Renewable Energy Integration – MCQs

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1. Which of the following is a key challenge of renewable energy integration into the grid?





2. Which renewable energy source is most variable on a daily basis?





3. Which technology is widely used for storing excess renewable energy?





4. What does the term “grid parity” mean in renewable energy?





5. Which type of energy storage provides the fastest response time?





6. Which renewable energy source can provide stable baseload power?





7. Which of the following helps in integrating large-scale wind energy?





8. Which term describes the balancing of electricity demand and supply in real-time?





9. Curtailment of renewable energy means:





10. Which device converts DC output of solar PV to AC for grid use?





11. What is the main advantage of distributed renewable generation?





12. Which renewable source is most affected by seasonal changes?





13. Demand-side management (DSM) helps renewable integration by:





14. Which smart grid technology is essential for renewable energy integration?





15. Which renewable source is most suitable for offshore integration?





16. The variability of solar PV output can be smoothed by:





17. Which is the largest renewable energy source in terms of global installed capacity?





18. Virtual power plants (VPP) are used to:





19. Which renewable source has the highest capacity factor?





20. Which challenge is most critical for offshore wind integration?





21. Net metering allows consumers to:





22. Hybrid renewable systems typically combine:





23. Which renewable source is most location-dependent?





24. Frequency regulation is critical in renewable integration because:





25. Which storage technology is most commonly paired with solar PV?





26. Which renewable source can operate both on-grid and off-grid?





27. Which country leads in offshore wind capacity?





28. Which renewable integration method reduces curtailment?





29. The main limitation of biomass integration is:





30. Grid codes are important for renewable integration because they:





31. Smoothing the variability of wind power is often done by:





32. Power electronics play a key role in renewable integration by:





33. Which renewable energy has the highest potential in desert regions?





34. A microgrid is defined as:





35. Which renewable energy integration strategy helps rural electrification?





36. The duck curve in renewable integration refers to:





37. Vehicle-to-grid (V2G) technology supports renewable integration by:





38. Which renewable source can be dispatched (controlled) easily?





39. Reactive power support in renewable integration is provided by:





40. The role of forecasting in renewable integration is to:





41. Which renewable source can support desalination projects effectively?





42. What is the main benefit of hybrid renewable–storage systems?





43. Which international agreement accelerated renewable integration worldwide?





44. Which country has achieved nearly 100% renewable electricity generation?





45. Which technology converts excess renewable power into hydrogen?





46. Which renewable integration method is most capital intensive?





47. Which renewable energy has the lowest greenhouse gas emissions lifecycle?





48. Which is the fastest-growing renewable energy sector globally?





49. The 100% renewable energy grid concept relies on:





50. The ultimate goal of renewable energy integration is to:





 FOUNDATIONAL SUBJECTS (Year 1 – Year 2)

  1. Engineering Mechanics (Statics & Dynamics) – MCQs

  2. Fluid Mechanics – MCQs

  3. Thermodynamics – MCQs

  4. Computer Programming (e.g., MATLAB, Python) – MCQs

  5. Introduction to Engineering – MCQs

  6. Geology for Engineers – MCQs

  7. Technical Communication – MCQs

 CORE PETROLEUM ENGINEERING SUBJECTS (Year 2 – Year 4)

  1. Introduction to Petroleum Engineering – MCQs

  2. Petroleum Geology – MCQs

  3. Drilling Engineering – MCQs

  4. Reservoir Engineering – MCQs

  5. Production Engineering – MCQs

  6. Petroleum Fluid Properties – MCQs

  7. Well Logging and Formation Evaluation – MCQs

  8. Petroleum Economics – MCQs

  9. Petroleum Refining and Processing – MCQs  

  10. Natural Gas Engineering – MCQs

  11. Enhanced Oil Recovery (EOR) – MCQs

  12. Well Testing – MCQs

  13. Reservoir Simulation – MCQs

  14. Drilling Fluids and Cementing – MCQs

  15. Offshore Petroleum Engineering – MCQs

  16. Health, Safety and Environment (HSE) – MCQs

  17. Petroleum Project Management – MCQs

  18. Corrosion Engineering – MCQs

  19. Artificial Lift Techniques – MCQs

  20. Petrophysics – MCQs

 LABORATORIES & PRACTICALS (Theory-based MCQs can be made from these)

  1. Drilling Fluids Lab – MCQs

  2. Core Analysis Lab – MCQs

  3. Reservoir Simulation Lab – MCQs

  4. Rock and Fluid Properties Lab – MCQs

  5. Well Logging Lab – MCQs

 ELECTIVES (Optional/Advanced)

  1. Energy Transition and Sustainability – MCQs

  2. Unconventional Resources (Shale, Tight Gas, etc.) – MCQs

  3. Data Analytics in Petroleum Engineering – MCQs

  4. Geographic Information Systems (GIS) – MCQs

  5. Petroleum Law and Policy – MCQs

  6. Pipeline Engineering – MCQs

  7. Renewable Energy Integration – MCQs