ETAP's electrical engineering software is the industry's most advanced and complete package of power system integration features. It works wonderfully for electrical power system model-driven design, real-time operation, and intelligent automation. Essential modeling tools make it simple to build, design, personalize, and control simulations of electrical systems. One-line diagrams and GIS views of AC and DC networks can be created with an unlimited number of buses and constituents.

For your convenience, the tool provides a large collection of electrical symbols that you can use in your own projects. The Symbol Builder allows you to instantly transform symbols or build custom components if an existing symbol doesn't do the job. In addition to saving time, the increased automation provided by this tool will also enable the automatic numbering of wires and the production of component identifiers. To streamline your electrical design process, you can try using Circuit Builder.

The software's applications extend beyond the realm of design and testing to include manufacture. In addition, Fusion 360's cloud-based deployment facilitates teamwork in various contexts. In this way, you can pool the expertise of people from different fields into a single set of projects. Advantages beyond portability and cost savings are associated with this cloud-based design. Fusion 360 is mobile, so you may use it on a variety of different gadgets.

Smartdraw has capabilities that make diagramming and wireframing simple and intuitive. This tool flourishes as a better alternative to Visio and Lucidchart, with additional templates, shapes, and design features to assist organizations in creating various diagrams. It excels in wireframing solutions in particular.

The tool’s portfolio includes electrical design, 3D design, CAM, 3D printing, simulation, data management, and more. Numerous sectors rely on Solid Edge, including the aerospace industry, the automobile aftermarket, agriculture, consumer durables, fluid power system design, the maritime industry, the medical device industry, industrial machinery, and the plastics component industry.

Manual creation, template-based, and standardized ways of engineering are all supported by the program. Electric P8 has the capability of automatically producing thorough evaluations as part of the project documentation, with options for integrated evaluation both during and after the project's duration. With EPLAN Electric P8, users may support their unique workflows by selecting from a variety of design methods, including graphical, logical, and device-oriented.

It allows administrators to input photos in a variety of formats, including BMP, PCX, PDF, PNG, JPG, and more, and provides real-time lists of terminals, parts, cables, wires, contacts, documents, and other components. With SEE Electrical, businesses may design their own symbols, draw macros, and project templates, save their diagrams in folders, and protect sensitive information such as component names, terminals, and wire labels.

It's a sophisticated software ecosystem for electrical and fluid planning. Electrical and fluid planning, cable planning, wire harness, and cabinet layout are all simplified with E3.series. This allows for a more streamlined and precise design and production process. The object-oriented architecture allows for a unified and consistent design methodology, which speeds up development while simultaneously lowering the likelihood of mistakes and increasing product quality.

The software facilitates group work on LOD400 models for multiple systems with multiple stakeholders. Detailers and contractors may now use real-world, ready-for-fabrication manufacturing-specific MEP content from SysQue's library of controlled data content, powered by Building-Data.net while working in Autodesk Revit. The proposed solution is meant to facilitate the generation of plans that are consistent with detailing, fabrication, manufacturing, and installation specifications.

When coupled with EnergyPlus, Hevacomp's dynamic simulation allows for precise building analysis. Reduce time-consuming tasks like data re-entry by using Hevacomp's streamlined computation and construction simulation capabilities. Users are able to design and analyze electrical systems in buildings with the help of Hevacomp's Electrical Design Software. Easy-to-use, high-performance electrical system design tools are included in the Electrical Designer module.

With CADISON E&I Designer, businesses can build and manage 3D cable trays, panel layouts, schematic and control designs, conduits and trenches, and more without having to rely on cloud-based services. The platform lets businesses centralize the use of AutoCAD programs in the preparation and design of plant operations and equipment. The tool also helps to automate wire numbering and device tagging and to generate tables containing a list of symbols and objects used in drawings.

All electrical engineering values can now be calculated instantly thanks to the platform's in-built database of over 7 million equations. Through the use of PowerCalc, one-line diagrams can be generated automatically at any point in the circuit design process. The diagram updates in real-time with data pulled directly from PowerCalc's database. Accurate findings are achieved by aggregating load from the circuit to the building's service door.

The CELUS Design Platform enables you to design electronics smarter and faster. Find the best fitting components, and generate schematics & BOM compatible with the industry’s EDA tools at the touch of a button.

Using block diagrams, parameters, and connections, Celus users can explain the functional needs of their design. Users can then fine-tune implementations by picking components or changing pins.

It helps in managing the complete product lifecycle, from concept to completion. The platform is useful because it enables contractors to create single-line schematic drawings, which are suitable for a wide range of projects, from homes to airports. ProDesign's main functions include result summaries, schematic designs, cable sizing, "what-if" scenarios, and load summing. The app comes in a variety of iterations tailored to specific industries and company sizes.

Electrical design software like SolidWorks Electrical Schematics simplifies wiring for complex electrical systems. Teams who work on the design of embedded electrical systems use this technology for cross-departmental collaboration. It offers a user-friendly interface and can automate difficult processes like terminal drawings and contact cross-referencing. Product development time is cut down significantly, and repetitive jobs like drawing out electrical diagrams are simplified.

QElectroTech may be used to make mechanical items to depict processes, instrumentation drawings, and other creative possibilities. It is a high-quality, professional drafting software that may be used to create several different types of drawings for a single project. When it comes to electrical, hydraulic, pneumatic, and computer systems, QElectroTech's extensive library of standard and bespoke symbols—also known as elements—describes virtually all of the most prevalent components.

After the initial online activation, Electra E9 operates completely offline, keeping your desktop data and designs safe and secure. For system commissioning in remote locations where internet access is unavailable, having access to Electrical CAD software is essential. The Electra E9 is backward-compatible with the Electra Cloud, so you can upload an Electra file to the cloud, or download a file from the cloud to use on the Electra E9.

Symbols can be automatically numbered, netlists can be generated, wire lists can be created, bills of material can be drawn, and striped wires can be drawn, among other sophisticated functions. The software allows you to look up connections between wires, and it also lets you look up references between symbols that represent the same thing (such as a relay's coil and contacts). If you click on the cross reference, you'll get to the connected symbol on the other page.

Electrical circuits can be easily moved across projects because of the tree-like representation of the electrical network. There are several report types that contain calculations. To get an idea of how much the simulated electrical installation will set you back, you can generate a bill of quantities report based on a material list and prices set by the user. The electrical designer has access to a wide variety of safety features, wiring options, and finished circuits.