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One-Line Electrical Diagram

Create, visualize, document and simulate diagrams for all voltage levels, in a typical one-line representation of networks for power generation, transmission and distribution.

one-line electrical
  • Design standalone power networks, power plants, and substations
  • Diagram representations based on your company standards
  • Complete electrical network simulation without disrupting current operations
  • Fully supported IEC and NEMA standards
  • Complete series of analysis and validation tools
  • Realistic training environment (to prepare operators to work efficiently and safely in all conditions)
  • Switching plans and validation testing in a safe, virtual environment
One-Line Electrical library

Extensive Component Library

P6 offers a complete One-Line Electrical component library. It includes parts such as circuit breakers, disconnectors, power transformers, metering transformers, loads, grounds, as well as the usual automation parts (line permutations, regulators, etc.) and protection devices.

Naming Rules

This module offers flexible and intelligent tools which automatically generate identifiers for components, simplifying the task of general design. This is achieved through the use of standards and naming rules in association with intelligent components. Component names are automatically produced by analyzing equipotentiality and connections.

Detailed Switching Plans

In an electrical installation, operators are required to prepare detailed switching plans before making any configuration changes. A set of rules must be observed to ensure the safety of the installation, the network and the staff. Traditionally, operators work primarily with a paper copy of the facility’s one-line diagrams.

Automation Studio™ allows you to perfectly recreate the current facility’s one-line diagrams. To this static display, the simulation adds dynamic and color-coded representation of equipment and lines according to their status, as well as instruments and measurements. The operator can change the state of any operable component and observe the effect on the complete installation.

The simulator then calculates the continuous power flow, according to the load representation and the network’s initial state, entered by the operator. The effect of each action is immediately displayed. The entire plan can be validated step by step and alternatives can be tested, if necessary, prior to its implementation. This represents an excellent training platform for improving operator skills.

Diagnostic Tools

A rich set of diagnostic tools allows designers to quickly verify the quality of their diagrams. From simple methods such as, checking for free connectors, to more sophisticated ones, which confirm voltage level consistency in equipotential areas.

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