Additional data: Ember, CEA, CERC, IEA, Bloomberg, NREL, Mercom India · Feb 2026
01
The Chokepoint Crisis
India's renewable energy sector has hit a structural wall. With 203+ GW of non-hydro renewable capacity installed by November 2025 - making renewables 50% of total installed capacity - the grid designed for centralised thermal generation is buckling under the weight of distributed, variable power. The Mint article captures the frontline of this crisis in Rajasthan and Gujarat, where sweeping production cuts at solar and wind farms signal a systemic failure, not a temporary glitch.
203 GW
RE Capacity Installed
18%
Solar Curtailed Monthly
₹575-690 Cr
Compensation Payouts
4 GW
Curtailed in Rajasthan
▲The curtailment in Rajasthan reached 51.5% during peak solar hours (10:30 AM - 2:30 PM). Revenue losses for developers hit 20-25%, raising insolvency concerns if sustained beyond six months.
WATCH: WSJ on Grid Stabilisation
Understanding why grids built for thermal power struggle with variable renewables
The WSJ analysis on grid stabilisation frames the global dimension of this same problem: grids built around the spinning mass of thermal turbines lack the physical inertia to absorb variable renewable power safely. Three core engineering challenges - inertia loss, reactive power deficits, and transmission inadequacy - converge in India with particular intensity because the country is attempting the fastest large-scale energy transition in history, on a grid that was never designed for it.
■India's grid frequency must stay within 49.90-50.05 Hz. With thermal plants providing natural inertia through spinning turbines, the system self-corrects. Solar and wind - connected through power electronics, not rotating mass - offer zero inherent inertia. Every GW of thermal replaced by RE removes a stability anchor.
