Archelios Pro Pv Solar Software Download

archelios pro pv solar software download

archelios pro is a professional software for the design, calculation, and simulation of photovoltaic installations. It allows you to create any type of PV project, from small rooftops to large solar farms, and obtain accurate results on the production, losses, and profitability of your installation. archelios pro also offers advanced features such as integrated 3D modelling, automatic wiring of modules and components, trackers, solar pumping, and export to other software such as archelios CALC or archelios O&M.

If you are interested in downloading archelios pro, you have several options depending on your needs and budget. archelios pro offers four versions: Free, Silver, Gold, and Platinum. Each version has different features and limitations, as well as different prices. Here is a brief overview of each version:

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• Free: This version is free of charge and allows you to design PV projects up to 36 kWp. It includes basic features such as inverters and modules sizing, production forecast, self-consumption, and economic analysis. This version is suitable for beginners or small projects.

• Silver: This version costs 990 per year and allows you to design PV projects up to 100 kWp. It includes all the features of the Free version, plus integrated 3D modelling, solar pumping sizing, addition of material references, BIM&CO modules database, 3D model (SketchUp plugin), and basic export to archelios CALC. This version is suitable for professionals who need more advanced tools and more detailed reports.

• Gold: This version costs 1490 per year and allows you to design PV projects up to 1 MWp. It includes all the features of the Silver version, plus detailed production analysis (near masks / production curves), 3D junction boxes and inverters wiring, DXF export (AutoCAD), GeoJSON export, KML export (Google Earth), user horizon profile import, trackers, and project comparisons. This version is suitable for experts who need more precise calculations and more customization options.

• Platinum: This version costs 1990 per year and allows you to design PV projects with unlimited power. It includes all the features of the Gold version, plus clipping optimization 3D and earth moving features (SketchUp), and plugin Revit. This version is suitable for large-scale projects or complex scenarios.

To download archelios pro, you can visit the official website of Trace Software, the developer of the software. There you can find more information about each version, compare them, request a free trial or a quote, and access the download page. You can also contact Trace Software by phone or email if you have any questions or need technical support.

archelios pro is a powerful and reliable software that can help you design your PV projects with ease and accuracy. Whether you are a beginner or an expert, you can find the version that suits your needs and budget. Download archelios pro today and start creating your solar installations with confidence. In this article, I will show you some examples of PV projects designed with archelios pro, and how the software can help you optimize your installation and maximize your return on investment. You will see how archelios pro can handle different types of scenarios, such as rooftops, ground-mounted, trackers, solar pumping, and more. You will also learn how to use the 3D modelling feature to create realistic and accurate representations of your projects, and how to export your data to other software for further analysis or documentation.

Rooftop PV project

Let's start with a simple example of a rooftop PV project. Suppose you want to install a 50 kWp system on the roof of a commercial building in Paris, France. You have a budget of 60,000 and you want to know the expected production, losses, and profitability of your project.

To design your project with archelios pro, you need to follow these steps:

• Open archelios pro and create a new project. Enter the basic information such as project name, location, orientation, tilt, and power.

• Select the modules and inverters from the database or add your own references. You can also use the automatic sizing feature to optimize the number and configuration of your components.

• Use the integrated 3D modelling feature to draw the shape of your roof and place the modules and inverters on it. You can also add obstacles such as chimneys, vents, or skylights that may affect the shading of your system.

• Run the simulation and check the results. You will see the production forecast for each month and year, as well as the breakdown of losses due to temperature, wiring, mismatch, shading, etc. You will also see the economic analysis that shows you the payback time, net present value, internal rate of return, and levelized cost of energy of your project.

• If you want to modify any parameter or try different scenarios, you can easily do so by changing the values in the input fields or using the sliders. You will see the results update in real time.

• When you are satisfied with your design, you can export your project to other software such as archelios CALC for electrical sizing and compliance check, or archelios O&M for monitoring and maintenance.

Here is an example of a rooftop PV project designed with archelios pro:

![Rooftop PV project] Ground-mounted PV project

Another example of a PV project is a ground-mounted system. Suppose you want to install a 500 kWp system on a flat land in Madrid, Spain. You have a budget of 400,000 and you want to know the expected production, losses, and profitability of your project.

To design your project with archelios pro, you need to follow these steps:

• Open archelios pro and create a new project. Enter the basic information such as project name, location, orientation, tilt, and power.

• Select the modules and inverters from the database or add your own references. You can also use the automatic sizing feature to optimize the number and configuration of your components.

• Use the integrated 3D modelling feature to draw the shape of your land and place the modules and inverters on it. You can also add obstacles such as trees, buildings, or hills that may affect the shading of your system.

• Run the simulation and check the results. You will see the production forecast for each month and year, as well as the breakdown of losses due to temperature, wiring, mismatch, shading, etc. You will also see the economic analysis that shows you the payback time, net present value, internal rate of return, and levelized cost of energy of your project.

• If you want to modify any parameter or try different scenarios, you can easily do so by changing the values in the input fields or using the sliders. You will see the results update in real time.

• When you are satisfied with your design, you can export your project to other software such as archelios CALC for electrical sizing and compliance check, or archelios O&M for monitoring and maintenance.

Here is an example of a ground-mounted PV project designed with archelios pro:

![Ground-mounted PV project] Tracker PV project

A third example of a PV project is a tracker system. Suppose you want to install a 1 MWp system on a hilly land in San Francisco, USA. You have a budget of $1,000,000 and you want to know the expected production, losses, and profitability of your project.

To design your project with archelios pro, you need to follow these steps:

• Open archelios pro and create a new project. Enter the basic information such as project name, location, orientation, tilt, and power.

• Select the modules and inverters from the database or add your own references. You can also use the automatic sizing feature to optimize the number and configuration of your components.

• Use the integrated 3D modelling feature to draw the shape of your land and place the modules and inverters on it. You can also add obstacles such as trees, buildings, or hills that may affect the shading of your system.

• Select the tracker option and choose the type of tracker you want to use. You can choose between single-axis or dual-axis trackers, and adjust the tracking angle and speed. Trackers allow you to follow the sun's position throughout the day and increase the production of your system.

• Run the simulation and check the results. You will see the production forecast for each month and year, as well as the breakdown of losses due to temperature, wiring, mismatch, shading, etc. You will also see the economic analysis that shows you the payback time, net present value, internal rate of return, and levelized cost of energy of your project.

• If you want to modify any parameter or try different scenarios, you can easily do so by changing the values in the input fields or using the sliders. You will see the results update in real time.

• When you are satisfied with your design, you can export your project to other software such as archelios CALC for electrical sizing and compliance check, or archelios O&M for monitoring and maintenance.

Here is an example of a tracker PV project designed with archelios pro:

![Tracker PV project] Solar pumping PV project

A fourth example of a PV project is a solar pumping system. Suppose you want to install a 10 kWp system to pump water from a well to a tank in a remote village in Kenya. You have a budget of $20,000 and you want to know the expected production, water flow, and savings of your project.

To design your project with archelios pro, you need to follow these steps:

Open archelios pro an