HelioScope, Solar PV Design. Optimization and performance modeling for residential and commercial solar systems.
Helioscope stands as a robust software solution widely employed within the solar energy sector for the design, examination, and enhancement of solar photovoltaic (PV) systems. This tool empowers solar experts to construct precise 3D models of potential solar installations, utilizing aerial images, shading analysis, and topographical data. These meticulously crafted models serve the purpose of estimating energy output, evaluating economic feasibility, and refining the design of the proposed solar system.
What you’ll learn
- How to create project in helioscope (Project creation page, Project profile, Condition Set, Set Azimuth, Changing racking type, Changing Tilt ).
- Changing Landscape or portrait layout of panels.
- Row Spacing, Module Spacing, Frame Spacing, Setback and Alignment.
- How to Create Keepouts/Obstacle on Building and Shadow analysis.
- Create straight line keep outs, Create Obstacle like trees, Keep out panels from shade, Calculate shading and Creating parapets walls obstruction.
- Electrical Part of Helioscope (System Design and Component Selection) like Selecting modules and inverters.
- Different types of PV system Orientation such Creating Flush mounted roof design, Creating ground mounted design (fixed tilt and single axis orientation).
- SLD (SINGLE LINE DIAGRAM) of the helioscope such Navigating the design single line diagram of helioscope.
- How to generate reports from helioscope and project layout from helioscope.
Course Content
- Introduction –> 1 lecture • 2min.
- Step-by-Step: How to Register for a HelioScope Account –> 1 lecture • 3min.
- Project creation page, Condition Set, Set Azimuth, Changing racking type, Tilt. –> 2 lectures • 27min.
- Create straight line, circle keep outs, Obstacle like trees, parapet wall. –> 1 lecture • 16min.
- Electrical Part of Helioscope –> 1 lecture • 27min.
- Different types of PV system Orientation –> 1 lecture • 23min.
Requirements
Helioscope stands as a robust software solution widely employed within the solar energy sector for the design, examination, and enhancement of solar photovoltaic (PV) systems. This tool empowers solar experts to construct precise 3D models of potential solar installations, utilizing aerial images, shading analysis, and topographical data. These meticulously crafted models serve the purpose of estimating energy output, evaluating economic feasibility, and refining the design of the proposed solar system.
An eminent feature of Helioscope lies in its advanced shading analysis capabilities, allowing users to pinpoint potential shading obstructions that might compromise the efficiency of a solar PV system. Furthermore, it incorporates an extensive database encompassing specifications for solar panels and inverters, aiding users in the selection of optimal components tailored to specific project requirements.
Beyond its design and analysis functionalities, Helioscope boasts project management tools facilitating users in monitoring the entire lifecycle of a solar PV installation, from inception to completion. These tools encompass scheduling, task management, and progress tracking, providing a comprehensive suite for effective project oversight.
In essence, Helioscope emerges as an exceptionally versatile and potent software tool that has transformed the landscape of solar energy design and management. Through its inclusive set of design, analysis, and management tools, Helioscope has empowered users to develop more precise and efficient solar installations, playing a pivotal role in expediting the global adoption of solar energy.