Helioscope Training Online

Name: Helioscope Training Online
Rating: 3.3 (14 reviews)

Helioscope for solar system Designing

Created byUsman Saleem

Last updated 3/2023

English

English [Auto],

What you'll learn

How to Create a Project in Helioscope
How to Create a Field in Helioscope
How to Create Obstacle on Building and Shadow analysis
How to Install Panel on Inclined Roof Top
SHADOW ANALYSIS ON LARGE SYSTEM
Electrical Part of Helioscope
SLD (SINGLE LINE DIAGRAM )
REPORTING

Course content

1 section • 7 lectures • 58m total length

How to Create Account on Helioscope2:43
Create an account on Helioscope to access a 30-day trial by signing up on helioscope.com, filling form with your email, country, mobile number, name, and password, then verify via email.
How to Create a Project in Helioscope7:06
Create and configure a Helioscope project by selecting system type, unit standards, and location, build a design, save revisions, and run simulations for client-ready results.
How to Create a Field in Helioscope13:47
Create and configure a field in Helioscope by adding a field segment, selecting a panel and fixed tilt racking, and setting azimuth, tilt, height, and spacing for optimal irradiance.
How to Create Obstacle on Building and Shadow analysis6:12
Learn to create rooftop obstacles, set keep-out parameters, and assess how shadows from obstacles remove or shade solar panels in Helioscope.
Electrical Part of Helioscope13:27
Design a helioscope electrical layout by setting azimuth and tilt, frame size, setback, and shading considerations, then size inverters and dc/ac nameplates.
SLD (SINGLE LINE DIAGRAM )3:59
Explain the single line diagram for a three-inverter solar array, detailing 11 strings per inverter of 20 panels in series and the combiner boxes, AC disconnects, and grid service panel.
How to Install Panel on Inclined Roof Top10:59
Learn how to install a panel on an inclined roof top as part of Helioscope Training Online.

Requirements

Solar System Designing and Calculation

Description

Helioscope is a powerful software tool used in the solar energy industry to design, analyze, and optimize solar photovoltaic (PV) systems. It enables solar professionals to create accurate 3D models of potential solar installations by using aerial images, shading analysis, and topographical data. These models can be used to estimate the energy output of the proposed system, assess its economic viability, and optimize its design.

One of the key features of Helioscope is its ability to perform advanced shading analysis, which allows users to identify potential shading obstructions that can reduce the output of a solar PV system. It also includes an extensive database of solar panel and inverter specifications, which can be used to select the optimal components for a given project.

In addition to its design and analysis capabilities, Helioscope also provides project management tools that allow users to track the progress of a solar PV installation from start to finish. This includes features such as scheduling, task management, and progress tracking.

Overall, Helioscope is a highly versatile and powerful software tool that has revolutionized the way solar energy professionals design and manage solar PV systems. By providing a comprehensive suite of design, analysis, and management tools, it has enabled users to create more accurate and efficient solar installations, and has helped to accelerate the adoption of solar energy worldwide.

Who this course is for:

Electrical Engineers , solar System Designer,