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Introduction
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Database Application
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Overview of Commands
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Layout
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Electric
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Evaluation
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Data Export
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Presentation
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Analysis
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===============
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FAQ – Frequently Asked Questions
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- How is the calculation of the row distance / shadow cast?
- How can I add a prototype-drawing to Helios 3D?
- What does the message “This drawing was last saved by an earlier version of one of the following products:” mean?
- How can I improve the performance of huge projects?
- Why does the Selection Dialog for Prototype Drawings not appear?
- Why are Project Numbers not Managed automatically?
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Common Erros
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Step-by-step Tutorials
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Useful Hints and Tips
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Releases
- Helios 3D Update 2026.0.2.1
- Helios 3D Update 2026.0.2.0
- Helios 3D Update 2026.0.1.5
- Helios 3D Update 2026.0.1.4
- Helios 3D Update 2026.0.1.3
- Helios 3D Update 2026.0.1.2
- Helios 3D Update 2026.0.1.1
- Helios 3D Update 2026.0.1.0
- Helios 3D Update 2025.0.1.4
- Helios 3D Update 2025.0.1.3
- Helios 3D Update 2025.0.1.2
- Helios 3D Update 2025.0.1.1
- Helios 3D Update 2025.0.1.0
- Helios 3D Update 2024.0.1.7
- Helios 3D Update 2024.0.1.6
- Helios 3D Update 2024.0.1.5
- Helios 3D Update 2024.0.1.4
- Helios 3D Update 2024.0.1.3
- Helios 3D Update 2024.0.1.1
- Helios 3D Update 2024.0.1.0
- View all articles ( 5 ) Collapse articles
First PV Layout
This tutorial demonstrates the complete workflow for creating a first photovoltaic layout in HELIOS 3D using Civil 3D and PVcase Ground Mount. Starting with an existing project, the video explains how to prepare the project environment, verify the available survey information, register the project boundary and configure the placement parameters before generating the first PV field. It concludes by reviewing the generated layout to ensure that the calculated module rows comply with the project requirements and are ready for further optimization. The workflow shown in this tutorial represents the recommended procedure for creating an initial PV layout for a new ground-mounted photovoltaic project. The sequence follows the typical engineering process used during the first design iteration and establishes the foundation for all subsequent planning steps. The overall workflow described in the video corresponds to the recommended project sequence for preparing and validating a new PV installation.
