Saudi Arabia: Solar PV Opportunity (2025 focus)
This is a focused, investor- and developer-oriented briefing on the Saudi solar PV opportunity — current state, pipeline, commercial & technical considerations, risks, and a prioritized go-to-market playbook you can use immediately.
1) Executive snapshot
• Ambition & scale: Saudi Arabia has set one of the most aggressive renewable targets in the region — aiming for roughly 100–130 GW of renewables by 2030 (roughly half of its electricity mix), with solar representing the majority of that build-out. This makes KSA the single largest utility-scale market in the GCC over the rest of the decade.
• Recent traction: The Saudi Power Procurement Company (SPPC) signed PPAs for ~5.5 GW of solar projects in 2024, and government/ PIF-led consortia continue to accelerate rounds and bilateral deals. Major developers (ACWA Power, Aramco Power, PIF-owned Badeel) are active sponsors.
• Flagship projects: Sudair 1.5 GW (ACWA Power) is operational; NEOM green-hydrogen and associated solar parks are well advanced; multiple regional PV projects (Aseer, Mecca, Medina, Riyadh provinces) were announced under multi-billion dollar deals in 2025.
2) Market structure & procurement landscape
• Central buyer model (SPPC): SPPC consolidates large IPP procurements and signs long-term PPAs (25+ years). This repeatable procurement model reduces offtaker credit risk for well-structured projects.
• PIF & state-backed sponsors: The Public Investment Fund (PIF), state entities (Aramco Power, Water & Electricity Holding Company / Badeel) and major domestic developers (ACWA) are co-investing heavily — often taking anchor equity in projects to accelerate FID and improve bankability.
• Annual tender cadence: Sources indicate plans to tender ~20 GW annually in large tranches (2024 onward) creating a steady pipeline but also high competition and compressing margins.
3) Key projects & pipeline (selected)
• Sudair PV (1,500 MW) — ACWA Power lead; fully operational and a visible example of large-scale delivery and bankability in the Kingdom. Tariff and PPA structure from Sudair are now a market reference.
• NEOM / Green Hydrogen cluster — multi-GW solar + wind feeding electrolyzers; construction reportedly ~80% across components (as of early-2025) — a strategic anchor for large, long-duration renewable demand.
• SPPC 2024 PPAs (Haden, Muwayh, Al Khushaybi) — three projects totaling ~5.5 GW (ACWA, Aramco Power, Badeel consortium), demonstrating scale and new regional siting across northern/western provinces.
• New 2025 deals ($8.3bn) — a recent wave of agreements to build ~15 GW (mix of solar & wind) announced in 2025 led by ACWA and Aramco Power shows continuing policy momentum and accelerated capital allocation.
4) Commercial & financing environment
• Offtaker credit & bankability: SPPC PPAs and involvement by PIF / Aramco Power materially improve bankability, enabling long tenors and international financing at competitive rates. Expect international commercial banks, export credit agencies and institutional debt to be active.
• Tariff environment: Competitive auctions and scale have driven very low tariffs in the region. Bidders should model tight tariff assumptions and stress test for lower-than-expected realized revenues and curtailment risk. (Saudi projects have achieved global-class pricing.)
• Local content & JV expectations: Saudi localization policy and industrialization goals encourage / require local partners, local content plans, and in some cases local capex or job creation commitments. Expect qualification scoring to penalize bidders without clear localization strategies.
5) Technical & grid integration considerations
• Resource quality & siting: Excellent solar irradiation across large tracts; many projects sited inland where yields and land availability are strong. Evaluate high-albedo opportunities for bifacial where soil albedo is favorable.
• Temperature & soiling: Desert climate creates performance degradation drivers (high ambient temps and frequent soiling). Plant design must prioritize high-temperature tolerated modules, inverter selection, optimized DC/AC ratio, and cost-efficient cleaning strategies (robotic or water-efficient cleaning). Include realistic soiling degradation and cleaning OPEX in financial models.
• Transmission & stacking: Large solar clusters (e.g., NEOM) require dedicated transmission build-out. Coordinate early with SPPC/Government on grid connection studies and ensure evacuation cost and timing are well understood. Battery storage is increasingly scoped into tenders to provide grid-friendly bids and optionality.
6) Hydrogen & industrial demand linkage
• Green hydrogen as anchor demand: NEOM and other hydrogen projects will absorb multi-GW of renewables. Securing land, water (or seawater-to-freshwater options) and assured grid / direct connection to electrolyzers creates a differentiated commercial route (offtake vs merchant electricity sales).
• Offtake structuring options: Consider direct long-term PPAs with electrolyzer consortia, captive PPAs with industrial zones, or hybrid structures combining SPPC PPA for grid supply and merchant/firming contracts for hydrogen plants. Detailed contractual design will be required to align intermittent PV with electrolyzer operations.
7) Key risks (and mitigations)
• Policy changes / target volatility: While targets are ambitious, procurement pace and target bands can adjust. Mitigation: bid to bankable frameworks, structure downside protection (availability payments, government guarantees where possible).
• Grid curtailment & system integration: Large, concentrated PV leads to midday oversupply. Mitigation: include storage in bids, offer flexibility services, and pursue location diversification across provinces.
• Local content / permitting delays: Heavy emphasis on localization may slow foreign-led consortia unfamiliar with local requirements. Mitigation: partner early with Saudi industrial players, create clear localization roadmaps, and secure local legal/PR counsel.
• Environmental & water constraints: For projects with cleaning needs or hydrogen-linked electrolysis, water sourcing and environmental permitting can be material. Mitigation: integrate water-efficient cleaning, desalination coupling (if H2 use case), and early environmental baseline studies.
8) Actionable go-to-market (GTM) playbook — prioritized steps
Immediate (within 0–3 months)
1. Tender intelligence & shortlist: Subscribe to SPPC and Ministry procurement feeds, and track PIF / ACWA announcements. Prioritize tenders where PIF/Aramco participation provides balance-sheet support.
2. Local partner identification: Lock in 1–2 Saudi strategic partners (construction, utilities, or industrial holding) to satisfy localization and expedite permitting. Start LOI/term-sheet talks.
3. Technical baseline & site visits: Commission high-resolution resource & soiling studies for targeted sites and preliminary grid impact assessments. Engage local consultants for permitting roadmap.
Short term (3–9 months)
4. Bid readiness & financial stack: Prepare bankable financial model with conservative LCOE, cleaning OPEX, and curtailment scenarios. Pre-arrange debt interest indications from export credit agencies and regional lenders.
5. Localization plan & supply chain: Submit credible local content plans (manufacturing/assembly targets, Saudization hiring plans) and identify EPC partners with GCC execution record.
6. Storage & hydrogen optionality: Model hybrid bids (PV + battery) to increase bid competitiveness and optional hydrogen offtake tie-ins where projects are adjacent to planned electrolysis hubs.
Medium term (9–24 months)
7. Consortium & equity close: Secure anchor equity (PIF co-investor, strategic offtaker equity) to accelerate FID and secure better financing terms.
8. O&M & performance guarantees: Tender long-term O&M with performance-linked SLAs and advanced soiling mitigation plans (robotics/anti-soiling coatings) to protect yield.
9) Tender & bid best practices — checklist
• Lead with local equity / sponsor and demonstrate project alignment to Saudi industrialization goals.
• Offer flexible PPA/firming solutions (storage/dispatchability) instead of pure energy-only bids.
• Include robust environmental and water management plans — these are scoring considerations for large projects and hydrogen clusters.
• Price competitively but model stress tests (lower irradiation, higher O&M, delayed COD) to ensure covenant compliance.
• Prepare an exit / secondary market plan for equity investors (e.g., selling minority stakes to strategic sovereign/infra funds post-COD).
10) High-level financial & timeline expectations
• Typical PPA tenor: 20–25 years for SPPC IPPs; expect large sponsors to pursue long tenors to attract low-cost debt.
• Timeline to COD: Large utility PV projects commonly target 24–36 months from financial close to COD (depending on grid works / transmission build). NEOM/hydrogen complexes may be longer due to integrated systems.
• Tariff sensitivity: Auctions have driven very low tariffs across the region — models should be conservative and treat ultra-low winning bids as baseline scenarios, not best-case.
Omer Muhtaroğlu
MBA Renewables
CEO, Depar Group
06/09/2025 İstanbul