Transformer engineering is not limited to a single product type or production model. A company that develops control transformers faces different requirements from a manufacturer of distribution or power transformers. Repair, rewind, retrofit and remanufacturing operations also require their own technical criteria, reusable components and documentation flows.
GeneProj was developed to address this diversity through a connected and configurable engineering environment for transformer design.
The platform brings together parametric electrical calculation, mechanical design, 2D CAD drawings, 3D models, bills of materials and manufacturing documentation. Instead of maintaining calculations, drawings and production information as disconnected files, GeneProj links them to the same engineering data structure.
A change in a parameter can be reflected across the related design outputs, helping engineers maintain consistency between the electrical requirements, component geometry, technical drawings and manufacturing information.
Built around the company’s engineering process
GeneProj is designed around reusable parametric parts, configurable templates, formulas, material variants and structured projects. This allows each company to organize the platform according to its own transformer families, calculation methods, component libraries and approval routines.
The result is a dynamic engineering workflow that can be adapted to different applications, including:
- Control and low-voltage transformers
- Single-phase and three-phase transformers
- Distribution transformers
- Power transformers
- Dry-type and oil-filled equipment
- Autotransformers
- Repair, rewind, retrofit and remanufacturing projects
The same principle also supports different operating scales. A specialized manufacturer can use GeneProj to structure custom engineering work and generate consistent documentation. A larger organization can use reusable parts, templates, project reviews and team permissions to manage a broader engineering and production environment.
From calculation to manufacturing documentation
GeneProj supports a connected path from initial requirements to engineering delivery:
- Define electrical requirements, dimensional constraints and project parameters.
- Apply calculation rules and component logic to the transformer design.
- Generate and inspect parametric 3D models and technical 2D CAD drawings.
- Produce bills of materials, reports and manufacturing documentation from the same project information.
- Review parts and projects with traceable engineering context.
By combining calculation, design and documentation, GeneProj helps reduce repeated data entry and creates a more organized basis for engineering decisions, manufacturing preparation and future project development.
GeneProj is not intended to force every transformer manufacturer into one predefined workflow. Its purpose is to provide an engineering platform that can evolve with the company—whether it produces a limited range of custom transformers or manages a diverse, high-volume product portfolio.
Learn more about GeneProj at https://geneproj.com/en/