Application release notes
Release date | Software version |
---|---|
6.3.2025 | 2.1.0 |
General
Newly registered users are now warned about free account service limitations.
Prospect
Subscription-related notifications have been improved to inform customers about potential expenditures.
Evaluate
You can now request additional uncertainty and TMY Pxx dataadd-ons in Full evaluation projects (fig.1).
Version numbers have been added to the data source names for better reference.
The GTI simulation dialog now clearly states the simulation is free of charge for better clarity.
Various minor UX/UI improvements.
Fig.1: Request add-on data or add-on services in Full evaluation projects.
Energy system designer
The PV plant installed DC capacity has been increased to 300 MWp.
A new “File” menu at the top of the 3D map has been added to accommodate import and export features for easy access (fig.2).
You can now export designs directly to PVsyst without running a simulation first - a limited-time promotion.
You can now select the array properties you want to copy to other arrays.
You can now estimate snow losses based on project location data and energy system configuration using our snow loss model (fig.3).
Soiling and snow losses in the losses category are now displayed as bar charts for better visibility.
The power limit in the grid connection parameters now accepts numbers with one decimal to increase precision.
No load and load losses in the Inverter transformer losses settings now accept numbers with two decimals to increase precision.
The bifaciality factor of a PV module now also includes its value in percent alongside existing specifications.
Minor UI bugs have been resolved.
Fig.2: New data import/export menu in Energy system designer.
Fig.3: Estimated snow losses for the given location using the Solargis proprietary snow model.
Reports & exports
Monthly and yearly heatmaps have been added to the TEMP parameter to increase data readability (fig.4).
The headings of PV reports now contain energy system name for clarity.
Fig.4: Monthly and yearly TEMP averages heatmap.