VitroCAD 1.11.4 (Tools for Modern Engineering) With CracK Download
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Summary
In the world of engineering and construction, managing design data efficiently is essential, and VitroCAD is a tool that stands out for its effectiveness. Designed for solar projects, it integrates seamlessly with AutoCAD and BricsCAD, offering designers and engineers the power to streamline their work. By leveraging Microsoft SQL Server and SharePoint, VitroCAD ensures a high level of security and easy collaboration. Engineering firms, EPC contractors, and developers in the solar industry can rely on this software to manage CAD files, track revisions, and handle complicated processes in their projects.
The software’s ability to handle large-scale solar plants and both commercial and industrial projects makes it invaluable. Whether working on a utility-scale or ground-mount project, VitroCAD facilitates the creation of detailed drawings and accurate calculations. It’s more than just a BIM tool; it’s an engineering data management solution that supports the collaboration and efficiency needed for modern construction projects. By improving data management practices, VitroCAD helps companies streamline their workflows and stay on top of their project deadlines.
Easy 3D Modeling
With VitroCAD, creating 3D models is incredibly simple, even without prior 3D knowledge. By combining 2D polygons and height dimensions, you can easily generate an extruded 3D model of your building. This process is efficient and user-friendly, making it accessible for both experienced CAD designers and 3rd party design studios. Whether you’re working on a small project or a large-scale one, VitroCAD ensures that the 3D models are accurately generated without any hassle.
Generate Smart Solar Layouts
Working on Projects that involve installing solar panels can be tricky, especially when you need to maximize the usable space while avoiding obstacles like trees or vents; that’s where Virto.CAD steps in. From my own experience, its ability to smartly generate layouts that fit perfectly around keep out zones and edging zones really saves hours of guesswork. What makes it even better is how it cleverly optimizes space using 3D visualization, letting you see exactly how each module will fit before installation begins. With it, every layout feels optimized not just for performance, but for safety and efficiency too. It makes planning so smooth that even complex terrain feels manageable.
Shadow and Irradiation Simulation
When designing PV modules for a project, accurate irradiation simulation is essential. Using tools like Virto.CAD and BricsCAD professionals can simulate how sunlight interacts with rooftop surfaces at different levels throughout the day. These tools help determine the threshold of sunlight exposure and understand how shadows affect PV modules’ performance. Through detailed weather reports and simulations, the software can remove variables like sun intensity and adjust for factors like colours that might influence the overall efficiency.
This is especially critical for understanding how the irradiation will vary on different rooftop surfaces depending on their orientation, time of day, and geographical location. Using a PV plugin with AutoCAD or BricsCAD, designers can visualize these factors in 3D, making it easier to assess the best placement for PV modules. Each simulation not only accounts for the varying shadows but also ensures optimal energy capture by the PV modules, helping to refine project planning and decision-making
Exporting to PVsyst and Simulating Performance
One of the most efficient features of VitroCAD is its seamless ability to export designs directly to PVsyst. This integration allows users to simulate and visualize system performance with just a few clicks. The ability to generate 3D rooftop designs and visualize module layouts helps professionals better understand how shading objects or building structures impact solar yield. The export process is smooth and quick, typically taking only seconds to prepare files in formats such as .pdf and .xls. Additionally, API integration enables automatic updates to the designs, saving time and reducing manual effort when creating complex systems.
Ballast Calculation & Bill of Materials Report
The ballast calculation is an essential part of designing reliable solar systems, especially for flat rooftops. It simplify this task by calculating the exact ballast requirements needed to stabilize the mounting systems, such as Van der Valk and Esdec. By creating a bill of materials report, users can instantly access a complete list of components, including inverters, AC cables, and combiner boxes. This helps in cost estimation and ensures that all materials required are ready before installation. The report can easily be downloaded or printed for onsite reference, whether in .pdf or .xls formats.
String Mapping, Colorization, and Automatic Routing
Designing the string layout can be a tedious process, but VitroCAD makes it easier with semi-automatic string mapping and colorization. The system can automatically assign colors to different strings, creating a visual distinction that makes it easier for installers to follow the design. With the PV plugin and Blubase integration, users can draw and define cable tray paths and routing paths. The software offers a choice between manually adjusting paths or letting the system choose the shortest path. Whether you’re working inside a building or on the roof surface, VitroCAD handles it all with precision.
Cable Tray Path Planning and 3D Visualization
Efficiently routing cables is a critical step in ensuring that the solar system runs smoothly. It help plan cable tray paths both inside and outside, while considering obstacles like buildings or other structures. The software allows users to simulate the routing of DC cables and inverters, ensuring that each component is positioned optimally. VitroCAD can even redraw paths if necessary, giving professionals complete control over their design while keeping a close eye on system performance. By incorporating detailed 3D visualizations, users can easily assess whether the paths are realistic and practical for installation.
Features
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The API integration with Van der Valk allows seamless connection to the Mounting system, enabling smoother workflows for users.
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This integration simplifies electrical layout design, making the process faster and more efficient.
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The Layer Manager allows you to manage both custom and Virto layers with ease.
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You can easily visualize how your layers interact and make adjustments quickly without any hassle.
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Automatically trim racks at the edges of the boundary for more precise design layouts.
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The auto-trim feature helps ensure that racks fit perfectly, especially when dealing with tight boundaries.
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You can now add a row of trees all at once, rather than adding them one by one, saving you time in the design process.
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The UI for the parameters window has been reworked to offer better usability, making it more user-friendly and intuitive.
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The Summary Palette now shows spaces every three digits, improving the readability of values.
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Module amount display in each rack type is now available, which is extremely useful when the auto-trim function is used, especially for cut-off racks.
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With the new “Import from Drawing” button, you can effortlessly add entities from your drawing to the database.
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This feature is particularly helpful when you need to share drawing elements or quickly transfer entities across projects.
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The new North/South (N/S) and East/West (E/W) numbering system has been implemented across all project configurations, including SF, EW, and Trackers.
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This upgrade improves the overall organization and ensures that your project numbers are consistent and well-structured.
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The placement of wiring group names has been optimized for better clarity.
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This makes it easier for you to identify wiring groups quickly and understand their connections in the overall design.
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Cable tray routing has been significantly improved to avoid unnecessary connections and enhance the efficiency of your design.
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Tray layouts now run more smoothly, keeping your designs neat and reducing potential errors in routing.
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The CPX system has now been renamed to PanelClaw, offering you a more streamlined, consistent approach for panel installations.
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This rebranding reflects the product’s evolved capabilities and better integration with other mounting systems.
CAD and BIM Integration with SharePoint
VitroCAD bridges the gap between CAD and BIM by connecting them through Microsoft SharePoint and SQL Server. This integration enhances team collaboration and project management, ultimately saving millions in design and construction costs. By leveraging SharePoint as a central platform, it significantly improves the efficiency of the AEC and Manufacturing industries while maintaining a high level of security. The seamless connection ensures that your projects are managed more effectively, with real-time updates and smooth data sharing across teams, helping you save time and reduce errors.
VITRO BIM for SharePoint
With VitroCAD, the latest BIM standards are easily integrated into Microsoft SharePoint, supporting key 3D drawing software like Revit, Inventor, and Civil 3D. This setup allows companies to improve their data management practices and streamline documentation and development processes. The combination of BIM and SharePoint ensures better management of project data, offering a more organized and secure way of handling complex designs. By connecting all the right tools on a single platform, VitroCAD improves operations and overall project outcomes, creating a platform that is perfect for the evolving needs of manufacturers and designers.
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