Computer-Aided Installation of Decentralized Electrical Components

The patent creates a digital twin (virtual copy) of the physical automation system that continuously mirrors the actual installation state. This digital representation stores complete documentation including all connections, components, and installation details, eliminating information loss and enabling reliable maintenance and repair through accurate reference to the digital model.

The system implements continuous feedback loops where installation data is automatically captured during the installation process and fed back into the digital twin. This ensures the documentation remains synchronized with the actual system state, preventing gaps and ensuring completeness throughout the system lifecycle.

The connection modules are equipped with automatic identification and self-configuration capabilities. When modules are installed, they automatically identify themselves and their connections, and the system autonomously updates the digital twin with the new configuration. This self-service approach eliminates the need for complex manual documentation and reduces installation complexity despite the decentralized architecture.

The system performs preliminary actions by pre-configuring the digital twin with all possible connection scenarios and module specifications before actual installation. During installation, the system simply needs to capture the actual connections made, which is much simpler than creating documentation from scratch for each decentralized module.

The patent replaces manual documentation processes with automated digital capture systems. Sensors, RFID readers, and software automatically record installation data, component identifiers, and connection details during the installation process. This substitution of mechanical/manual documentation with automated electronic systems maintains complete documentation while significantly reducing installation time and effort.

Instead of creating documentation manually, the system creates a digital copy of the installation process in real-time. As components are installed and connected, the digital twin automatically replicates the system state, capturing all necessary information without requiring separate documentation steps, thus maintaining both completeness and speed.