Assessor is responsible for reviewing this evidence and confirming that the learner has attained the expected standard.