How to Use PVSOL Expert 6.0 to Design and Simulate Photovoltaic Systems
PVSOL Expert 6.0 is a powerful software tool that allows you to plan and design photovoltaic systems with realistic 3D models and detailed shading analysis. Whether you want to install a rooftop system, a ground-mounted system, or a hybrid system with battery storage, PVSOL Expert 6.0 can help you optimize your solar output and financial returns.
In this article, we will show you how to use PVSOL Expert 6.0 to create a photovoltaic project from scratch, using an example of a residential system in Berlin, Germany. We will cover the following steps:
Creating a new project and setting the location and consumption data
Selecting and configuring the PV modules and inverters
Creating a 3D model of the building and the surroundings
Placing the PV modules on the roof and adjusting the orientation and inclination
Performing a shading analysis and optimizing the module layout
Simulating the system performance and generating a report
By the end of this article, you will have a better understanding of how PVSOL Expert 6.0 works and how it can help you design better photovoltaic systems.
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Step 1: Creating a New Project and Setting the Location and Consumption Data
The first step is to create a new project in PVSOL Expert 6.0. To do this, open the software and click on File > New Project. You will see a dialog box where you can enter the project name, description, customer name, and address. You can also choose the currency and unit system for your project.
For this example, we will name our project \"Residential PV System in Berlin\" and enter the address of Energieforum Berlin, Stralauer Platz 34, 10243 Berlin, Germany. We will use Euros as the currency and metric units as the unit system.
After entering the project information, click on OK. You will see the main window of PVSOL Expert 6.0 with four tabs: Project Data, Configuration, Visualization, and Results.
The first tab, Project Data, is where you can set the location and consumption data for your project. You can either enter the latitude and longitude manually or use the map tool to find your location. You can also use the search function to look for a specific address or city.
For this example, we will use the map tool to find our location in Berlin. To do this, click on Map in the toolbar and then click on Search in the map window. Enter \"Energieforum Berlin\" in the search box and press Enter. You will see a marker on the map indicating the location of Energieforum Berlin. Click on OK to close the map window.
You will see that PVSOL Expert 6.0 automatically fills in the latitude (52.5087Â) and longitude (13.43245Â) fields based on the map location. It also shows you the annual global irradiation (1042 kWh/mÂ) and average temperature (10.9ÂC) for your location based on meteorological data from Meteonorm.
The next step is to enter the consumption data for your project. This is important because it affects the sizing of your system and the calculation of your savings and payback period. You can either enter your own consumption data or use one of the predefined load profiles provided by PVSOL Expert 6.0.
For this example, we will use one of the predefined load profiles for Germany. To do this, click on Load Profile in
the toolbar and then select Germany > Residential > Single Family House > DHW + Heating > 3500 kWh/a from
the drop-down menu.
You will see that PVSOL Expert 6.0 automatically fills in
the annual consumption (3500 kWh) field based on
the selected load profile. It also shows you a graph of
the monthly consumption distribution and a table of
the hourly consumption values for each month.
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