Are you looking for a more efficient way to design and engineer your high-voltage substations?

Transform the way you design and engineer substations with primtech 3d, the intelligent BIM authoring software for both greenfield and brownfield projects. Streamline your workflows, reduce project timelines, and ensure precision at every stage of the engineering process.

• Accelerate Your Projects: Get up to speed in just one week with ready-to-use tools, templates, and a robust library, delivering results 10x faster.

• Ensure High-Quality Outputs: Benefit from integrated engineering reviews and expert-backed support.

• Save Costs Efficiently: Achieve 7–10% project savings with fewer change requests and predictable expenses.

• Future-Proof Your Workflow: Leverage cutting-edge BIM and VR technology for a secure and scalable solution.

• Master Complex Designs For Every Scenario: Handle both spacious AIS layouts and compact GIS configurations.

Visualize, review and share the VR-Model and Digital Twin of your substation across all departments

primtech DT makes it easy to share design changes or maintenance activities directly across departments in an intelligent 3D BIM model of your substation. With its intelligent collaboration features, primtech DT enables all stakeholders to easily access relevant information, making substation operations as seamless as possible.

• Intuitive Use: Use primtech DT without any training - whether you work in engineering, asset management or any other department.

• Seamless Collaboration: Easily comment and assign tasks directly within your VR model with the BIM Collaboration Assistant.

• Powerful Simulations: Simulate current flows and switching options in the virtual model to improve the safety of your staff on site.

• Small File Size for Easy Sharing: Share snapshots of your models with convenient file sizes (< 10 MB) for seamless collaboration.

• Virtual Reality for your daily workflows: primtech DT runs on any laptop and VR glasses.

Phase simulation and switching:

Test and simulate current flows and various switching options directly in the virtual model. Discover design errors at an early stage and improve the safety of your personnel.

BIM Collaboration Assistant (BCA):

BCA represents the first of many workflows that primtech DT will offer to improve collaboration and modernize the work environment. It is based on the open standard BIM Collaboration Format (BCF).

One click to VR:

Create primtech DT models from your primtech 3d BIM design in seconds. Thanks to our database technology, any changes made in primtech 3d are automatically reflected in primtech DT.

Compatible with VR glasses:

Enhance your experience by virtually walking through the substation. primtech DT is compatible with most Android VR glasses on the market, such as Meta Quest 3.

A data-driven Digitalization Service for HV Grid Operators

OSR+PRO is a comprehensive digitalization service that creates a Digital Inventory of your HV substations - fast, precise, and designed for operational impact. Our data-driven approach ensures a fully functional substation model with accurate electrical properties, providing a reliable foundation for grid modernization and the energy transition.

OSR+PRO produces high-value outputs that transform asset management

1. Scan to BIM Model: A fully functional BIM model, including up to date drawings, ready for immediate use in brownfield projects.

2. Virtual-Reality-Model: VR-compatible for immersive inspections and training.

3. Asset Data Cleanup: Validated, normalized and up-to-date asset data.

4. Substation Database: A distributed graph database forms the underlying technological foundation for further integration of other data sources
   

How OSR+PRO delivers reliable, usable data

OSR+PRO combines advanced technology with data integrity, transforming your substations into a True Digital Twin with >99% data accuracy.

The process starts by gathering comprehensive data from key sources. Here’s how it works:

1. Laser Scans: A detailed point cloud of the substation provides the basis for accurate 3D modeling.

2. Name Plates: Equipment identifiers are captured for a precise technical and electrical data foundation.

3. Existing Asset Data & Single Line Diagrams: Available information about electrical equipments is used to validate and link asset with design data. Existing drawings are incorporated to ensure the correct model functionality.

Using Optical Symbol Recognition (OSR) and AI processing, these data sources combine to create a robust digital inventory.