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 NowRajasthan sits in India's Northern Regional grid (NR zone) and is the country's largest state by area, with a generation mix that skews heavily toward variable renewables — solar in particular. As of the 02:00 UTC slice on 1 June 2026, renewables accounted for 72.8% of instantaneous generation, the headline number that defines the state's current grid posture. Carbon intensity averaged 135.7 gCO₂/kWh over the recent ~48h window, reflecting the high-RE dispatch profile. The P95 peak deficit registers 0.0% against POSOCO PSP data through 30 May 2026, indicating that peak demand has been met without measurable shortage at the 95th-percentile threshold over that period. AT&C losses stood at 18.39% in FY23 (single DISCOM basis). Open-access costs at HT voltage total INR 4.40/kWh. Four active incentive categories are tracked across agricultural, domestic, and rooftop solar streams, two of which are provisional or modelled.
Real-time demand telemetry (latest_demand_mw) is not available for Rajasthan via the live SLDC feed; no MW anchor can be provided for the current dispatch interval. Generation-side data, however, is available. At 02:00 UTC on 1 June 2026, RE constituted 72.8% of the state's generation mix across six fuel-mix slices tracked over the recent ~48h window. Over that same window, the RE share rose by 37.5 percentage points — a short-window delta driven by the diurnal solar cycle rather than a structural shift; this is a recent ~48h window delta, not a multi-year trend. The non-RE residual (27.2% of the mix) is predominantly thermal, consistent with Rajasthan's coal and gas base-load legacy. Peak supply adequacy, as measured by the POSOCO PSP P95 peak-deficit metric through 30 May 2026, stands at 0.0%, meaning the state cleared peak demand without recorded shortage at the 95th-percentile day. Transmission ATC and TTC data are not yet integrated into the Atlas database for Rajasthan, so inter-regional export headroom cannot be quantified. Multi-year demand CAGR is also not yet available from the Atlas long-term aggregator.
Rajasthan's instantaneous RE share of 72.8% (02:00 UTC, 1 June 2026) places it among the higher-penetration states in the NR zone at this measurement point, driven by its solar resource endowment. The 37.5 pp upward recent ~48h window delta reflects the morning solar ramp rather than a confirmed multi-year trajectory — no long-term demand or generation CAGR aggregator is yet integrated in the Atlas platform, so a structural trend line cannot be asserted. Carbon intensity averaged 135.7 gCO₂/kWh over the recent ~48h window; at high-solar hours this figure compresses, but the 48h average incorporates overnight thermal dispatch, which pulls the mean upward from the solar-peak low. RPO compliance is estimated at 30.5% as of FY23 (source: RERC tariff orders and Prayas State RPO review, provisional/modelled); this figure is not drawn from a live regulatory feed and should be treated as an approximation. IEX DAM price data is not yet available — the upstream area-prices feed is empty — so market-clearing cost signals cannot be cross-referenced with the carbon and RE metrics. Absent a long-term RE capacity or generation CAGR series, the transition posture is characterised as: high instantaneous RE penetration, adequate near-term supply adequacy, and incomplete regulatory compliance visibility.
The primary quantitative anchor available for DISCOM health is AT&C losses at 18.39% as of FY23 (single DISCOM basis, PFC Annual Report). This is materially above the national benchmark target range and points to persistent collection and technical loss exposure, though multi-year loss trajectory data is not integrated. Open-access charges at HT voltage total INR 4.40/kWh as of 1 April 2025, comprising CSS, wheeling, transmission, and loss charges; this is the cost stack facing captive and third-party OA consumers and serves as a partial proxy for the cost-of-supply signal embedded in tariff regulation. Residential tariff data is not yet accessible — the Atlas tariff endpoint requires an API key not yet provisioned — so cross-subsidy quantum and retail tariff adequacy cannot be assessed directly. DAM price data is also unavailable, removing the market benchmark against which DISCOM procurement costs would normally be evaluated. The P95 peak deficit of 0.0% through 30 May 2026 implies no acute reliability-driven load-shedding at the tail, which is a positive signal for consumer-facing reliability, but the absence of AT&C loss trend data and residential tariff figures limits a full DISCOM financial health assessment.
Over the 1–3 year horizon, Rajasthan's grid profile is shaped by three intersecting realities. First, a 72.8% instantaneous RE share and a 135.7 gCO₂/kWh recent-window average carbon intensity confirm a high-renewable dispatch mix, but without a multi-year generation CAGR series, the pace of capacity addition and curtailment risk cannot be quantified from available data. Second, AT&C losses of 18.39% (FY23) represent a structural fiscal drag on DISCOM balance sheets; if losses are not reduced, the financial case for incremental RE procurement and grid investment weakens. Third, the INR 4.40/kWh HT open-access charge stack sets the effective floor for large industrial consumers considering OA procurement — at current levels, OA remains accessible but not frictionless, particularly if DAM prices (currently unavailable) trend below this stack. The P95 peak deficit of 0.0% provides near-term comfort on reliability but is a trailing indicator; transmission ATC data gaps prevent assessment of export or balancing headroom as variable RE penetration grows. Residential tariff data and long-term demand CAGR remain unintegrated, constraining retail and demand-side planning visibility.
