Jammu and Kashmir is drawing 2,246 MW of electricity at the current hour (2026-10-04T05:00:00+05:30 IST), per the India Energy Atlas state-page-live snapshot.
The latest modeled in-state generation mix for Jammu and Kashmir is dominated by Hydro at 100.0%. Grid carbon intensity is 24 gCO2/kWh.
Hourly disaggregation for Jammu and Kashmir is awaiting the cross-project Atlas DISCOM Disaggregation tier-A endpoint; once it lands the live page will surface P10/P50/P90 bands without any FE change.
The day-ahead hourly demand forecast for Jammu and Kashmir publishes a ±1.5σ band over the next 24 hours — per-state model v20 (holdout MAPE 6.9%).
Composed at 2026-10-04T05:00:00+05:30
Load shape
SOURCE: SLDC + modeled demand · UPDATED 04:30 IST
Load distribution
SOURCE: SLDC + modeled demand · UPDATED 04:30 IST
Weather sensitivity
Slope
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R²
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Confidence
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Demand's sensitivity to temperature (MW per degree) is what turns a heatwave forecast into a load forecast. A high, tight slope means cooling load dominates and peaks are weather-driven and forecastable; a weak or noisy slope means the swing factor is something else — industrial shifts, agriculture, or a data gap worth questioning.
No MAPE history payload returned for Jammu and Kashmir.
No forecast scorecard returned for Jammu and Kashmir.
A carbon scorecard isn't published for Jammu and Kashmir yet — it appears once enough hourly generation history has accumulated.
No solar capture-rate payload returned for Jammu and Kashmir.
Grid cleanliness
Each cell is one hour's grid carbon intensity. Greener = cleaner, browner = more fossil — the green hours are when discretionary load is cheapest on emissions.
SOURCE: CEA carbon factors · UPDATED 06:30 IST
Generation mix
Each band is a fuel's share of generation each hour — watch the solar wedge swell midday and coal hold the baseload, independent of total load.
SOURCE: SLDC fuel mix · UPDATED 06:30 IST
An hourly residential cost curve isn't published for Jammu and Kashmir yet — it appears once the underlying tariff data is available.