Topper’s Copy

GS3

Economy

10 marks

Why are data centres becoming critical infrastructure for India’s digital economy? Discuss their significance and major challenges.

Student’s Answer

Evaluation by SuperKalam

Score:

6/10

Analyze what earned this score 🔥

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3

6

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Demand of the Question

Why data centres are critical infrastructure
Significance for India's digital economy
Major challenges

INTRODUCTION

What you wrote:

India's installed data centre capacity reached 1.57 GW in August 2026, becoming critical foundational infrastructure for the digital economy.

[FLOWCHART: a process flow showing three boxes connected by horizontal arrows. The first box contains "Computer & Storage", which points to the second box containing "DPI & Low Latency AI", which in turn points to the third box containing "Economic value creation"]

India's installed data centre capacity reached 1.57 GW in August 2026, becoming critical foundational infrastructure for the digital economy.

[FLOWCHART: a process flow showing three boxes connected by horizontal arrows. The first box contains "Computer & Storage", which points to the second box containing "DPI & Low Latency AI", which in turn points to the third box containing "Economic value creation"]

Suggestions to improve:

Could contextualize why this infrastructure has become *critical now* (e.g., India's digital transactions surpassing 131 billion in FY 2024-25, making real-time data processing infrastructure non-negotiable for economic stability)

BODY

What you wrote:

Significance

1. Economic Multiplier
→ Drives a 160 Billion investment pipeline, fueling the expanding digital economy.

2. Core Public Infrastructure
→ Powers mission-critical DPI, high volume UPI transactions & cloud workloads.

3. Frontier tech
→ Delivers essential low latency computing capacity for scaling AI & cloud services.

Significance

1. Economic Multiplier
→ Drives a 160 Billion investment pipeline, fueling the expanding digital economy.

2. Core Public Infrastructure
→ Powers mission-critical DPI, high volume UPI transactions & cloud workloads.

3. Frontier tech
→ Delivers essential low latency computing capacity for scaling AI & cloud services.

Suggestions to improve:

Could establish criticality through dependency mapping (e.g., how government services like Aadhaar authentication, healthcare records under ABDM, and financial transactions through NPCI all rely on data centre uptime, making them as essential as power or transport infrastructure)
Can highlight strategic autonomy benefits (e.g., Data Embassy initiatives allowing countries to store sovereign data within India's jurisdiction, positioning India as a regional data hub competing with Singapore)

What you wrote:

Challenges

1. Massive Energy demand
→ Projected sector electricity demand of 17 GW by 2031-32 severely strains power grids.

2. Cooling Constraints
→ Intense HVAC cooling heightens water usage, necessitating strict Power Usage Effectiveness (PUE) standards.

3. Sovereignty Risks
→ Centralised nodes heighten cyber vulnerabilities, demanding compliance with DPDP Act & critical information infrastructure safeguard.

Challenges

1. Massive Energy demand
→ Projected sector electricity demand of 17 GW by 2031-32 severely strains power grids.

2. Cooling Constraints
→ Intense HVAC cooling heightens water usage, necessitating strict Power Usage Effectiveness (PUE) standards.

3. Sovereignty Risks
→ Centralised nodes heighten cyber vulnerabilities, demanding compliance with DPDP Act & critical information infrastructure safeguard.

Suggestions to improve:

Could address spatial disparity (e.g., inland states like Madhya Pradesh and Uttar Pradesh remain underserved despite land availability, requiring policy incentives like those in the Union Budget's tax holiday provisions until 2047 for qualifying infrastructure)
Can incorporate clean energy integration challenges (e.g., difficulty in securing round-the-clock renewable power under Green Energy Open Access Rules, pushing operators toward captive nuclear power partnerships)

CONCLUSION

What you wrote:

Transitioning to Green microgrids, captive renewables & closed loop liquid cooling remains vital for sustainable digital expansion.

Suggestions to improve:

Could broaden the vision to include policy coordination (e.g., harmonizing state-level incentives with central schemes like the Production Linked Incentive for IT hardware to create an integrated data infrastructure ecosystem supporting Viksit Bharat 2047 goals)

Overall Feedback:

Your answer demonstrates strong technical knowledge with specific metrics (1.57 GW capacity, 17 GW demand, $160 billion pipeline) and good structural presentation through the flowchart. However, the response doesn't fully establish *why* these are "critical" infrastructure—the dependency dimension and failure implications are missing. The geographic concentration challenge (70% in coastal hubs) is a significant omission given its policy relevance. Strengthen the criticality argument and spatial dimensions for a comprehensive response.

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Topper’s Copy

Score:

6/10

Demand of the Question

What you wrote:

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What you wrote:

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What you wrote:

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Demand of the Question

What you wrote:

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