The syllabus of our 8 hours + course on '3D Modelling and Energy Estimation with Helioscope' is: Part 1: • Basics of Site Assessment (Site feasibility and technical due diligence) • Purpose and factors to consider • Desktop and On-Site Assessment • Understand the impact of solar irradiation, tilt angles and other variables on PV production • Overview, and comparison of various simulation software available • Advantages and disadvantages of using simulation software • Introduction to Helioscope • Basic algebra, geometry, and trigonometry calculations (e.g., area, slope, inter-row shading, wind loads) • Key terminologies to be understood in Helioscope Part 2: • Basic Overview • Walkthrough of Helioscope • Creating a project • Creating a simple design using Helioscope • Field segment creation • Creation of Obstructions • Creation of Trees and estimating the height of shading objects • First simulation and understanding the simulation report Detailing of Helioscope design • Loss parameters • Fixed Tilt System Design • Flush mount System Design Part 3: • Ground Mount system Design. • Using overlay feature in Helioscope • Design using Multiple field segments • Electrical design using Helioscope • SLD creation • Cable sizing • Exporting layout drawing to CAD • Getting Interval data in Helioscope • Importing horizon diagram • Shade optimization • Report Customization
hi may i know, can we design rooftop stand-alone PV system using Helioscope ? I need to do project on designing rooftop stand-alone PV and i need to consider the life cost analysis and break-even for utility bill. based on your suggestion, what software can i use to consider these cost ? Thank you for your kind and help
Hello, Sounds like Helioscope should be able to do many of these things. However, Helioscope is capable of designing only grid-connected solar plants. if you're looking for detailed engineering and solar plant design and energy estimation, I recommend using PVSyst. More details here - reo.online/training/pvsyst
Hello Sameer! The video is just an overview and it's not meant to be a detailed explainer. If you wish to understand Helioscope in-depth, you could check out our complete online course on this link: reojob.com/helioscope
I wonder how you could make it work on real life. Those lone panels and all the odd array shapes... Helioscope lacks the possibility of move modules around or rearrange arrays to make it work in real life. That is why all videos show square large roofs. This one in the video for example, is not doable on Helioscope for a real life system. Helioscope needs to improve it.
The syllabus of our 8 hours + course on '3D Modelling and Energy Estimation with Helioscope' is:
Part 1:
• Basics of Site Assessment (Site feasibility and technical due diligence)
• Purpose and factors to consider
• Desktop and On-Site Assessment
• Understand the impact of solar irradiation, tilt angles and other variables on PV production
• Overview, and comparison of various simulation software available
• Advantages and disadvantages of using simulation software
• Introduction to Helioscope
• Basic algebra, geometry, and trigonometry calculations (e.g., area, slope, inter-row shading, wind loads)
• Key terminologies to be understood in Helioscope
Part 2:
• Basic Overview
• Walkthrough of Helioscope
• Creating a project
• Creating a simple design using Helioscope
• Field segment creation
• Creation of Obstructions
• Creation of Trees and estimating the height of shading objects
• First simulation and understanding the simulation report Detailing of Helioscope design
• Loss parameters
• Fixed Tilt System Design
• Flush mount System Design
Part 3:
• Ground Mount system Design.
• Using overlay feature in Helioscope
• Design using Multiple field segments
• Electrical design using Helioscope
• SLD creation
• Cable sizing
• Exporting layout drawing to CAD
• Getting Interval data in Helioscope
• Importing horizon diagram
• Shade optimization
• Report Customization
Thanks a lot for this short and informative tutorial. It helped me a lot to practice and get basic scills of designing.
Impressive video and the technology of software development 🔥🔥😍
Perfection at its best. Thanks a lot for this amazing tutorial.
Thanks a lot Yashvardhan! You could check out our complete 8 hour online course on this link - reojob.com/helioscope
Very detailed view about helioscope thank you sir
Thank you! You could check out our complete 8 hour online course on this link - reojob.com/helioscope
Very Good Video. Explained Very Well
Glad you liked it
hi may i know, can we design rooftop stand-alone PV system using Helioscope ? I need to do project on designing rooftop stand-alone PV and i need to consider the life cost analysis and break-even for utility bill. based on your suggestion, what software can i use to consider these cost ? Thank you for your kind and help
Hello,
Sounds like Helioscope should be able to do many of these things.
However, Helioscope is capable of designing only grid-connected solar plants. if you're looking for detailed engineering and solar plant design and energy estimation, I recommend using PVSyst.
More details here - reo.online/training/pvsyst
Can the software use metric system, id like to use it in South Arica?
Yes. Helioscope supports both the metric and imperial system.
but what if the gps isnt updated?
Nice
Can we design elevated structure with helioscope
You cannot design structures in Helioscope but you can place the modules at a desired height!
Please are you looking to offer a discount for this - for those of us that have been laid off :(
Hello! You could drop us a WhatsApp message at (+91)8310318103 or mail us at support@reojob.com to know more about our course fees.
why your video speed is so fast?
Hello Sameer! The video is just an overview and it's not meant to be a detailed explainer. If you wish to understand Helioscope in-depth, you could check out our complete online course on this link: reojob.com/helioscope
You can watch it at. 075X speed on youTube. You can find the feature on the right hand side top of your mobile screen.
I wonder how you could make it work on real life. Those lone panels and all the odd array shapes... Helioscope lacks the possibility of move modules around or rearrange arrays to make it work in real life. That is why all videos show square large roofs. This one in the video for example, is not doable on Helioscope for a real life system. Helioscope needs to improve it.