Demand — actual & forecast
issued 3 Oct, 02:00 IST
Global modelPeak 11.4 GW · 17:00 IST
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Andhra Pradesh · generation mix · back to 2020
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State at a glance
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Subsidies & Incentives
3 active schemes applicable to Andhra Pradesh
Editorial seed catalogue covering central schemes (PM Surya Ghar Muft Bijli Yojana, PM-KUSUM) plus state-specific schemes (DBT for agriculture, domestic free-units, OA banking). Rows with is_modeled=true are reasonable estimates pending direct verification of the primary GR / regulator order.
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Every story tagged Andhra Pradesh, with its sources and the figures it reports, lives on one page you can filter and search.
Read Andhra Pradesh newsAndhra Pradesh is drawing 10,135 MW as of 2026-10-02T20:00:00+00:00 IST, sourced from the India Energy Atlas state-page-live snapshot.
Renewables (solar, wind, hydro, biomass) account for 7.9% of in-state generation in Andhra Pradesh as of 2026-10-02T20:00:00+00:00 IST. Nuclear and imports are excluded.
Andhra Pradesh's current grid carbon intensity is 872 gCO2/kWh as of 2026-10-02T20:00:00+00:00 IST, computed from the metered fuel mix using CEA v18 lifecycle emission factors.
Today's peak demand so far in Andhra Pradesh occurred at 00:30 IST. The value remains provisional until the current IST day ends.
Distribution in Andhra Pradesh is handled by one or more state-licensed DISCOMs; see the DISCOM card on the state page for the live roster.
The day-ahead demand forecast for Andhra Pradesh runs at single-digit MAPE; we publish the rolling 30-day MAPE on the State MAPE History card so readers can audit it themselves. Live demand comes from the SLDC scrape when available; non-SLDC states use the Atlas DISCOM disaggregation pipeline (Tier-A/B/C provenance, P10/P50/P90 bands).
Andhra Pradesh is drawing 10,135 MW of electricity at the current hour (2026-10-03T03:00:00+05:30 IST), per the India Energy Atlas state-page-live snapshot.
The latest modeled in-state generation mix for Andhra Pradesh is dominated by Coal at 89.9%. Grid carbon intensity is 872 gCO2/kWh.
Demand for Andhra Pradesh is sourced from a live SLDC scrape (metered, no disaggregation needed).
The day-ahead hourly demand forecast for Andhra Pradesh publishes a ±1.5σ band over the next 24 hours — per-state model v21 (holdout MAPE 3.2%); level-calibrated x1.74 vs canonical trailing 24h.
Composed at 2026-10-03T03:00:00+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.
Verified <5% on the leak-free IEA-1763 spike; the live-served forecast is currently above target (serving-side level/staleness artifact) pending the recommended calibration deploy.
Median gCO₂/kWh · day-of-week × hour-of-day (IST)
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Policy & RE Transition
Latest actual
FY23 · modelled
Shortfall
vs FY23 target
A Renewable Purchase Obligation is statutory, not aspirational: a state utility must source a set share of its energy from renewables or pay a penalty. A widening shortfall against the MNRE trajectory is an early signal of either a procurement gap or a banked-REC scramble at year-end — both move power and REC prices.
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 04:30 IST
Coverage: frequency since 2025-09-19; congestion since 2026-05-22; demand records since 2018-01-01; news since 2026-05-22.
Interchange over-drawal +368 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Interchange over-drawal +245 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Interchange over-drawal +285 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Interchange over-drawal +276 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Interchange under-drawal -178 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Interchange under-drawal -176 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Interchange under-drawal -203 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Interchange over-drawal +193 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Interchange over-drawal +192 MW vs schedule
Inter-state transfer · POSOCO PSP daily
Daily analytics cache
30D avg peak
2026-10-03
YoY peak shift
baseline window
Load factor
2 daily rows
Shortage days
19.9 MU
30D carbon avg
derived daily layer
Weather-load link
joined weather samples
Data centers
60 MW mapped
Fiber routes
364 route segments
Digital infra basis
State bounds route estimate
Seasonality
Monthly average daily peak load
An hourly residential cost curve isn't published for Andhra Pradesh yet — it appears once the underlying tariff data is available.
Upstream: atlas-discom-disaggregation · /v1/discom-disaggregation/hourly-residential-demand
Residential Tariff
| Schedule | Slab | Energy rate (₹/kWh) |
|---|---|---|
| LT-I-A | 0–30 kWh | ₹1.90 |
| LT-I-A | 30–75 kWh | ₹3.00 |
| LT-I-A | 75–125 kWh | ₹4.50 |
| LT-I-A | 125–225 kWh | ₹6.00 |
| LT-I-A | 225–400 kWh | ₹8.75 |
| LT-I-A | 400+ kWh | ₹9.75 |
10-Year Tariff History
Published slab rates · no derived averages
DISCOM Health
Southern Power Distribution Company of Andhra Pradesh Limited
ImprovingAT&C losses, FY16 → FY23
11.4%
Latest
Aggregate Technical & Commercial losses per PFC's Annual Integrated Rating of State Power Distribution Utilities. Backfilled FY16 onwards where published. Latest published edition is the 13th Rating (FY22-23 data); forward-year cells marked is_modeled=true.
AT&C (Aggregate Technical & Commercial) loss is the single clearest read on a distribution utility's solvency. Every percentage point is power delivered but never billed or collected; a worsening trend tells you a DISCOM is heading toward the payment delays that ripple back to gencos and IPPs.