Valentin PVSOL premium 2024 R6 PV*SOL new crack

PVSOL Premium 2024 cracked version is a powerful photovoltaic system software designed to provide users with various types of photovoltaic projects, support visualization of all systems, and has 3D and 2D shadow analysis.

This dynamic simulation program can be used in various spaces and scenes for perfect simulation and calculation analysis, and accurate prediction and yield evaluation.

And provide detailed information on relevant system performance, you can immediately optimize and improve your solutions to fully meet all customer needs! Provide a complete product database for users to use at any time to ensure that you can always get the latest data and information.

You can also quickly generate high-quality project reports, and then follow you to perform relevant configurations and edits. It supports the creation of safe circuit diagrams with necessary safety devices. Using the software, you can easily improve your work efficiency and specify the plans and processes that best meet your needs. Download the new cracked version

Features
1. Detailed 3D shadow analysis
The three-dimensional representation of surrounding objects is very important for determining yield reductions due to shadows. With PV*SOL Premium, you can visualize all roof integrations and elevated systems in 3D – even in open spaces – with up to 7,500 elevated modules or up to 10,000 roof parallel modules and calculate shadows based on 3D objects.
2. Extrude buildings from plans
Buildings and objects can also be created quickly and easily using floor plans, floor plans and map screenshots. It is only necessary to draw the corresponding outline, and then the building can be extruded by entering the height. This means that, for example, any building shape with a flat roof can be created.
3. Existing global climate data
The climate data provided by PV*SOL premium is based on Meteonorm and includes a total of 8,350 ground measurement stations. You can conveniently select climate data via an interactive map. Interpolation is performed for locations not included using satellite data and neighboring ground measurement stations. The import of your own measurement data is carried out via files in DWD, Meteonorm or WBV format.
4. Import 3D models
For the input of object data, 3D models in different file formats can be imported. This adds another important tool to the existing options for reading floor plans, hall plans and screenshots from web-based satellite maps (e.g. Google Earth) directly into the 3D visualization.
5. Module allocation in the 3D view
Automatically or manually allocate the maximum number of modules to the roof area by turning on the allocation area. If required, PV*SOL premium can show you the annual radiation reduction (direct and diffuse radiation) for each point of the occupied area and for each module.
6. Multi-state interconnection in combination with optimizer
When interconnecting modules that are automatically placed on an object, the flexibility is significantly increased: The new option for multi-string interconnection allows completely different strings to be connected in parallel or in series to the MPP tracker. Now even different modules in a string, such as replacing a defective module that is no longer available with a similar new module, can also be interconnected.
7. Optimize module interconnection
You can decide whether to connect several module areas to one inverter or to select a separate inverter for each module area; or a combination of both. The current status of the system checks whether the interconnection has been completed, and the individual inverters and MPP trackers are displayed at any time in the interconnection window.
8. Current online database
Currently, in our extensive product database, you can find data sets for more than 19,500 PV modules, 4,700 inverters, 1,400 battery systems, and many other products, such as electric vehicles and power optimizers, which are updated by the respective manufacturers. With the help of our online database, you can easily make your own products available to others.
9. Detailed project report
Create a comprehensive project report with simulation results and technical details in 20 languages ​​and export it as a Word or PDF document. For a professional appearance, you can add your company logo to the title page and specify what should be displayed in the report.
10. Grid-connected system with battery storage
Plan your own battery storage system by selecting the batteries used and defining the battery inverter and charging strategy. Alternatively, you can charge a battery system from a well-known manufacturer.
11. Electric vehicle
Select one or more electric vehicles that will be simulated in conjunction with the photovoltaic system. By entering the daily mileage and idle time, PV*SOL calculates the PV energy that can be used to charge the electric vehicle.
12. Results Overview
The detailed overview of the results contains a representation of the simulation results, the results for profitability and a detailed tabular energy balance with all gains and losses. The carpet plot immediately gives you an annual overview of the individual results.
13. Circuit Schematics
PV*SOL supports your system planning with freely configurable circuit diagrams. The string losses as well as the AC and DC line losses can be determined for each inverter. Many safety devices such as fuses, disconnect switches and overvoltage protection can be easily added.
14. More Features
You can select the model you want to use for diffuse radiation and radiation on slopes. There are UI and UP characteristic outputs for each time step. Exchange your user ID to share the products you have created within your company.