Conventional energy sources remain indispensable despite the rapid growth of renewable energy in India. Analyse the reasons and examine the challenges in transitioning to a renewab
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Conventional energy sources remain indispensable despite the rapid growth of renewable energy in India. Analyse the reasons and examine the challenges in transitioning to a renewable-dominant energy mix.
Analyze
Energy Transition in India: Context
- Despite rapid renewable expansion, conventional sources (coal ~65–70% of peak demand) remain central due to reliability and dispatchability constraints.
Reasons for Continued Indispensability
- Baseload & Grid Stability Thermal power provides firm, round-the-clock supply, unlike intermittent solar/wind (CEA data: ~256 GW peak demand).
- Intermittency & Duck Curve Solar contributes ~30% installed capacity but lower peak share (~20–22%), due to daytime concentration and evening deficits.
- Storage Deficit Limited Battery Energy Storage Systems (BESS) restrict shifting of surplus renewable energy to peak hours (NITI Aayog storage roadmap).
- Energy Security Domestic coal availability (~200 MT stocks) ensures short-term resilience against global shocks.
Challenges in Transitioning to Renewable-Dominant Mix
- Grid & Transmission Constraints Inadequate transmission leads to curtailment and under-utilisation of RE, weakening investor confidence.
- Peak Demand Mismatch Evening/night demand cannot be met by solar, creating structural dependence on thermal backup.
- Financial & Policy Barriers High upfront costs of storage, petroleum exclusion from GST, and DISCOM stress hinder transition (Kelkar Committee on GST).
- Technological Gaps Need for flexible grids, smart metering, and hybrid systems to integrate variable RE.
- Environmental Trade-offs Large-scale RE deployment raises land use and ecological concerns.
Interconnections
- Curtailment → Lower returns → Slower RE investment → Prolonged coal dependence.
- Grid instability without storage reinforces the role of thermal power, delaying transition.
Conclusion
- Conventional energy remains indispensable in the transition phase, not as a long-term solution.
- A “trinity approach”—renewable expansion + BESS deployment + grid reforms—is essential for a phased, reliable shift to RE dominance, ensuring energy security without disruption.
Directive Word: ANALYSE + EXAMINE (hybrid) (Frame → Cause → Effect → Interconnections → Significance)
Answer Hint:
- Thermal 66.9% of 256.1 GW peak (Apr 25) → coal 200 MT stocks stable → dispatchable baseload ≠ replaceable by intermittent RE
- Cause: duck curve + BESS deficit + transmission gap → 30% solar installed ≠ 30% peak utilised → curtailment persists
- Cause: evening/night demand → zero solar → thermal indispensable → RE intermittency = structural dependency on coal
- Effect: 44.61 GW solar added FY26 → daytime RE share ↑ → but peak demand gap widens without storage
- Interconnection: grid stability → curtailment → under-utilisation → RE investment signals weakened → transition slows
- Challenges: BESS deployment lag + transmission infrastructure gap + petroleum outside GST → cascading cost barrier
- Verdict: conventional = indispensable in transition phase → solar + BSD + grid reform = trinity → managed RE dominance, not overnight shift
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