Single line diagram of which of the following power system is possible?

Creating a single-line diagram is possible for any power system, as it’s a simplified notation for representing a three-phase power system. Single-line diagrams are widely used in engineering to convey the basic components and connections of a power system or circuit using standard symbols. This type of diagram illustrates the paths through which power flows, and it is instrumental in planning and operating electrical power systems. Here’s how the single-line diagram applies to various types of power systems:

1. Residential Power Systems: Single-line diagrams can show how power is distributed from utility poles or transformers to a residential home, including the main disconnect, panel board, and major appliances or circuits within the home.

2. Industrial Power Systems: For industrial sites that may encompass complex networks of transformers, generators, motors, and distribution panels, single-line diagrams efficiently present the configuration and interconnections of these components, highlighting the power flow and voltage levels across the system.

3. Commercial Power Systems: Similar to residential and industrial systems, commercial building power systems, which often include multiple voltage levels, emergency backup systems (such as generators and UPS systems), and distribution panels, can be clearly represented on a single-line diagram.

4. Generation Systems: Power generation stations, whether they are hydroelectric, thermal, solar, or wind farms, can be summarized with single-line diagrams showing the arrangement of turbines, generators, transformers, and connections to the power grid.

5. Transmission Systems: The high-voltage transmission network that transports electricity from