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SSCAtlas

Goa - Energy Transition

All statesState · GA

Goa — Energy Transition Snapshot

Generated 1 May 2026
RE share (latest)
100 %
as of 2026-05-01T00:00:00+00:00
RE trend (recent window)
0 pp/window
as of 2026-04-29T03:00:00+00:00 -> 2026-05-01T00:00:00+00:00
Peak deficit p95
0 %
as of 2026-04-23
Carbon intensity (avg)
23.6 gCO2/kWh
as of 2026-05-01T00:00:00+00:00
Latest demand
Real-time demand telemetry not available for state.
OA charge (HT)
Open-access charges unavailable for state.
Avg residential tariff
Residential tariff: Atlas tariff endpoint requires X-API-Key not yet provisioned for tools-api.
AT&C loss (latest)
DISCOM AT&C losses (UDAY): Atlas endpoint not yet integrated (see IEA-57).
RPO compliance
RPO compliance: state RE policy dataset not yet integrated (see IEA-58).
10-yr demand CAGR
Multi-year demand CAGR: Atlas does not yet expose a long-term aggregator (only ~48h realtime).
Avg DAM price
IEX DAM price: upstream IEX area-prices feed currently empty.

Carbon intensity (recent ~48h)

Generation mix (latest)

Peak deficit history (%)

Overview

Goa is a small, import-dependent state in the Western Region (WR) grid. Its own installed generation base is limited relative to its demand, making it structurally reliant on inter-state power purchase agreements and grid draws from the WR pool. The headline number as of 2026-05-01: 100.0% of the generation slice captured in the recent fuel-mix feed is classified as renewable, accompanied by an average carbon intensity of 23.6 gCO2/kWh over the same ~48h window — both figures reflecting the composition of supply being dispatched to Goa at that moment rather than a long-run installed-capacity picture. Peak deficit at the p95 level stands at 0.0%, indicating no observed supply shortfall at peak hours across the POSOCO PSP dataset window. Live SLDC demand telemetry is not available for Goa, so absolute MW figures cannot be anchored in this snapshot. The state's small geographic footprint and tourism-driven demand seasonality make it distinct within WR.

Demand & Supply

As of 2026-05-01, the fuel-mix feed attributes 100.0% of Goa's dispatched generation to renewable sources. The recent ~48h window delta for RE share is 0.0 pp, indicating no directional movement in the fuel mix over the measured window. This flat delta, combined with the 100.0% RE share reading, suggests either a sustained renewable dispatch position or a data artefact of the short window; it should not be interpreted as a confirmed multi-year structural shift. Real-time demand telemetry (latest_demand_mw) is not available for Goa — the state does not have a live SLDC feed integrated into Atlas — so load in MW cannot be stated here. Peak deficit at the p95 level is 0.0% as of 2026-04-23, per POSOCO PSP data, indicating that peak demand has been met without recorded shortfall at the 95th-percentile cut. The 23-point peak deficit history series in the chart data is consistent with this zero-deficit reading. Multi-year demand CAGR is not available; Atlas does not yet expose a long-term aggregator beyond the ~48h real-time window, so load growth trajectory cannot be assessed quantitatively in this snapshot.

RE & Transition

Goa's RE share in the latest hourly fuel-mix slice stands at 100.0% (as of 2026-05-01), with an average carbon intensity of 23.6 gCO2/kWh over the recent ~48h window. The 23.6 gCO2/kWh intensity is materially below the Indian grid average, consistent with a high-RE dispatch position at the measured moment. The recent ~48h window delta is 0.0 pp, meaning no change in RE share was recorded across the observation period; this is a short-window snapshot and must not be extrapolated as a multi-year trend. Goa's transition posture in absolute terms looks favourable on these two metrics alone, but the picture is structurally incomplete: RPO compliance data is not yet integrated (IEA-58), so whether Goa is formally meeting its Renewable Purchase Obligation cannot be verified here. Multi-year demand CAGR is also unavailable, making it impossible to assess whether RE capacity additions are keeping pace with load growth. IEX DAM price data is absent (upstream feed empty), removing a key market-signal layer. The 100.0% reading likely reflects daytime renewable dominance in the WR dispatch stack rather than firm 24×7 renewable supply; without hourly disaggregation across a longer window, firm RE conclusions cannot be drawn.

DISCOM Health

On the metrics available, Goa's supply-side reliability position appears stable: peak deficit p95 is 0.0% as of 2026-04-23, drawn from 23 data points in the POSOCO PSP series, indicating no peak shortfall at the 95th percentile of the observed period. This is the primary quantitative proxy for DISCOM delivery performance available in this snapshot. Open-access charge stack (total_oa_charge_inr_per_kwh) is not available for Goa — the Atlas OA endpoint does not return data for this state — removing the ability to assess cost-of-power signals or OA economics for commercial and industrial consumers. DISCOM AT&C losses are not yet integrated (Atlas endpoint IEA-57 pending), so distribution efficiency and loss-related revenue leakage cannot be quantified. Residential tariff data is also unavailable; the Atlas tariff endpoint requires an API key not yet provisioned. Taken together, the DISCOM financial health picture — losses, tariff adequacy, subsidy burden — cannot be assessed from current data, and the zero peak-deficit figure, while positive, does not substitute for that structural analysis.

Outlook

Over a 1–3 year horizon, Goa's most defensible positional statement is its near-zero peak deficit (p95: 0.0%) and low carbon intensity (23.6 gCO2/kWh over the recent ~48h window), both of which reflect a currently well-supplied, low-carbon dispatch position. The 100.0% RE share reading, if sustained beyond the snapshot window, would place Goa among the cleanest grids in the WR zone on an instantaneous basis. However, the analytical gaps materially constrain forward guidance: without AT&C loss figures (IEA-57), it is not possible to assess whether the DISCOM has the financial headroom to sustain capex or absorb tariff reform. Without RPO compliance data (IEA-58), formal renewable obligation adherence is unverified. Without multi-year demand CAGR, capacity planning adequacy cannot be evaluated. Without OA charge data, the competitiveness of Goa's grid for industrial consumers or RE developers cannot be priced. Priority data integrations — AT&C losses, RPO compliance, OA charge stack, and DAM price feed — would unlock the next layer of analysis. Until those feeds are live, the snapshot supports a cautiously stable characterisation, not a structural transition assessment.

Data gaps in this brief

  • Transmission ATC: Atlas endpoint not yet integrated (see IEA-56).
  • DISCOM AT&C losses (UDAY): Atlas endpoint not yet integrated (see IEA-57).
  • RPO compliance: state RE policy dataset not yet integrated (see IEA-58).
  • Subsidies / incentives: state catalogue not yet integrated (see IEA-59).
  • Residential tariff: Atlas tariff endpoint requires X-API-Key not yet provisioned for tools-api.
  • Multi-year demand CAGR: Atlas does not yet expose a long-term aggregator (only ~48h realtime).
  • IEX DAM price: upstream IEX area-prices feed currently empty.
  • Transmission ATC: Atlas endpoint not yet integrated (IEA-56).
  • DISCOM AT&C losses (UDAY): Atlas endpoint not yet integrated (IEA-57).
  • RPO compliance: state RE policy dataset not yet integrated (IEA-58).
  • Subsidies / incentives: state catalogue not yet integrated (IEA-59).