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HomeStatesOpen a StateAndaman and Nicobar IslandsAndhra PradeshArunachal PradeshAssamBiharChandigarhChhattisgarhDadra and Nagar Haveli and Daman and DiuDelhiGoaGujaratHaryanaHimachal PradeshJammu and KashmirLadakhJharkhandKarnatakaKeralaLakshadweepMadhya PradeshMaharashtraManipurMeghalayaMizoramNagalandOdishaPuducherryPunjabRajasthanSikkimTamil NaduTelanganaTripuraUttar PradeshUttarakhandWest BengalAndhra Pradesh
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HomeStatesOpen a StateAndaman and Nicobar IslandsAndhra PradeshArunachal PradeshAssamBiharChandigarhChhattisgarhDadra and Nagar Haveli and Daman and DiuDelhiGoaGujaratHaryanaHimachal PradeshJammu and KashmirLadakhJharkhandKarnatakaKeralaLakshadweepMadhya PradeshMaharashtraManipurMeghalayaMizoramNagalandOdishaPuducherryPunjabRajasthanSikkimTamil NaduTelanganaTripuraUttar PradeshUttarakhandWest BengalStates

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HomeStatesOpen a StateAndaman and Nicobar IslandsAndhra PradeshArunachal PradeshAssamBiharChandigarhChhattisgarhDadra and Nagar Haveli and Daman and DiuDelhiGoaGujaratHaryanaHimachal PradeshJammu and KashmirLadakhJharkhandKarnatakaKeralaLakshadweepMadhya PradeshMaharashtraManipurMeghalayaMizoramNagalandOdishaPuducherryPunjabRajasthanSikkimTamil NaduTelanganaTripuraUttar PradeshUttarakhandWest BengalControl Room

Andhra Pradesh

Download state pack

Right now — live state snapshot

State grid status — key live tiles

as of 03:30 IST
  • Demand now
    9,076MW
  • Peak today
    No data
    this hour · SLDC + modeled demand feed quiet
  • Renewable share
    19.1%
    ▼6.3%
  • Carbon intensity
    771gCO₂/kWh
  • IEX clearing
    3.48₹/kWh
  • Frequency
    50.01Hz
  • Net interchange
    ↑2,713MW

Demand

Demand today — actual, forecast, and prior 7 days

Fuel mix

Fuel mix today — current mix and forecast

  • coal · 80.9%▲23.7 up 23.7 percentage points hour on hour
  • wind · 19.1%▲4.3 up 4.3 percentage points hour on hour
  • gas · 0.0%
  • hydro · 0.0%
  • lignite · 0.0%
  • solar · 0.0%
  • biomass — no feed

Carbon

Carbon today — emitted and forecast

Emitted today
0 kt CO₂
Forecast EOD(climatology, low conf.)
135.6 kt CO₂
+135.6 kt P50 (band shows P10–P90)

Hourly operating record

Hourly operating record — today

Forecast

Andhra Pradesh — 48-hour demand & generation forecast

Demand & Forecast

48h forecast

Next 48 hours

Modeled

Loadhour of day · IST

TodayYesterday30-day avg

Net loadhour of day · IST

TodayYesterday30-day avg

Windhour of day · IST

TodayYesterday30-day avg

Solarhour of day · IST

TodayYesterday30-day avg

Loading demand heatmap

Loading load duration curve

Historical trends

Loading two-year trace

Loading weather correlation

Loading multi-year demand

Forecast

Andhra Pradesh — demand & generation forecast for today

Demand — actual & forecast

issued 19 Aug, 03:00 ISTEstimated

BaselinePeak 13.4 GW · 18:00 IST
Full 48h forecast →

Generation by fuel — current mix & forecast

issued 19 Aug, 03:00 ISTEstimated

  • Coal
  • Lignite
  • Gas
  • Hydro
  • Wind
  • Solar
  • Imports
Forecast accuracy (MAPE) & methodology

Andhra Pradesh — Forecast vs metered (90-day MAPE)

state-mape-daily

Loading 90-day MAPE history for Andhra Pradesh

Andhra Pradesh — 48h forecast accuracy (median daily-MAPE)

state_forecast_48h

Loading 48h forecast scorecard for Andhra Pradesh

Andhra Pradesh — Carbon scorecard

SLDC fuel mix

Loading carbon scorecard for Andhra Pradesh

Fuel mix — full history

Andhra Pradesh · generation mix · back to 2020

Modeled
Biomass
Coal
Gas
Hydro
Imports
Lignite
Nuclear
Solar
Wind

Renewable Purchase Obligation compliance

Loading RPO compliance

Andhra Pradesh — Solar capture-rate

solar-capture-rate

Loading solar capture-rate for Andhra Pradesh

Loading fuel-mix share

State at a glance

Loading POSOCO visualizations

Andhra Pradesh — Event timeline

frequency × congestion × demand records × news

Reliability calendar and historical signals

Loading daily analytics

Andhra Pradesh — Residential cost curve

residential-cost-curve

Loading residential cost curve for Andhra Pradesh

Infrastructure

Subsidies and incentives

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.

Tariff slabs and category explorer

Loading tariff explorer

DISCOM AT&C losses

Loading DISCOM health

Wire this state into your pipeline:API catalogue

Andhra Pradesh — frequently asked

What's the current electricity demand in Andhra Pradesh?

Andhra Pradesh is drawing 9,076 MW as of 2026-08-18T14:00:00+00:00 IST, sourced from the India Energy Atlas state-page-live snapshot.

What's Andhra Pradesh's renewable energy share right now?

Renewables (solar, wind, hydro, nuclear) account for 19.1% of in-state generation in Andhra Pradesh as of 2026-08-18T14:00:00+00:00 IST.

What's Andhra Pradesh's grid carbon intensity?

Andhra Pradesh's current grid carbon intensity is 771 gCO2/kWh as of 2026-08-18T14:00:00+00:00 IST, computed from the metered fuel mix using CEA v18 lifecycle emission factors.

When does Andhra Pradesh's peak demand hour usually occur?

Today's peak demand in Andhra Pradesh fell at 3 pm IST. Long-run peaks land in the evening (7-9 pm IST) on the residential lighting load.

Which DISCOM serves Andhra Pradesh?

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.

How accurate is energymap.in's Andhra Pradesh data?

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).

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What the data says — Andhra Pradesh

Andhra Pradesh is drawing 9,076 MW of electricity at the current hour (2026-08-19T03:00:00+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 57.3%. Grid carbon intensity is 771 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 — based on 30 similar days across 2 years; level-calibrated x1.18 vs canonical trailing 24h.

Composed at 2026-08-19T03:00:00+05:30

Load shape

Demand heatmap — hour of day × last 28 days

00
06
12
18
20 Jul
25 Jul
30 Jul
4 Aug
9 Aug
14 Aug
Hover a cell for the hour reading
9,138
13,058lower → higher load

SOURCE: SLDC + modeled demand · UPDATED 17:30 IST

Load distribution

Load duration curve — last 29 days

PEAK 13,058 MWBASE 9,138 MWSWING 3,920 MW

SOURCE: SLDC + modeled demand · UPDATED 18:27 IST

Two-Year Demand Trace

722 daily rows

Latest peak

13,186 MW

2-yr peak

15,016 MW

Most recent: 2026-08-14

Weather sensitivity

Demand vs temperature (7d window)

Weather correlation data is not available for this state yet.

Slope

—

R²

—

Confidence

—

Source: Weather correlation
▸Why this matters

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.

Andhra Pradesh — Forecast vs metered (90-day MAPE)

state-mape-daily
Current 30-day MAPE
7.06%
Best day
3.13%
2026-06-14
Worst day
16.33%
2026-06-03
5%10%2026-05-21 · 8.05% · n=102026-05-22 · 8.49% · n=12026-05-24 · 6.35% · n=142026-05-25 · 8.24% · n=72026-05-26 · 13.85% · n=142026-05-27 · 16.26% · n=242026-05-28 · 10.92% · n=242026-05-29 · 15.37% · n=242026-05-30 · 9.56% · n=242026-05-31 · 7.33% · n=202026-06-01 · 11.44% · n=172026-06-02 · 11.55% · n=242026-06-03 · 16.33% · n=242026-06-04 · 13.21% · n=242026-06-05 · 11.18% · n=242026-06-06 · 9.83% · n=242026-06-07 · 9.61% · n=242026-06-08 · 5.85% · n=232026-06-09 · 5.15% · n=242026-06-10 · 7.88% · n=232026-06-11 · 5.86% · n=242026-06-12 · 7.73% · n=242026-06-13 · 4.90% · n=242026-06-14 · 3.13% · n=242026-06-15 · 5.17% · n=242026-06-16 · 4.53% · n=242026-06-17 · 6.39% · n=242026-06-18 · 4.53% · n=242026-06-19 · 3.66% · n=242026-06-20 · 4.98% · n=242026-06-21 · 5.00% · n=242026-06-22 · 4.10% · n=242026-06-23 · 3.87% · n=242026-06-24 · 3.59% · n=242026-06-25 · 4.90% · n=242026-06-26 · 4.12% · n=212026-06-27 · 4.24% · n=242026-06-28 · 4.16% · n=42026-06-29 · 4.49% · n=242026-06-30 · 3.96% · n=242026-07-01 · 5.40% · n=242026-07-02 · 5.57% · n=242026-07-03 · 3.93% · n=242026-07-04 · 5.50% · n=242026-07-05 · 5.38% · n=242026-07-06 · 4.13% · n=242026-07-07 · 8.24% · n=242026-07-08 · 11.84% · n=242026-07-09 · 13.55% · n=242026-07-10 · 12.32% · n=242026-07-11 · 10.90% · n=242026-07-12 · 12.16% · n=242026-07-13 · 9.56% · n=242026-07-14 · 8.28% · n=242026-07-15 · 8.02% · n=242026-07-16 · 7.17% · n=242026-07-17 · 5.72% · n=242026-07-18 · 4.15% · n=242026-07-19 · 6.36% · n=212026-07-20 · 4.35% · n=242026-07-21 · 4.55% · n=242026-07-22 · 5.99% · n=242026-07-23 · 6.76% · n=242026-07-24 · 8.51% · n=242026-07-25 · 8.26% · n=242026-07-26 · 9.12% · n=242026-07-27 · 3.53% · n=1405-2106-0706-2407-1107-27
Bands:green ≤ 5%yellow ≤ 10%red > 10%

Andhra Pradesh — 48h forecast accuracy (median daily-MAPE)

state_forecast_48h
Verified <5% · both horizons
Next-day (0–24h)
—
live · n=0d · spike 4.20%
Day-2 (24–48h)
—
live · n=0d · spike 3.72%

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 daily-MAPE on the 48h-ahead forecast (normal-day cohort), graded vs the metered actual. The verified <5% badge is earned on the leak-free IEA-1763 spike — not inferred from the live number.

Andhra Pradesh — Carbon scorecard

SLDC fuel mix
90-day average carbon intensity560gCO₂/kWh · demand-weighted mean
Greenest hour
368gCO₂/kWh
Mon · 08:00 IST · thermal
Dirtiest hour
805gCO₂/kWh
Tue · 23:00 IST · thermal

Median gCO₂/kWh · day-of-week × hour-of-day (IST)

000102030405060708091011121314151617181920212223
Mon
Tue
Wed
Thu
Fri
Sat
Sun
greenerdirtier
Window: 90d · cells with data: 168/168 · cell-vs-naive deviation: ±144

State-mean fuel share: coal 49% · solar 18% · wind 13%

Policy & RE Transition

RPO Compliance

Renewable Purchase Obligation: MNRE target trajectory vs SERC-reported actual compliance.

API

Latest actual

18.0%

FY23 · modelled

Shortfall

—pp

vs FY23 target

—Shortfall pending
Total target
Solar
Non-solar
Actual compliance
Source: Estimated from APERC tariff orders + Prayas State RPO review (FY23)
▸Why this matters

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.

IndiaEnergyAtlas.in
Source: rpo-compliance·Coverage: MNRE FY23-FY30 trajectory + SERC compliance reports

Andhra Pradesh — Solar capture-rate

solar-capture-rate
Current capture-rate
—
2026-08-18
30-day rolling capture-rate
42.5%
24/30 days with data
Solar share today
12.56%
26.83 GWh solar
Per-band capture (current day · 30-day rolling)
  • Super-peak—/ 82.8%
  • Peak—/ 37.5%
  • Off-peak—/ 122.6%
105%100%32%2026-07-20 · capture 40.6% · solar 65.38 GWh2026-07-21 · capture 38.3% · solar 65.38 GWh2026-07-22 · capture 42.4% · solar 65.38 GWh2026-07-23 · capture 44.6% · solar 65.38 GWh2026-07-24 · capture 47.4% · solar 65.38 GWh2026-07-25 · capture 48.0% · solar 65.38 GWh2026-07-26 · capture 36.7% · solar 65.38 GWh2026-07-27 · capture 44.9% · solar 65.38 GWh2026-07-28 · capture 41.5% · solar 65.38 GWh2026-07-29 · capture 40.2% · solar 65.38 GWh2026-07-30 · capture 35.9% · solar 65.38 GWh2026-07-31 · capture 38.6% · solar 65.38 GWh2026-08-01 · capture 42.6% · solar 65.38 GWh2026-08-02 · capture 39.0% · solar 63.76 GWh2026-08-03 · capture 38.4% · solar 38.36 GWh2026-08-04 · capture 79.1% · solar 3 MWh2026-08-05 · capture 32.4% · solar 1.73 GWh2026-08-07 · capture 37.9% · solar 2.69 GWh2026-08-12 · capture 46.5% · solar 25.40 GWh2026-08-13 · capture 55.9% · solar 24.64 GWh2026-08-14 · capture 35.6% · solar 21.21 GWh2026-08-15 · capture 34.6% · solar 33.41 GWh2026-08-16 · capture 37.9% · solar 29.65 GWh2026-08-17 · capture 41.6% · solar 17.23 GWh07-2007-2608-0108-1208-17
Weighted avg price: ₹0/MWh · solar-weighted: ₹0/MWh

Capture-rate is (Σ p·g / Σ p·d) ÷ (Σ g / Σ d) — the per-day solar revenue share over solar generation share, against IEX area-clearing prices. A value below 100 % means solar pumped at hours when the area was cheap.

Generation mix

Fuel-mix share — last 8 days, normalized to 100%

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.

  • Nuclear
  • Coal
  • Lignite
  • Gas
  • Hydro
  • Biomass
  • Wind
  • Solar
  • Imports

SOURCE: SLDC fuel mix · UPDATED 04:30 IST

Reliability — POSOCO PSP

Daily peak, shortage and frequency for Andhra Pradesh

1,406 day rows · 3-year window

All-time state peak

15,016MW

2026-05-21

Days with shortage

0days

Within window

Cumulative shortage

0.0MU

Energy not served

Worst single day

0.0MU

No shortage in window

Adequacy calendar

Energy shortage by day

Each square is one day. Color intensity = energy shortage (MU).

00
20240 days with shortage
JanFebMarAprMayJunJulAugSepOctNovDec2024-01-01: 02024-01-02: 02024-01-03: 02024-01-04: 02024-01-05: 02024-01-06: 02024-01-07: 02024-01-08: 02024-01-09: 02024-01-10: 02024-01-11: 02024-01-12: 02024-01-13: 02024-01-14: 02024-01-15: 02024-01-16: 02024-01-17: 02024-01-18: 02024-01-19: 02024-01-20: 02024-01-21: 02024-01-22: 02024-01-23: 02024-01-24: 02024-01-25: 02024-01-26: 02024-01-27: 02024-01-28: 02024-01-29: 02024-01-30: 02024-01-31: 02024-02-01: 02024-02-02: 02024-02-03: 02024-02-04: 02024-02-05: 02024-02-06: 02024-02-07: 02024-02-08: 02024-02-09: 02024-02-10: 02024-02-11: 02024-02-12: 02024-02-13: 02024-02-14: 02024-02-15: 02024-02-16: 02024-02-17: 02024-02-18: 02024-02-19: 02024-02-20: 02024-02-21: 02024-02-22: 02024-02-23: 02024-02-24: 02024-02-25: 02024-02-26: 02024-02-27: 02024-02-28: 02024-02-29: 02024-03-01: 02024-03-02: 02024-03-03: 02024-03-04: 02024-03-05: 02024-03-06: 02024-03-07: 02024-03-08: 02024-03-09: 02024-03-10: 02024-03-11: 02024-03-12: 02024-03-13: 02024-03-14: 02024-03-15: 02024-03-16: 02024-03-17: 02024-03-18: 02024-03-19: 02024-03-20: 02024-03-21: 02024-03-22: 02024-03-23: 02024-03-24: 02024-03-25: 02024-03-26: 02024-03-27: 02024-03-28: 02024-03-29: 02024-03-30: 02024-03-31: 02024-04-01: 02024-04-02: 02024-04-03: 02024-04-04: 02024-04-05: 02024-04-06: 02024-04-07: 02024-04-08: 02024-04-09: 02024-04-10: 02024-04-11: 02024-04-12: 02024-04-13: 02024-04-14: 02024-04-15: 02024-04-16: 02024-04-17: 02024-04-18: 02024-04-19: 02024-04-20: 02024-04-21: 02024-04-22: 02024-04-23: 02024-04-24: 02024-04-25: 02024-04-26: 02024-04-27: 02024-04-28: 02024-04-29: 02024-04-30: 02024-05-01: 02024-05-02: 02024-05-03: 02024-05-04: 02024-05-05: 02024-05-06: 02024-05-07: 02024-05-08: 02024-05-09: 02024-05-10: 02024-05-11: 02024-05-12: 02024-05-13: 02024-05-14: 02024-05-15: 02024-05-16: 02024-05-17: 02024-05-18: 02024-05-19: 02024-05-20: 02024-05-21: 02024-05-22: 02024-05-23: 02024-05-24: 02024-05-25: 02024-05-26: 02024-05-27: 02024-05-28: 02024-05-29: 02024-05-30: 02024-05-31: 02024-06-01: 02024-06-02: 02024-06-03: 02024-06-04: 02024-06-05: 02024-06-06: 02024-06-07: 02024-06-08: 02024-06-09: 02024-06-10: 02024-06-11: 02024-06-12: 02024-06-13: 02024-06-14: 02024-06-15: 02024-06-16: 02024-06-17: 02024-06-18: 02024-06-19: 02024-06-20: 02024-06-21: 02024-06-22: 02024-06-23: 02024-06-24: 02024-06-25: 02024-06-26: 02024-06-27: 02024-06-28: 02024-06-29: 02024-06-30: 02024-07-01: 02024-07-02: 02024-07-03: 02024-07-04: 02024-07-05: 02024-07-06: 02024-07-07: 02024-07-08: 02024-07-09: 02024-07-10: 02024-07-11: 02024-07-12: 02024-07-13: 02024-07-14: 02024-07-15: 02024-07-16: 02024-07-17: 02024-07-18: 02024-07-19: 02024-07-20: 02024-07-21: 02024-07-22: 02024-07-23: 02024-07-24: 02024-07-25: 02024-07-26: 02024-07-27: 02024-07-28: 02024-07-29: 02024-07-30: 02024-07-31: 02024-08-01: 02024-08-02: 02024-08-03: 02024-08-04: 02024-08-05: 02024-08-06: 02024-08-07: 02024-08-08: 02024-08-09: 02024-08-10: 02024-08-11: 02024-08-12: 02024-08-13: 02024-08-14: 02024-08-15: 02024-08-16: 02024-08-17: 02024-08-18: 02024-08-19: 02024-08-20: 02024-08-21: 02024-08-22: 02024-08-23: 02024-08-24: 02024-08-25: 02024-08-26: 02024-08-27: 02024-08-28: 02024-08-29: 02024-08-30: 02024-08-31: 02024-09-01: 02024-09-02: 02024-09-03: 02024-09-04: 02024-09-05: 02024-09-06: 02024-09-07: 02024-09-08: 02024-09-09: 02024-09-10: 02024-09-11: 02024-09-12: 02024-09-13: 02024-09-14: 02024-09-15: 02024-09-16: 02024-09-17: 02024-09-18: 02024-09-19: 02024-09-20: 02024-09-21: 02024-09-22: 02024-09-23: 02024-09-24: 02024-09-25: 02024-09-26: 02024-09-27: 02024-09-28: 02024-09-29: 02024-09-30: 02024-10-01: 02024-10-02: 02024-10-03: 02024-10-04: 02024-10-05: 02024-10-06: 02024-10-07: 02024-10-08: 02024-10-09: 02024-10-10: 02024-10-11: 02024-10-12: 02024-10-13: 02024-10-14: 02024-10-15: 02024-10-16: 02024-10-17: 02024-10-18: 02024-10-19: 02024-10-20: 02024-10-21: 02024-10-22: 02024-10-23: 02024-10-24: 02024-10-25: 02024-10-26: 02024-10-27: 02024-10-28: 02024-10-29: 02024-10-30: 02024-10-31: 02024-11-01: 02024-11-02: 02024-11-03: 02024-11-04: 02024-11-05: 02024-11-06: 02024-11-07: 02024-11-08: 02024-11-09: 02024-11-10: 02024-11-11: 02024-11-12: 02024-11-13: 02024-11-14: 02024-11-15: 02024-11-16: 02024-11-17: 02024-11-18: 02024-11-19: 02024-11-20: 02024-11-21: 02024-11-22: 02024-11-23: 02024-11-24: 02024-11-25: 02024-11-26: 02024-11-27: 02024-11-28: 02024-11-29: 02024-11-30: 02024-12-01: 02024-12-02: 02024-12-03: 02024-12-04: 02024-12-05: 02024-12-06: 02024-12-07: 02024-12-08: 02024-12-09: 02024-12-10: 02024-12-11: 02024-12-12: 02024-12-13: 02024-12-14: 02024-12-15: 02024-12-16: 02024-12-17: 02024-12-18: 02024-12-19: 02024-12-20: 02024-12-21: 02024-12-22: 02024-12-23: 02024-12-24: 02024-12-25: 02024-12-26: 02024-12-27: 02024-12-28: 02024-12-29: 02024-12-30: 02024-12-31: 0
20250 days with shortage
JanFebMarAprMayJunJulAugSepOctNovDec2025-01-01: 02025-01-02: 02025-01-03: 02025-01-04: 02025-01-05: 02025-01-06: 02025-01-07: 02025-01-08: 02025-01-09: 02025-01-10: 02025-01-11: 02025-01-12: 02025-01-13: 02025-01-14: 02025-01-15: 02025-01-16: 02025-01-17: 02025-01-18: 02025-01-19: 02025-01-20: 02025-01-21: 02025-01-22: 02025-01-23: 02025-01-24: 02025-01-25: 02025-01-26: 02025-01-27: 02025-01-28: 02025-01-29: 02025-01-30: 02025-01-31: 02025-02-01: 02025-02-02: 02025-02-03: 02025-02-04: 02025-02-05: 02025-02-06: 02025-02-07: 02025-02-08: 02025-02-09: 02025-02-10: 02025-02-11: 02025-02-12: 02025-02-13: 02025-02-14: 02025-02-15: 02025-02-16: 02025-02-17: 02025-02-18: 02025-02-19: 02025-02-20: 02025-02-21: 02025-02-22: 02025-02-23: 02025-02-24: 02025-02-25: 02025-02-26: 02025-02-27: 02025-02-28: 02025-03-01: 02025-03-02: 02025-03-03: 02025-03-04: 02025-03-05: 02025-03-06: 02025-03-07: 02025-03-08: 02025-03-09: 02025-03-10: 02025-03-11: 02025-03-12: 02025-03-13: 02025-03-14: 02025-03-15: 02025-03-16: 02025-03-17: 02025-03-18: 02025-03-19: 02025-03-20: 02025-03-21: 02025-03-22: 02025-03-23: 02025-03-24: 02025-03-25: 02025-03-26: 02025-03-27: 02025-03-28: 02025-03-29: 02025-03-30: 02025-03-31: 02025-04-01: 02025-04-02: 02025-04-03: 02025-04-04: 02025-04-05: 02025-04-06: 02025-04-07: 02025-04-08: 02025-04-09: 02025-04-10: 02025-04-11: 02025-04-12: 02025-04-13: 02025-04-14: 02025-04-15: 02025-04-16: 02025-04-17: 02025-04-18: 02025-04-19: 02025-04-20: 02025-04-21: 02025-04-22: 02025-04-23: 02025-04-24: 02025-04-25: 02025-04-26: 02025-04-27: 02025-04-28: 02025-04-29: 02025-04-30: 02025-05-01: 02025-05-02: 02025-05-03: 02025-05-04: 02025-05-05: 02025-05-06: 02025-05-07: 02025-05-08: 02025-05-09: 02025-05-10: 02025-05-11: 02025-05-12: 02025-05-13: 02025-05-14: 02025-05-15: 02025-05-16: 02025-05-17: 02025-05-18: 02025-05-19: 02025-05-20: 02025-05-21: 02025-05-22: 02025-05-23: 02025-05-24: 02025-05-25: 02025-05-26: 02025-05-27: 02025-05-28: 02025-05-29: 02025-05-30: 02025-05-31: 02025-06-01: 02025-06-02: 02025-06-03: 02025-06-04: 02025-06-05: 02025-06-06: 02025-06-07: 02025-06-08: 02025-06-09: 02025-06-10: 02025-06-11: 02025-06-12: 02025-06-13: 02025-06-14: 02025-06-15: 02025-06-16: 02025-06-17: 02025-06-18: 02025-06-19: 02025-06-20: 02025-06-21: 02025-06-22: 02025-06-23: 02025-06-24: 02025-06-25: 02025-06-26: 02025-06-27: 02025-06-28: 02025-06-29: 02025-06-30: 02025-07-01: 02025-07-02: 02025-07-03: 02025-07-04: 02025-07-05: 02025-07-06: 02025-07-07: 02025-07-08: 02025-07-09: 02025-07-10: 02025-07-11: 02025-07-12: 02025-07-13: 02025-07-14: 02025-07-15: 02025-07-16: 02025-07-17: 02025-07-18: 02025-07-19: 02025-07-20: 02025-07-21: 02025-07-22: 02025-07-23: 02025-07-24: 02025-07-25: 02025-07-26: 02025-07-27: 02025-07-28: 02025-07-29: 02025-07-30: 02025-07-31: 02025-08-01: 02025-08-02: 02025-08-03: 02025-08-04: 02025-08-05: 02025-08-06: 02025-08-07: 02025-08-08: 02025-08-09: 02025-08-10: 02025-08-11: 02025-08-12: 02025-08-13: 02025-08-14: 02025-08-15: 02025-08-16: 02025-08-17: 02025-08-18: 02025-08-19: 02025-08-20: 02025-08-21: 02025-08-22: 02025-08-23: 02025-08-24: 02025-08-25: 02025-08-26: 02025-08-27: 02025-08-28: 02025-08-29: 02025-08-30: 02025-08-31: 02025-09-01: 02025-09-02: 02025-09-03: 02025-09-04: 02025-09-05: 02025-09-06: 02025-09-07: 02025-09-08: 02025-09-09: 02025-09-10: 02025-09-11: 02025-09-12: 02025-09-13: 02025-09-14: 02025-09-15: 02025-09-16: 02025-09-17: 02025-09-18: 02025-09-19: 02025-09-20: 02025-09-21: 02025-09-22: 02025-09-23: 02025-09-24: 02025-09-25: 02025-09-26: 02025-09-27: 02025-09-28: 02025-09-29: 02025-09-30: 02025-10-01: 02025-10-02: 02025-10-03: 02025-10-04: 02025-10-05: 02025-10-06: 02025-10-07: 02025-10-08: 02025-10-09: 02025-10-10: 02025-10-11: 02025-10-12: 02025-10-13: 02025-10-14: 02025-10-15: 02025-10-16: 02025-10-17: 02025-10-18: 02025-10-19: 02025-10-20: 02025-10-21: 02025-10-22: 02025-10-23: 02025-10-24: 02025-10-25: 02025-10-26: 02025-10-27: 02025-10-28: 02025-10-29: 02025-10-30: 02025-10-31: 02025-11-01: 02025-11-02: 02025-11-03: 02025-11-04: 02025-11-05: 02025-11-06: 02025-11-07: 02025-11-08: 02025-11-09: 02025-11-10: 02025-11-11: 02025-11-12: 02025-11-13: 02025-11-14: 02025-11-15: 02025-11-16: 02025-11-17: 02025-11-18: 02025-11-19: 02025-11-20: 02025-11-21: 02025-11-22: 02025-11-23: 02025-11-24: 02025-11-25: 02025-11-26: 02025-11-27: 02025-11-28: 02025-11-29: 02025-11-30: 02025-12-01: 02025-12-02: 02025-12-03: 02025-12-04: 02025-12-05: 02025-12-06: 02025-12-07: 02025-12-08: 02025-12-09: 02025-12-10: 02025-12-11: 02025-12-12: 02025-12-13: 02025-12-14: 02025-12-15: 02025-12-16: 02025-12-17: 02025-12-18: 02025-12-19: 02025-12-20: 02025-12-21: 02025-12-22: 02025-12-23: 02025-12-24: 02025-12-25: 02025-12-26: 02025-12-27: 02025-12-28: 02025-12-29: 02025-12-30: 02025-12-31: 0
20260 days with shortage
JanFebMarAprMayJunJulAugSepOctNovDec2026-01-01: 02026-01-02: 02026-01-03: 02026-01-04: 02026-01-05: 02026-01-06: 02026-01-07: 02026-01-08: 02026-01-09: 02026-01-10: 02026-01-11: 02026-01-12: 02026-01-13: 02026-01-14: 02026-01-15: 02026-01-16: 02026-01-17: 02026-01-18: 02026-01-19: 02026-01-20: 02026-01-21: 02026-01-22: 02026-01-23: 02026-01-24: 02026-01-25: 02026-01-26: 02026-01-27: 02026-01-28: 02026-01-29: 02026-01-30: 02026-01-31: 02026-02-01: 02026-02-02: 02026-02-03: 02026-02-04: 02026-02-05: 02026-02-06: 02026-02-07: 02026-02-08: 02026-02-09: 02026-02-10: 02026-02-11: 02026-02-12: 02026-02-13: 02026-02-14: 02026-02-15: 02026-02-16: 02026-02-17: 02026-02-18: 02026-02-19: 02026-02-20: 02026-02-21: 02026-02-22: 02026-02-23: 02026-02-24: 02026-02-25: 02026-02-26: 02026-02-27: 02026-02-28: 02026-03-01: 02026-03-02: 02026-03-03: 02026-03-04: 02026-03-05: 02026-03-06: 02026-03-07: 02026-03-08: 02026-03-09: 02026-03-10: 02026-03-11: 02026-03-12: 02026-03-13: 02026-03-14: 02026-03-15: 02026-03-16: 02026-03-17: 02026-03-18: 02026-03-19: 02026-03-20: 02026-03-21: 02026-03-22: 02026-03-23: 02026-03-24: 02026-03-25: 02026-03-26: 02026-03-27: 02026-03-28: 02026-03-29: 02026-03-30: 02026-03-31: 02026-04-01: 02026-04-02: 02026-04-03: 02026-04-04: 02026-04-05: 02026-04-06: 02026-04-07: 02026-04-08: 02026-04-09: 02026-04-10: 02026-04-11: 02026-04-12: 02026-04-13: 02026-04-14: 02026-04-15: 02026-04-16: 02026-04-17: 02026-04-18: 02026-04-19: 02026-04-20: 02026-04-21: 02026-04-22: 02026-04-23: 02026-04-24: 02026-04-25: 02026-04-26: 02026-04-27: 02026-04-28: 02026-04-29: 02026-04-30: 02026-05-01: 02026-05-02: 02026-05-03: 02026-05-04: 02026-05-05: 02026-05-06: 02026-05-07: 02026-05-08: 02026-05-09: 02026-05-10: 02026-05-11: 02026-05-12: 02026-05-13: 02026-05-14: 02026-05-15: 02026-05-16: 02026-05-17: 02026-05-18: 02026-05-19: 02026-05-20: 02026-05-21: 02026-05-22: 02026-05-23: 02026-05-24: 02026-05-25: 02026-05-26: 02026-05-27: 02026-05-28: 02026-05-29: 02026-05-30: 02026-05-31: 02026-06-01: 02026-06-02: 02026-06-03: 02026-06-04: 02026-06-05: 02026-06-06: 02026-06-07: 02026-06-08: 02026-06-09: 02026-06-10: 02026-06-11: 02026-06-12: 02026-06-13: 02026-06-14: 02026-06-15: 02026-06-16: 02026-06-17: 02026-06-18: 02026-06-19: 02026-06-20: 02026-06-21: 02026-06-22: 02026-06-23: 02026-06-24: 02026-06-25: 02026-06-26: 02026-06-27: 02026-06-28: 02026-06-29: 02026-06-30: 02026-07-01: 02026-07-02: 02026-07-03: 02026-07-04: 02026-07-05: 02026-07-06: 02026-07-07: 02026-07-08: 02026-07-09: 02026-07-10: 02026-07-11: 02026-07-12: 02026-07-13: 02026-07-14: 02026-07-15: 02026-07-16: 02026-07-17: 02026-07-18: 02026-07-19: 02026-07-20: 02026-07-21: 02026-07-22: 02026-07-23: 02026-07-24: 02026-07-25: 02026-07-26: 02026-07-27: 02026-07-28: 02026-07-29: 02026-07-30: 02026-07-31: 02026-08-01: 02026-08-02: 02026-08-03: 02026-08-04: 02026-08-05: 02026-08-06: 02026-08-07: 02026-08-08: 02026-08-09: 02026-08-10: 02026-08-11: 02026-08-12: 02026-08-13: 02026-08-14: 02026-08-15: 02026-08-16: 02026-08-17: 02026-08-18: 02026-08-19: 02026-08-20: 02026-08-21: 02026-08-22: 02026-08-23: 02026-08-24: 02026-08-25: 02026-08-26: 02026-08-27: 02026-08-28: 02026-08-29: 02026-08-30: 02026-08-31: 02026-09-01: 02026-09-02: 02026-09-03: 02026-09-04: 02026-09-05: 02026-09-06: 02026-09-07: 02026-09-08: 02026-09-09: 02026-09-10: 02026-09-11: 02026-09-12: 02026-09-13: 02026-09-14: 02026-09-15: 02026-09-16: 02026-09-17: 02026-09-18: 02026-09-19: 02026-09-20: 02026-09-21: 02026-09-22: 02026-09-23: 02026-09-24: 02026-09-25: 02026-09-26: 02026-09-27: 02026-09-28: 02026-09-29: 02026-09-30: 02026-10-01: 02026-10-02: 02026-10-03: 02026-10-04: 02026-10-05: 02026-10-06: 02026-10-07: 02026-10-08: 02026-10-09: 02026-10-10: 02026-10-11: 02026-10-12: 02026-10-13: 02026-10-14: 02026-10-15: 02026-10-16: 02026-10-17: 02026-10-18: 02026-10-19: 02026-10-20: 02026-10-21: 02026-10-22: 02026-10-23: 02026-10-24: 02026-10-25: 02026-10-26: 02026-10-27: 02026-10-28: 02026-10-29: 02026-10-30: 02026-10-31: 02026-11-01: 02026-11-02: 02026-11-03: 02026-11-04: 02026-11-05: 02026-11-06: 02026-11-07: 02026-11-08: 02026-11-09: 02026-11-10: 02026-11-11: 02026-11-12: 02026-11-13: 02026-11-14: 02026-11-15: 02026-11-16: 02026-11-17: 02026-11-18: 02026-11-19: 02026-11-20: 02026-11-21: 02026-11-22: 02026-11-23: 02026-11-24: 02026-11-25: 02026-11-26: 02026-11-27: 02026-11-28: 02026-11-29: 02026-11-30: 02026-12-01: 02026-12-02: 02026-12-03: 02026-12-04: 02026-12-05: 02026-12-06: 02026-12-07: 02026-12-08: 02026-12-09: 02026-12-10: 02026-12-11: 02026-12-12: 02026-12-13: 02026-12-14: 02026-12-15: 02026-12-16: 02026-12-17: 02026-12-18: 02026-12-19: 02026-12-20: 02026-12-21: 02026-12-22: 02026-12-23: 02026-12-24: 02026-12-25: 02026-12-26: 02026-12-27: 02026-12-28: 02026-12-29: 02026-12-30: 02026-12-31: 0

Loading 90-day adequacy strip

SourcePOSOCO PSP state-level rowsofficialUpdated15 Aug 2026, 5:30 am ISTRefreshDailyCoverage1,406 day-rows

Andhra Pradesh — Event timeline

frequency × congestion × demand records × news

Coverage: frequency since 2025-09-19; congestion since 2026-05-22; demand records since 2018-01-01; news since 2026-05-22.

⚡Frequency excursion93🧱Congestion bind1📈Demand record0📰News event0
93 frequency excursions in band (49.60–50.21 Hz)
  1. 🧱2026-07-20T12:00:00+05:30·mild

    Interchange over-drawal +162 MW vs schedule

    Inter-state transfer · POSOCO PSP daily

    direct

Daily analytics cache

Two-year state signals

30D avg peak

13,540MW

2026-08-18

YoY peak shift

0%→ 0.0%

baseline window

Load factor

83%

1 daily rows

Shortage days

0days

0 MU

30D carbon avg

0gCO2/kWh

derived daily layer

Weather-load link

1days

joined weather samples

Data centers

2sites

60 MW mapped

Fiber routes

28,082km

364 route segments

Digital infra basis

Mapped

State bounds route estimate

Seasonality

Monthly average daily peak load

1 months

Andhra Pradesh — Residential cost curve

residential-cost-curve
Not yet available

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

ScheduleSlabEnergy rate (₹/kWh)Notes
LT-I-A0–30 kWh₹1.90Domestic LT telescopic
LT-I-A30–75 kWh₹3.00Domestic LT telescopic
LT-I-A75–125 kWh₹4.50Domestic LT telescopic
LT-I-A125–225 kWh₹6.00Domestic LT telescopic
LT-I-A225–400 kWh₹8.75Domestic LT telescopic
LT-I-A400+ kWh₹9.75Domestic LT telescopic
Fixed charge
₹10.00 / Rs/kW/month
Fuel adjustment (FPPCA)
Passes through quarterly per regulator order.
Source APERC O.P. Nos. 75, 76 and 77 of 2025 dated 25.03.2026 - corrected order · Updated 01 Apr 2026

10-Year Tariff History

Residential · 1 order

Published slab rates · no derived averages

DISCOM Health

AT&C losses by DISCOM

Aggregate Technical & Commercial losses per distribution utility, with multi-year trend.

Stale — last update 05:30 ISTAPI

Southern Power Distribution Company of Andhra Pradesh Limited

↓Improving

AT&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.

▸Why this matters

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.

IndiaEnergyAtlas.in
Source: discom-health·Coverage: FY16 → FY23

Recent coverage

INSIGHTS

Andhra Pradesh — Insights

Mercom IndiaMercom India· 1 d ago

Agastya Green Energy to Invest ₹78 Billion in 12 GW Solar Ingot, Wafer Plant

Agastya Green Energy, a renewable energy solutions provider, will invest approximately ₹78 billion (~$816.48 million) to establish 12 GW each of solar ingot and wafer manufacturing capacity in Andhra Pradesh.Agastya Green Energy is the green arm of edible oil manufacturer BN…

Syndicated from Mercom India · Open original →

PV Magazine IndiaPV Magazine India· 1 d ago

Agastya Energy plans 12 GW ingot and wafer manufacturing facility in Andhra Pradesh

The expansion into ingot and wafer manufacturing will complement the company’s planned solar cell and module production capacity.

Syndicated from PV Magazine India · Open original →

Saur Energy InternationalSaur Energy International· 1 d ago

APTRANSCO Awards Large Transformer Order to Transformers and Rectifiers

Transformers and Rectifiers (India) Limited (TARIL) has bagged a fresh domestic order from the Transmission Corporation of Andhra Pradesh Limited (APTRANSCO), covering transformer manufacturing and associated works. According to the company's internal classification, this…

Syndicated from Saur Energy International · Open original →

PV Magazine IndiaPV Magazine India· 1 d ago

Meine Electric’s iron-air battery enters utility-scale pilot at NTPC Simhadri

Indian deep-tech startup Meine Electric said its iron-air battery technology for long-duration energy storage (LDES) has been selected for a pilot project at NTPC Simhadri Thermal Power Station in Andhra Pradesh. The project, led by Atal Incubation Centre – Anna University…

Syndicated from PV Magazine India · Open original →

Saur Energy InternationalSaur Energy International· 1 d ago

Edible Oil Group BN Group's Big Bet On Solar Manufacturing With Agastya Energy

Agastya Green Energy Limited has announced a further ₹7,800 crore expansion into integrated ingot and wafer manufacturing at the Orvakal Industrial Area in Kurnool, Andhra Pradesh — 12 GW each of ingot and wafer capacity, layered on top of the group's existing cell and module…

Syndicated from Saur Energy International · Open original →

Saur Energy InternationalSaur Energy International· 3 d ago

Vikram Solar Q1 Call- 2 Areas OF Concern, 3 Points of Hope

Vikram Solar's Q1 FY27 earnings call, held on August 7, opened with the Chief Executive Officer invoking Lord Shiva's blessings for the company's "journey ahead." It is a fitting note for a quarter that reads less like a single result and more like two stories layered on top of…

Syndicated from Saur Energy International · Open original →

ET Energy WorldET Energy World· 4 d ago

Adani Energy acquires 100% stake in Vizag Power Transmission for Andhra Pradesh project

Adani Energy Solutions has acquired Vizag Power Transmission from RECPDCL. This acquisition supports Adani's strategy for shareholder value enhancement. The deal follows a recent transmission project win in Andhra Pradesh. Vizag Power Transmission will facilitate green hydrogen…

Syndicated from ET Energy World · Open original →

Saur Energy InternationalSaur Energy International· 4 d ago

Jindal Steel, JSW Steel, ACME, ReNew Among 11 Projects Backed by ITA for $18 Bn+ Investment

The Industrial Transition Accelerator (ITA), a global multi-stakeholder initiative launched at COP28 to fast-track industrial transition across energy-intensive industries and transport sectors, has now announced the selection of 11 projects that will receive tailored support…

Syndicated from Saur Energy International · Open original →

Mercom IndiaMercom India· 7 d ago

Andhra Pradesh Allows Consumers to Install Up to 5 kW Rooftop Solar Systems

The Andhra Pradesh Electricity Regulatory Commission (APERC) has allowed consumers with single-phase low-tension connections to install rooftop solar systems of up to 5 kW.

Syndicated from Mercom India · Open original →

Saur Energy InternationalSaur Energy International· 8 d ago

Inox Wind Reworks Its Biz Model: Can Equipment Supply Thrust Drive New Growth?

Indian wind energy company Inox Wind is making a strategic shift in its business model, moving away from a heavy reliance on turnkey engineering, procurement and construction (EPC) projects towards a larger share of wind turbine equipment supply. The company believes the shift…

Syndicated from Saur Energy International · Open original →

Grid reliability

Reliability calendar — daily peak shortfall

Each cell is a day's unmet peak demand (POSOCO). Green = fully met; redder = larger shortfall — occasional stress days stand out against the reliable run.

May
Jun
Jul
Aug
Mon
Wed
Fri

Peak demand fully met every day

met
shortfall

SOURCE: Grid-India PSP (daily) · UPDATED 15 Aug