Saudi Arabia’s Renewable Energy Target: Progress Tracker

Saudi Arabia’s Renewable Energy Target: Progress Tracker
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Last updated: 2026-10-24

Saudi Arabia had about 19.3 gigawatts (GW) of solar and wind capacity actually operating as of August 2026, according to KAPSARC’s renewables tracker – versus a headline target of up to 130 GW by 2030 cited in recent industry reporting. Independent forecaster GlobalData projects the kingdom will more likely land near 74 GW by 2030, meaning the gap between ambition and build-out remains wide with four years left on the clock.

The Target: What Was Promised, and By Whom

Saudi Arabia’s renewable build-out runs through the National Renewable Energy Program (NREP), administered by the Saudi Power Procurement Company (SPPC) on behalf of the kingdom’s power sector. The programme’s stated goal, confirmed by SPPC-linked reporting as of October 2026, is sourcing 50% of the kingdom’s electricity from renewables by 2030 – a generation-mix target, distinct from any capacity figure in gigawatts.

Separately, several 2026 industry reports – including MEED and GlobalData-sourced coverage via TaiyangNews – describe a kingdom-wide ambition of 100–130 GW of installed solar and wind capacity by 2030, under the broader Vision 2030 energy-diversification agenda. The two figures are not interchangeable: hitting a capacity number in gigawatts does not by itself guarantee a 50% share of actual generation, since that also depends on how much gas-fired capacity keeps running alongside it. Readers should treat “130 GW” and “50% of electricity” as two separate, parallel targets rather than one number restated two ways.

Current Progress: The Numbers

Metric Value Period Source
Operating solar + wind capacity 19.3 GW (17.8 GW solar + ~1.5 GW wind) August 2026 KAPSARC Renewables Tracker
Total pipeline (operating + under development + tendered) 63.8 GW across 53 projects September 2026 SolarQuarter, citing project-tracking data
Cumulative renewable PPAs signed by SPPC >47.7 GW 2026 reporting MEED
New capacity planned for award in 2026 ~14 GW 2026 IndustrialInfo
2030 capacity target (as cited in 2026 reporting) 100–130 GW (figures vary by source) Target year 2030 MEED; GlobalData via TaiyangNews
2030 capacity projection (independent forecast, not the official target) ~74.2 GW Projected for 2030 GlobalData
Share of Saudi electricity actually generated from renewables Well under 1%, despite the installed capacity above 2026 EIA-sourced generation-mix data, via TDE Saudi Arabia Energy Profile

Figures from different trackers are not always directly comparable – “operating,” “pipeline,” and “signed PPA” capacity describe different stages of the same projects, and estimates of the official target itself vary by source. See Data Caveats below.

How Far Along Is the Kingdom? A Visual Guide

~15%

19.3 GW operating (August 2026, KAPSARC) against the 130 GW figure cited by MEED/GlobalData reporting for 2030. Against the lower-end 100 GW figure some sources cite, the share operating would be closer to 19%. Methodology: operating capacity ÷ headline target capacity, as reported by the sources in the table above; this is not an official government progress metric.

Why the Gap: Three Things Slowing the Build-Out

1. Pipeline-to-operating lag. Of the 63.8 GW SolarQuarter counted across 53 projects in September 2026, only roughly 30% was actually built; the rest sits under development or tendered. SPPC’s own NREP auction rounds illustrate the lag directly – Round 6 (4,500 MW) was awarded in October 2025, while Round 7 (5,300 MW) had its bids submitted in September 2026 with no award date yet confirmed as of this page’s last verification. (See TDE’s Saudi Arabia Energy Tenders tracker for round-by-round detail.)

2. Required annual pace. GlobalData’s analysis implies the kingdom would need to add more than 23 GW of solar and wind every year between now and 2030 to reach the 130 GW figure – a pace well above anything achieved so far, and part of why MEED’s own reporting concludes Saudi Arabia is “set to miss” that target.

3. Capacity versus generation. Even the 19.3 GW that is operating has not yet translated into a meaningful share of actual electricity output, since gas-fired plants still run most of the grid. Closing that gap requires not just more renewable capacity but also the transmission and dispatch changes to let that capacity actually displace gas generation – the same kind of grid-integration challenge now showing up more acutely in markets such as India (see TDE’s grid curtailment explainer).

Who Is Building It

ACWA Power, the Riyadh-headquartered developer roughly 44% owned by Saudi Arabia’s Public Investment Fund, is the kingdom’s most active renewables builder, with assets including the Sudair solar PV plant and a growing international portfolio. ACWA Power is also one of three equal owners – alongside Air Products and NEOM Company – of the NEOM Green Hydrogen Project, which plans to use dedicated solar and wind capacity to supply a green-ammonia and hydrogen export complex rather than the domestic grid. International developers including Masdar (UAE), EDF (France), TotalEnergies (France) and KEPCO (South Korea) have also won successive NREP rounds.

Data Caveats

  • Capacity figures from KAPSARC, SolarQuarter and GlobalData are independent trackers, not a single official Saudi government statistic; the Ministry of Energy does not publish a single reconciled monthly capacity figure in the way some other countries do.
  • The “100–130 GW by 2030” target itself is reported inconsistently across outlets; this page uses the 130 GW figure most consistently cited in 2026 reporting (MEED, GlobalData via TaiyangNews) as the headline comparison, but readers should treat the exact number as approximate.
  • The 50%-electricity-by-2030 target (NREP/SPPC) and the GW capacity target are separate metrics tracking different things; do not treat them as two statements of the same goal.

Frequently Asked Questions

What is Saudi Arabia’s renewable energy target?
Saudi Arabia’s National Renewable Energy Program targets 50% of electricity from renewables by 2030, a generation-mix goal run by the Saudi Power Procurement Company. Separately, 2026 industry reporting describes a capacity ambition of 100–130 GW of solar and wind by 2030, which is a different metric from the 50% figure.

How much solar and wind power does Saudi Arabia actually have right now?
About 19.3 GW was operating as of August 2026 (17.8 GW solar, roughly 1.5 GW wind), according to KAPSARC’s renewables tracker – more than 63 times the capacity in 2020, but still a small fraction of the 100–130 GW target cited for 2030.

Will Saudi Arabia hit its 2030 renewable target?
Independent analysts are skeptical. GlobalData projects around 74.2 GW by 2030, well short of the 130 GW figure, and reaching that higher number would require over 23 GW of new capacity every year – a pace not yet achieved. MEED’s own 2026 reporting states the kingdom is “set to miss” the 130 GW target.

What is Saudi Arabia building its renewable capacity with?
Capacity is procured through sequential NREP auction rounds run by SPPC, won by developers including ACWA Power, Masdar, EDF, TotalEnergies and KEPCO. Separately, large hydrogen projects like NEOM Green Hydrogen use dedicated renewable capacity for export production rather than the domestic grid.

Sources

  • KAPSARC Renewables Tracker, cumulative operating capacity data, via TaiyangNews reporting, 2026
  • SolarQuarter, “Saudi Arabia’s Renewable Energy Pipeline Reaches 63.8 GW Across 53 Projects,” September 28, 2026
  • MEED, “Saudi Arabia set to miss 130GW renewables target by 2030,” 2026
  • GlobalData renewable capacity projection, via TaiyangNews, 2026
  • IndustrialInfo, “Saudi Arabia Plans to Award 14 GW of Renewable Energy Projects in 2026,” 2026
  • Saudi Power Procurement Company (SPPC) / National Renewable Energy Program round data, via TDE Saudi Arabia Energy Tenders, last verified October 17, 2026
  • EIA-sourced Saudi Arabia generation-mix data, via TDE Saudi Arabia Energy Profile, last verified October 14, 2026

Illustrative image. Photo: B.alotaby, CC BY-SA 4.0, via Wikimedia Commons — source

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