India Data Center Review 2026 — India's most comprehensive infrastructure analysis to support the A.I. era. 250+ pages, 14 chapters, 100+ illustrations, free to download.
Read NowIndia Data Center Review 2026 — India's most comprehensive infrastructure analysis to support the A.I. era. 250+ pages, 14 chapters, 100+ illustrations, free to download.
Read NowAssam sits within the North-East Region (NER) of India's interconnected grid, a zone historically characterised by constrained inter-regional transmission and a generation mix leaning on thermal and hydro assets. At the latest hourly slice (01:30 UTC, 1 Jun 2026), renewable energy accounts for 13.2% of Assam's generation — a relatively modest share for a state that has access to significant run-of-river hydro potential in the broader NER corridor. Average carbon intensity over the recent ~48h window stands at 436.5 gCO2/kWh, consistent with a predominantly fossil-anchored dispatch. The headline reliability signal is constructive: the P95 peak deficit reading is 0.0%, indicating that at the 95th-percentile tail of daily peak shortfall observations through 30 May 2026, Assam is meeting peak demand without measurable shortfall. Real-time demand telemetry, open-access charge data, and DISCOM AT&C loss figures are not yet integrated into the live Atlas feed, limiting the depth of the current commercial and distribution-health assessment.
Live SLDC demand telemetry is not available for Assam in the current Atlas configuration, so no MW anchor can be provided for instantaneous load. The fuel-mix timeseries (5 slices available) shows RE at 13.2% of generation as of 01:30 UTC on 1 Jun 2026. Over the preceding ~48h window (02:30 UTC 30 May to 01:30 UTC 1 Jun 2026), the RE share declined by 9.8 percentage points — a notable recent-window delta that likely reflects a drop in hydro or wind dispatch during that specific period rather than any structural directional shift; a single 48h delta cannot be interpreted as a sustained trend. The residual ~86.8% of generation is sourced from non-RE plant, consistent with the 436.5 gCO2/kWh average carbon intensity over the same window. On the supply-adequacy side, the P95 peak deficit — drawn from 11 daily POSOCO PSP data points through 30 May 2026 — registers at 0.0%, signalling that even at the tail of recent daily observations, Assam has not recorded a measurable peak shortfall. IEX DAM area-price data for the NER zone is currently unavailable (upstream feed empty), preventing a market-price cross-check on tightness signals.
Assam's RE share of 13.2% (as of 01:30 UTC, 1 Jun 2026) positions the state at the lower end of the national RE-penetration spectrum. The recent ~48h window delta of -9.8 pp indicates that RE's contribution contracted sharply within this specific two-day observation window; this is a short-horizon operational fluctuation, not a multi-year directional indicator. Average carbon intensity over the ~48h window is 436.5 gCO2/kWh, reflecting the dominance of fossil dispatch — thermal plant likely provides the marginal balancing energy. Two critical data gaps constrain any assessment of transition trajectory: first, a multi-year demand CAGR is not computable because the Atlas platform does not yet expose a long-term aggregator (only ~48h real-time); second, RPO compliance data has not been ingested for Assam (IEA-58 pending), so it is not possible to determine whether the state is meeting its renewable purchase obligations. Without these two inputs, characterising Assam's transition posture beyond the current static RE share and short-window carbon intensity is not analytically defensible. The NER grid's transmission constraints remain a structural factor limiting RE offtake, though transmission ATC/TTC data for Assam are also not yet available in Atlas.
The DISCOM health picture for Assam is substantially data-constrained at this time. AT&C loss data is not yet integrated — no rows exist in the Atlas DISCOM AT&C losses table for the state — making it impossible to quantify distribution inefficiency or estimate commercial loss exposure. Open-access charge stack data (CSS, wheeling, transmission, loss charges at HT voltage) is similarly unavailable for Assam, removing the standard proxy for cost-of-power signals and OA economics. The one available reliability indicator — P95 peak deficit of 0.0% across 11 daily observations through 30 May 2026 — suggests the DISCOMs are currently procuring sufficient power to meet peak demand without recorded shortfall at the tail. Residential tariff data is also not yet accessible (Atlas tariff endpoint awaiting API key provisioning). Subsidies and active incentive counts have no rows in the Atlas state-subsidies table (IEA-59 pending). In aggregate, the commercially material DISCOM metrics — losses, tariff, OA cost — are all gapped; only the supply-adequacy signal is currently computable.
Over a 1–3 year horizon, Assam's constructive P95 peak deficit reading (0.0%) suggests current procurement adequacy, but this metric alone cannot confirm structural sufficiency absent demand CAGR data (not yet integrated) or transmission ATC headroom (also gapped). The 13.2% RE share and 436.5 gCO2/kWh carbon intensity mark Assam as a high-decarbonisation-potential but currently fossil-heavy state; closing the gap requires both generation-side RE addition and resolution of NER transmission constraints. The -9.8 pp recent-window RE delta underscores dispatch volatility, which has implications for grid balancing as RE capacity scales. Key near-term data priorities that would materially sharpen this assessment: (1) AT&C loss ingestion to size DISCOM financial exposure; (2) RPO compliance activation (IEA-58) to establish regulatory accountability; (3) IEX NER area-price feed restoration to price grid tightness; (4) OA charge stack integration to assess commercial viability for industrial consumers. Until these gaps are closed, capital-allocation or policy decisions should treat the current snapshot as a partial signal.
