Helioscope software Training

Burraq Engineering Solutions is a company that offers a range of solar and renewable energy-related services, including training on the Helioscope software. They have the potential to offer training courses covering the features and functionality of the software, as well as best practices in the design and optimization of PV systems using the software. They can also provide support and consultancy services related to Helioscope and other solar technologies. Helioscope is a software tool for the design and optimization of PV systems. It allows users to create 3D models of PV systems and perform shading analysis, energy yield calculations, and financial analysis. It is commonly used by engineers, architects, and solar professionals to design and optimize PV systems for commercial and residential projects. It was developed by Aurora Solar. Helioscope is a software tool for designing and optimizing solar PV systems. It can be used for residential, commercial, and utility projects. Training for Helioscope typically involves learning how to enter project information such as site data and equipment specifications, and how to navigate and use the software’s various design and analysis features. This may include learning how to use a shading analysis tool, how to deploy panels on a roof, and how to generate performance and financial reports. Helioscope offers an online training program that includes webinars and tutorials to walk users through the software features.

Helioscope training courses in Lahore

Helioscope software Training

Helioscope Software Training Course Details

  1. Introduction
  2. Course Slides/Outlines
  3. Create a Project
  4. Create a Design
  5. Draw the Mechanical Layout
  6. Define the Electrical Settings
  7. View a Report
  8. Lead Engagement
  9. Preliminary Design
  10. Excel Calculation
  11. Creating First Project in Helioscope
  12. Designing with Multiple Segment
  13. Obstruction and Shading Analysis
  14. Designing Flush Mount System
  15. Designing Ground Mount System
  16. Designing East West Racking System
  17. Designing Single Axis Tracking System
  18. Choosing a Weather File
  19. Understanding TMY Files
  20. Production Estimates
  21. PAN Files
  22. Solar Panels Layout
  23. Shading Analysis
  24. Single Line Diagram Export
  25. 45,000 Component Library
  26. Quick Design Revision
  27. Google Maps Integration
  28. PAN File Support
  29. Unlimited Designs
  30. API
  31. Computer-Aided Drawing (CAD) Tools
  32. Solar Energy Production Estimates
  33. System Energy Loss Chart
  34. 3D Design
  35. Voltage Drop Calculation
  36. One-Click Sharing
  37. SketchUp Shading Integration
  38. Wiring Selection
  39. NSRDB/NREL Meteo Integration
  40. Up to 5MW Systems
  41. Loss at Irradiance
  42. Temperature Losses
  43. Mismatch Losses
  44. Overvoltage and Undervoltage Losses
  45. Performance Ratio and kWh/kWp
  46. Efficiency
  47. Conclusion
  48. Feedback and Additional Resources
  49. Survey
  50. Certificate of Completion