Analyze the advantages and challenges of electric propulsion systems in satellite missions. In light of ISRO’s upcoming electric-propelled satellite launch, evaluate how this shift can impact India’s space exploration and global competitiveness.
Kartavya Desk Staff
Topic: Indigenization of technology and developing new technology.
Topic: Indigenization of technology and developing new technology.
Q6. Analyze the advantages and challenges of electric propulsion systems in satellite missions. In light of ISRO’s upcoming electric-propelled satellite launch, evaluate how this shift can impact India’s space exploration and global competitiveness. (15 M)
Difficulty Level: Medium
Reference: TW
Why the question: ISRO’s upcoming launch of fully electric-propelled satellites marks a significant technological shift, with implications for cost-efficiency, satellite lifespan, and India’s global space standing. Key Demand of the question: Analyze the advantages (efficiency, cost reduction, longer lifespan) and challenges (lower thrust, slower orbit-raising) of electric propulsion systems and evaluate their impact on India’s space exploration and global competitiveness. Structure of the Answer: Introduction: Briefly introduce the importance of electric propulsion in modern satellite technology and ISRO’s upcoming launch as a breakthrough. Body: Advantages of Electric Propulsion: Focus on fuel efficiency, lighter satellites, cost reduction, and longer operational life. Challenges of Electric Propulsion: Discuss slower orbit-raising, complex design, and specialized knowledge required. Impact on India’s Space Exploration: Evaluate how this will enhance ISRO’s global competitiveness by making missions more cost-effective and sustainable. Conclusion: Conclude with a futuristic statement on how electric propulsion will open new possibilities for advanced space missions and boost India’s leadership in space technology.
Why the question:
ISRO’s upcoming launch of fully electric-propelled satellites marks a significant technological shift, with implications for cost-efficiency, satellite lifespan, and India’s global space standing.
Key Demand of the question:
Analyze the advantages (efficiency, cost reduction, longer lifespan) and challenges (lower thrust, slower orbit-raising) of electric propulsion systems and evaluate their impact on India’s space exploration and global competitiveness.
Structure of the Answer:
Introduction: Briefly introduce the importance of electric propulsion in modern satellite technology and ISRO’s upcoming launch as a breakthrough.
• Advantages of Electric Propulsion: Focus on fuel efficiency, lighter satellites, cost reduction, and longer operational life.
• Challenges of Electric Propulsion: Discuss slower orbit-raising, complex design, and specialized knowledge required.
• Impact on India’s Space Exploration: Evaluate how this will enhance ISRO’s global competitiveness by making missions more cost-effective and sustainable.
Conclusion: Conclude with a futuristic statement on how electric propulsion will open new possibilities for advanced space missions and boost India’s leadership in space technology.