True or False? Electrical voltage is increased from distribution voltage inside a power plant for long-distance transport.

True or False? Electrical voltage is increased from distribution voltage inside a power plant for long-distance transport.

• A. True
• B. False
• C. Only in urban areas
• D. Depends on demand

Answer: (A)

The statement is true because increasing electrical voltage for long-distance transport is a standard practice in the power industry. When electricity travels over vast distances, the voltage is stepped up at substations within or close to a power plant. This process reduces the current that needs to flow through the transmission lines, which minimizes power loss due to resistance in the wires. Higher voltage facilitates more efficient transmission, allowing electrical energy to travel significant distances with less energy dissipation. This technique is fundamental in the design of electrical grids and is critical for ensuring that electricity can be delivered effectively from power generation facilities to end users. Therefore, the assertion regarding the increase in voltage for long-distance transport accurately reflects standard electrical engineering principles.

The statement is true because increasing electrical voltage for long-distance transport is a standard practice in the power industry. When electricity travels over vast distances, the voltage is stepped up at substations within or close to a power plant. This process reduces the current that needs to flow through the transmission lines, which minimizes power loss due to resistance in the wires. Higher voltage facilitates more efficient transmission, allowing electrical energy to travel significant distances with less energy dissipation.

This technique is fundamental in the design of electrical grids and is critical for ensuring that electricity can be delivered effectively from power generation facilities to end users. Therefore, the assertion regarding the increase in voltage for long-distance transport accurately reflects standard electrical engineering principles.