Which statement best describes baseload power from nuclear energy?

Which statement best describes baseload power from nuclear energy?

• A. It is intermittent and variable.
• B. It provides reliable continuous power at a large scale.
• C. It is used only during daytime.
• D. It cannot be scaled.

Answer: (B)

Baseload power means the minimum electricity supply that must be available continuously to meet the steady level of demand on the grid. Nuclear energy provides this reliably because nuclear plants are designed to run for long periods at high capacity factors, delivering a steady, large-scale output around the clock. They aren’t used only during the daytime or turned on and off to follow quick demand swings; instead, they provide continuous power to keep the grid stable. Also, adding more reactors or building additional plants allows scaling up to meet growing demand, so nuclear baseload can be expanded.

Baseload power means the minimum electricity supply that must be available continuously to meet the steady level of demand on the grid. Nuclear energy provides this reliably because nuclear plants are designed to run for long periods at high capacity factors, delivering a steady, large-scale output around the clock. They aren’t used only during the daytime or turned on and off to follow quick demand swings; instead, they provide continuous power to keep the grid stable. Also, adding more reactors or building additional plants allows scaling up to meet growing demand, so nuclear baseload can be expanded.