
Design and analyze a solar energy system for rooftops using photovoltaic panels, battery banks, regulators, and inverters, with location analysis, simulations in PV Solar, and cost reporting.
Analyze rooftop solar placement using PVSOL to model a two-sided rooftop, set edge distances, select cv energies panels, configure four inverters, and produce a report with layout and wiring.
Project a solar roof in AutoCAD from Google Earth measurements, manage layers and blocks, place PV panels with 40 cm gaps, and lay out cables, trays, inverters, and electrical panels.
Design the interior of the electrical panel for a solar energy system, calculating capacity, configuring four Huawei inverters, switches, meters, and surge arresters for a complete panel layout.
Calculate material lists, quantities, and costs for a solar energy system. Size cables, evaluate voltage drop, select cross sections, and estimate labor and inverter counts in Excel.
Prepare comprehensive solar project reports by integrating cost analysis, material lists, and simulation results into a template, then generate and export professional reports in multiple languages.
Due to the increase in energy costs and the destruction of fossil resources to the environment, the world is rapidly turning to renewable energy sources. Among these sources, solar energy systems (Solar systems) are used more widely than others in terms of installation costs and energy production efficiency. Due to the increasing electricity prices in our country, there is an incredible demand for Solar energy systems (Solar systems).
I have been working as a project manager in the field of electrical project design for many years. One of the frequently asked questions lately is how to design the solar energy system. I saw that there was no proper resource on the internet about the subject and I decided to prepare this training set to inform my colleagues about it.
Thanks to this training, when requested from you, you will be able to design a solar system for a building or business and report how much energy this system produces and how long it pays for itself.
You do not need to be an Electrical Engineer to attend the training. You just need to have a basic knowledge of electrical terms.
When you complete this training set, you can write in your CV file that you can easily design a solar energy system.
The training content is as follows;
1. Stages of solar energy system design.
2. Introduction to solar energy system.
3. Solar panel placement with PVSOL
4. Solar energy system project drawing with Autocad.
5. Electrical panel design for solar energy system
6. Material list, quantity and cost calculation
7. Report preparation
Required programs for education;
1- PVSOL PREMIUM
2- AUTODESK AUTOCAD
3- Microsoft EXEL