To get the estimated solar energy yield of a PV system, creating a computer simulation is required. This can be done by utilizing solar PV software. It is an application wherein the user inputs the following information as listed below. As a result, they will be able to forecast the energy production of a PV system.
As a part of the solar energy engineering process, doing a Solar PV Simulation is necessary. Whether it be a small residential solar project, a solar PV system for commercial premises, or a grid-scale PV project, solar PV simulation is important.
Moreover, PV simulation plays an important role in determining the expected output values of the solar energy plant. It includes kWh yield per year, performance ratio, CO2 emissions, and other things.
Additionally, it can also provide financial reports in terms of ROI, years of return on assets, and more. It can even simulate the shading effects of the solar plant given the right amount of information.
Today, lots of solar PV simulators fill the market. In fact, some solar inverter companies provide their own solar PV software. This enables the user to check the output of their solar PV system by using their own products.
However, what does it take to be the best solar PV simulation software out there? To answer that, here are the top 5 features that solar PV system designers and engineers look for.
There would always be a learning curve for each solar PV simulation software. However, making the program user-friendly and easy to use is still important. Having extremely complex functions and unnecessary operations is not what users need. Additionally, chaotic arrangements of the program user interface will confuse the solar PV designers.
To have simple progressions inside the program is very helpful to the users. Making the design phase as simple as a basic installation wizard, or having a drag and drop functionality would be great. By focusing on making the software user-friendly, users will be more comfortable creating PV simulations and designs. It enables the user to use the software all the more and be efficient in working with it.
There are times when the project already has specific brands of solar PV panels and inverters in preference. It could be frustrating to find out that they are not available on the list. All because the software does not have an updated database.
It could be more exasperating if there isn’t an option to even manually add them. Therefore, having a frequent database update is a must. Additionally, a feature to manually add new items to the database is also most welcome.
Certainly, nothing will ever be more annoying than to find out your work progress was lost. And, the cause? A single glitch of the PV software.
That is why having a reliable software is very important. A solar PV tool should be bug-free. If there’s any program error, a quick update should be immediately released to fix all kinds of glitches. It should include, as well, autosave and recovery functions as basic features.
Additionally, PV software users want to have a flexible tool. It won’t matter if the project is ground-mounted, roof-mounted, flat roof type, or car park. The solar PV software must be able to accommodate the designers’ requirements. This could be done if the solar PV tool is flexible.
It should be able to handle a large number of solar PV panels (especially when dealing with Megawatts/Gigawatts projects). Flexibility also includes having the feature of importing 2D/3D objects from other software files like CAD and Sketchup. By having this kind of flexibility, the shading factor will be properly represented. And, it can be used as a guide to the positioning of the solar PV arrays.
The most important thing of all is to get accurate, precise, and near-to-reality results from the solar PV simulation. Though the weather cannot be always predictable, having the feature of historical data and statistics from reliable sources is important.
It makes software provide the best solar energy forecast. As a result, the user will have a better idea of the return on investments. Also, yearly energy production as well as the CO2 emission avoided of the PV system will be calculated.
More importantly, solar PV software is useful for solar PV contractors or consultants. It allows them to generate technical reports and financial proposals.
If you want to start designing solar power systems, you need to practice any of the software available right now. To start using solar PV design software, read this guide about designing a 500kWp on-grid solar PV system.
In conclusion, a solar PV simulation software is a truly valuable tool. It gives value to the solar energy system designs for every project. It allows engineers and designers to know the potential solar energy generation of a solar PV system. With the ever-evolving technology of solar energy, a PV simulation software is definitely a vital tool for success.
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