Chemegate

GATE 2024 Chemical Engineering, Q8 · General Aptitude

The correct answer is A, T1.

Question

The chart shows the Electricity Generation (MWh, left axis, bars) and Installed Capacity (MW, right axis, ✕ marks) of four power generation technologies T1, T2, T3, and T4 over 1000 hours. From the figure: T1 generates 4000 MWh at 20 MW capacity; T2 generates 6000 MWh at 30 MW capacity; T3 generates 3000 MWh at 15 MW capacity; T4 generates 8000 MWh at 40 MW capacity. The Capacity Factor of a technology = Electricity Generation (MWh) / [Installed Capacity (MW) ×1000 \times 1000 h]. Which one of the given technologies has the highest Capacity Factor?

Figure for Q8 (General Aptitude, Data Interpretation): The chart shows the Electricity Generation (MWh, left axis, bars) and Installed Capacity (MW, right…
  • A. T1
  • B. T2
  • C. T3
  • D. T4

Official answer: T1

Why

GATE 2024 official key: (A). Capacity factors: T1 =4000/(20×1000)== 4000/(20 \times 1000) = 0.50; T2 =6000/(30×1000)== 6000/(30 \times 1000) = 0.30; T3 =3000/(15×1000)== 3000/(15 \times 1000) = 0.467; T4 =8000/(40×1000)=0.30.= 8000/(40 \times 1000) = 0.30. T1 has the highest at 0.50.

Explanation cross-checked for consistency. Final answer matches the official IIT answer key.