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الطاقة المتجددة

الطاقة المتجددة وتخزين البطاريات في المملكة: الدليل الكامل

دليل واحد يغطي الطاقة المتجددة وتخزين البطاريات والأنظمة المخصصة خارج الشبكة والهيدروجين في المملكة، مع تحديد الأصول العاملة ومراحل المسار على كل خريطة. يغطي نحو 70 GW من مشاريع الطاقة المتجددة، و70.303 GW قبل التقريب: سجل الشبكة لدى كابسارك 63.813 GW، و4.49 GW في نيوم للهيدروجين الأخضر والبحر الأحمر وأمالا، و2 GW من مناقصات إينوا المُبلَّغ عنها منفصلةً والتي لم يُتحقَّق من إرسائها، إضافة إلى 44.3 GWh من مشاريع البطاريات. الأسعار متوسطات مرجّحة بالقدرة على المشاريع المُسعَّرة وحدها: 1.47 US cents/kWh للطاقة الشمسية و1.77 لطاقة الرياح، وهي مؤشرات توليد لا تعرفة كهرباء مُسلَّمة على مدار الساعة. مراجعة المصادر العامة بتاريخ 11 سبتمبر 2026، مع تحققات القدرة والتكلفة في 12 سبتمبر.

  • أُعِدّ في 12 سبتمبر 2026
  • عدد الصفحات: 15
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الطاقة المتجددة وتخزين البطاريات في المملكة: الدليل الكامل

ما يغطيه التقرير

Saudi Arabia's renewable expansion is becoming a story about entire energy systems.

Solar and wind projects supply the grid. Batteries shift energy across the day. Off-grid destinations combine electricity, water and cooling. Hydrogen projects connect renewable power to industry and exports.

This illustrated guide covers approximately 70 GW of renewable projects and 44.3 GWh of battery projects, with operating assets and pipeline stages identified.

The renewable total starts with KAPSARC’s 63.8 GW grid register, adds 4.49 GW at NEOM Green Hydrogen, The Red Sea and AMAALA, and includes 2 GW of separately reported ENOWA tenders whose current awards remain unverified. The underlying total is 70.303 GW, rounded to 70 GW on the cover.

The battery ledger combines 42 GWh of grid projects with approximately 2.3 GWh of dedicated systems. Of the grid total, 18 GWh was energized by June 2026; the balance includes awarded and procurement-stage projects.

Inside the guide:

• Solar and wind maps with 38 reported project prices: capacity-weighted averages of 1.47 and 1.77 US cents/kWh.

• Named battery projects, their reported capacities and procurement stages.

• Saudi battery equipment/EPC auction costs, alongside a separately labeled modeled LCOS benchmark.

• Dedicated renewable systems and the two ENOWA tender records together on one map.

• Selected procurement cycles compared separately from actual renewable additions, including China.

One distinction matters throughout: a tender is not an operating plant, and a generation price is not the cost of electricity delivered around the clock.

The main public-source review is dated 11 September 2026, with targeted capacity and cost checks on 12 September. Detailed source dates, capacity definitions and links are included in the guide. The dedicated battery total uses AMAALA’s 700 MWh basis; EDF reports 770 MWh for the same asset. NGHC’s 400 MWh system rating is kept separate from its supplier’s 600 MWh DC quantity.

Which interface deserves the next closer look: storage, water, hydrogen or industrial demand?

ما تعنيه الأرقام

مقتبس من ملاحظات التقرير نفسه عن النطاق والتعريفات، بالصياغة التي نُشرت بها.

  • Grid renewables: 53 KAPSARC records, 63.813 GW in the July 2026 snapshot. Installed: 17.813 GW; development: 25.4 GW; tendered: 20.6 GW. This is a project register including pipeline, not a total of operating generation. All 38 SPPC awarded project names/capacities were reconciled. SPPC status filters lag five KAPSARC records; Saudi Energy independently reports about 17.8 GW connected by June 2026.
  • Renewable tenders: all 15 tendered register records are listed. The six Round 7 projects total 5.3 GW and are already included. The other nine total 15.3 GW; no unverified tender-round assignment is made. No later public SPPC renewable round than Round 7 or battery group than Group 2 was verified. This does not establish that private invitations or unindexed notices do not exist. Secondary Round 7 deadline reporting is not treated as a buyer-issued amendment.
  • Price coverage and weighting: two slides display all 31 priced solar and seven priced wind projects as location points. The capacity-weighted average equals the sum of each project's capacity multiplied by its LCOE, divided by the sum of priced-project capacities. Solar: 53.70431 / 36.513 = 1.4708271027 US cents/kWh, displayed as 1.47. Wind: 11.833568 / 6.7 = 1.7662041791, displayed as 1.77. These are capacity-weighted averages, not medians. Provincial shading uses the same calculation within each province; it does not spatially interpolate tariffs. The three bands are below 1.50, 1.50 to below 2.00, and at least 2.00 US cents/kWh. Gray denotes no priced project. The calculation retains twelve full-precision SPPC awards and the unrounded KAPSARC API values for other projects; map labels are rounded only for display. Fifteen unpriced tenders are excluded from both numerator and denominator. Values are historical nominal generation benchmarks, not common-year tariffs, generation-weighted system costs or firm delivered electricity costs. One US cent/kWh equals USD 10/MWh.
  • Renewable point locations: all 53 points come from the KAPSARC dashboard API checked on 11 September 2026. They are indicative project/locality positions, not surveyed plant coordinates. Number badges may be displaced with leader lines; the dots preserve the geographic anchors. Slide 4 combines the 15 tender points with province capacity shading. The 31 solar and seven wind price points appear on slides 7 and 8.
  • Grid batteries: 21 distinct projects, totaling 42 GWh at cited project ratings: 18 GWh energized across nine Saudi Energy projects; 4 GWh in two further awarded SE sites, whose energization was not verified; 8 GWh under SPPC Group 1 agreements; 12 GWh in Group 2 procurement. Group 1 agreements were signed 20 August 2026; Group 2 qualifications were published 30 June 2026. Pipeline is not operating capacity.
  • Fleet geography: SE's H1 2025 map provides eleven 2 GWh project ratings. Its H1 2026 release reports aggregate energized storage of 18 GWh after five projects added 10 GWh. NR Electric's Chinese release and the SE map identify Qaisumah; the supplier's English version inconsistently calls it Qassim. City/area proxies are not surveyed facility coordinates. SPPC projects use province-level maps.
  • Off-grid project slide: slide 12 shows NEOM Green Hydrogen, The Red Sea and AMAALA, plus separately labeled ENOWA tenders at Shiqri and Gayal. NGHC uses one representative point; Red Sea and AMAALA use destination-area points; tender markers are named-area proxies. The first three systems total 4.49 GW. Adding the separately reported 0.8 GW Shiqri and 1.2 GW Gayal tenders gives 6.49 GW beyond the grid register. The 2024 bid reports do not establish current awards or grid-connection arrangements. Broader industrial research remains in the supporting register.
  • The Red Sea: commercial operation announced 6 September 2026, 340 MWac solar and 1,227 MWh BESS. It is off-grid. Do not substitute a differently scoped 400 MW figure or count this as grid-fleet storage.
  • AMAALA: RSG/Masdar give 250 MW solar and 700 MWh storage; EDF reports 770 MWh storage for the same utility system. The reviewed sources do not explain the boundary difference. It is not presented as a later increase or as two assets. Full utility COD was not established in this audit.
  • NEOM / Oxagon: ACWA's current project sheet gives 3.9 GW renewable power, often rounded to 4 GW. NGHC reports 400 MW / 400 MWh BESS; Sungrow identifies 536 MW / 600 MWh on a DC supply basis for this same system. These are not added. First product is expected in 2027. NGHC commissioning milestones do not mean all nameplate capacity is operating.
  • Yanbu: FEED covers 4 GW electrolysis and 400,000 t/year hydrogen, with a 2030 target. L&T's renewable/grid package concerns captive solar, wind, BESS, substations and transmission. The term "grid scope" does not confirm national-grid connection.
  • ENOWA: 800 MW Shiqri solar and 1,200 MW Gayal wind have a separate 2024 reported tender history. A newer public award was not verified. NGHC also uses the name Shiqri; name matching alone would create a duplicate. NEOM/RCU supplier registration is not evidence of an open capacity-specific tender.
  • Industrial capacity: Maaden Solar I is planned 1,500 MWth process heat for the Ras Al Khair alumina refinery. Its marker represents the industrial area in Eastern Province; the entire province is not presented as a project. The 2026 Al Khafji notice is technical support for an existing 10 MWdc solar plant. Aramco documents the 10.5 MW Al Midra solar carport in Dhahran and the 2.75 MW Turaif wind turbine commissioned in 2017. Their grid-connection configuration is not inferred. Aramco-associated national-grid joint ventures already present in the KAPSARC register are not counted again.

المصادر

يحتوي ملف PDF كذلك على صفحة مصادره الخاصة.

معاينة

الصفحات المعروضة: 3 من 15

الطاقة المتجددة وتخزين البطاريات في المملكة: الدليل الكامل، صفحة 1الطاقة المتجددة وتخزين البطاريات في المملكة: الدليل الكامل، صفحة 2الطاقة المتجددة وتخزين البطاريات في المملكة: الدليل الكامل، صفحة 3

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الطاقة المتجددة وتخزين البطاريات في المملكة: الدليل الكامل

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الموجز الأسبوعي

الطاقة المتجددة في المملكة أسبوعيًا: تغيّرات مراحل المشاريع والمناقصات ومواعيد التشغيل التجاري. رسالة واحدة يوم الأحد.

دون كلمة مرور ودون حساب. نرسل إليك رابطًا للتأكيد، وفي كل موجز رابط لإلغاء الاشتراك بنقرة واحدة. سياسة الخصوصية

الاسم الذي تستخدمه في عملك.

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