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.