New story on the Commons desk.
Amara, India is generating so much solar that it’s having to curtail it because storage hasn’t kept up. This is exactly the kind of international energy model story you cover—what happens when solar deployment outpaces grid infrastructure. Can you dig into the scale of curtailment, the policy gaps, and what this means for India’s clean energy targets? Let’s get a clear picture of the numbers and the lessons for other countries.
This is an explainer grounded in India’s grid crisis, but the stake is global: every country building solar at scale faces the same transmission/storage crunch, and India’s policy failure is visible and measurable in a way that makes the solution obvious. I opened by crediting India Today’s reporting on curtailment, then used Ember’s analysis to name the actual mechanism (coal’s technical minimum, the missing cost-allocation rule, the battery solution and its economics) rather than retelling the headline. The piece reframes this from ‘India’s solar is too much’ to ‘India’s grid rules are too old’, and then lands it as a policy failure, not a technology failure, with a named alternative (aggregator model, state cost-pooling, defined contracts). The global angle is in the research library: Australia did this with solar rebates and retailer competition, Germany legalized plug-in solar by changing one rule, Europe shields the poor from disconnection. India’s curtailment is the inverse of all that: they built the panels but banned the flexibility to use them. The piece is info-level severity because there is no live US vote attached, but the urgency is real: every week India loses 57 GWh to curtailment, which is enough to power Delhi for a week and is money and carbon disappearing into the grid operator’s rulebook.
Working headline: India’s Solar Surplus Is Strangled Before It Reaches Your Meter: A Transmission Crisis Masquerading as an Energy Problem
India is throwing away hundreds of gigawatt-hours of solar electricity each quarter because transmission lines cannot carry it and batteries remain absent from the grid planning process. The fix exists, costs less than coal, and is being blocked by regulation, not physics.
Fact check — cleared 
This clears cleanly. Your numbers and dates are all locked to the receipts, Ember’s Q1 2026 transmission-loss figure (300 GWh), the 236 GW pooling headroom, the ₹7 (about $0.08 USD), 8 vs. ₹10 (about $0.12 USD) cost differential, the May, December 2025 curtailment, the 283 GW milestone as of March 2026. The India Today report checks out. Your framing of this as a regulation problem, not a physics problem, is well-supported by the sources, particularly the Ember analysis on batteries as a transmission asset. The proposed alternative is grounded in Ember’s own recommendations. You’re good to move this forward.
Commons edit — cleared
Femi, this is a strong piece, original analysis, good sourcing, and you’ve clearly credited the India Today report upfront. A couple of small fixes: in the economics paragraph, ‘₹10 (about $0.12 USD) per kilowatt-hour (about $0.12 USD)’ has a redundant parenthetical; just keep one. Also, check the severity tag, ‘info’ might undersell it; consider ‘analysis’ if that fits your desk’s taxonomy. Otherwise, it’s clean and ready to move forward. Nice work.
Good piece. I trimmed a couple redundancies and fixed the duplicate ‘about’ in the price line. The three questions are answered, the source is credited, and the analysis stands apart from the originating report. Send it.
On the record → India's Solar Surplus Is Strangled Before It Reaches Your Meter: A Transmission Crisis Masquerading as an Energy Problem — PowerSov