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Executive summary
Saudi Arabia's 2021 cloud-computing tariff of SAR 0.18/kWh for qualifying facilities ($0.048/kWh at SAR 3.75 per US dollar) is a regulated category with eligibility conditions, not a general business rate. A defensible comparison starts with the contract and a dated calculation, then tests the full workload cost and service requirements.
Start with the tariff category
Saudi Arabia's published 2021 cloud-computing decision specifies SAR 0.18/kWh for qualifying facilities. At the scenario conversion of SAR 3.75 per US dollar, that is $0.048/kWh. This is a regulated category with eligibility conditions, not a general business rate or a promise that every new data center receives it. Umm Al-Qura, decision published 12 March 2021.
The original rules require licensing or registration, separate activity accounts and metering, an electricity-to-operating-cost ratio above 20%, and an annual electrical load factor of at least 80%. Eligibility duration and application timing also matter. The original 2021 text is historical; SERA's subsequently amended implementation document notes an extension of the new-facility application window to the end of 2026. Confirm the applicable version and your facility's entitlement with the regulator and provider. Original implementation rules, 16 April 2021, SERA implementation rules and amendments.
Do not confuse load factor with power usage effectiveness (PUE). Load factor concerns how consistently a connection is used. PUE compares total facility energy with IT energy, including cooling and supporting systems.
The corrected one-megawatt example
The earlier illustration used $0.066/kWh and $0.048/kWh. Keep those as scenario inputs, not current Texas and Saudi quotes. For 1 MW of continuous total facility demand over 30 days, energy is:
1,000 kW × 24 hours × 30 days = 720,000 kWh.
| Scenario rate | 30-day energy cost |
|---|---|
| $0.066/kWh | $47,520 |
| $0.048/kWh | $34,560 |
| Difference | $12,960 |
At continuous operation for 365 days, the difference is $157,680 per MW per year: 8,760,000 kWh × $0.018. Across 100 MW, that is $15.768 million under exactly the same assumptions.
The original $61,700 and $44,900 monthly totals were too high for a 1 MW total facility load and did not state an overhead assumption. If 1 MW instead means IT demand, multiply energy by the facility's measured or assumed PUE. At PUE 1.3, the same scenario becomes $61,776 versus $44,928 for 30 days. State the load definition before comparing bills.
This estimates only the selected rate applied to energy. Taxes, demand or connection charges, reactive-energy penalties, minimum commitments and other contract items need their own calculation. Twelve 30-day periods are 360 days; do not use that total interchangeably with a 365-day year.
What the latest dated US benchmark says
As reviewed on 2 October 2026, the EIA release dated 24 September reports July 2026 industrial retail averages of $0.0977/kWh nationally and $0.0707/kWh in Texas. These preliminary sector averages help frame a comparison, but they are not a data center's negotiated utility price. EIA Electric Power Monthly, table 5.6.A.
Saudi categories need the same care. Marafiq's published base table lists SAR 0.20/kWh for industrial supply, alongside different commercial slabs and separately qualified intensive-use categories. That is a provider-specific reference; it does not establish a national average or cloud eligibility. Its intensive-use section is effective from 28 May 2025, while the base table does not give a separate effective date. Older regulatory tables should not be treated as a fresh universal quote. Marafiq power tariffs.
The Electricity Price Atlas shows the date and category behind each usable reference. Where a comparable rate or conversion date could not be verified, it displays “Unavailable” and excludes that value from the estimate.
How an electricity advantage could reach API buyers
Lower electricity costs can improve operating margins. Whether buyers receive lower API prices depends on hardware cost, utilization, software efficiency, financing and competition. A percentage reduction in the power bill is not the same percentage reduction in a GPU-hour or an API call.
The same distinction applies to latency. A closer region may improve response times for some users, but actual routing, peering, application design and workload placement decide the result. Measure the path your customers use before moving a service.
Investment signals, with their dates
Saudi Arabia's infrastructure opportunity has visible investment behind it. PIF launched HUMAIN in May 2025. NVIDIA's May 2025 announcement described planned AI factories with capacity of up to 500 MW over five years; AWS and HUMAIN separately announced a planned investment exceeding $5 billion. These are dated announcements of intended capacity and investment, not evidence that all capacity is already operating. PIF, NVIDIA, 13 May 2025, AWS, 13 May 2025.
The next step for an operator is to verify a specific site's delivered power, connection timeline, redundancy, cooling performance, water requirements and available hardware. Announced national ambition does not replace that project evidence.
Questions to take into a hosting decision
- Which tariff category applies to this facility, and how long does eligibility last?
- Does the quoted load mean IT demand or total facility demand?
- What are the measured PUE, seasonal cooling costs and utilization assumptions?
- Which taxes, capacity charges and minimum commitments sit outside the energy rate?
- Can the provider meet your measured latency, service-level and recovery needs?
- Where is customer data stored, and who can access it?
- What evidence supports the electricity mix and any sustainability claim?
Saudi Arabia can be an attractive location for compute. A defensible comparison starts with the contract and a dated calculation, then tests the full workload cost and service requirements.
Related reading
Common questions
What is the electricity tariff for data centers in Saudi Arabia?
Saudi Arabia's published 2021 cloud-computing decision specifies SAR 0.18/kWh for qualifying facilities, which is $0.048/kWh at a scenario conversion of SAR 3.75 per US dollar. It is a regulated category with eligibility conditions, not a general business rate or a promise that every new data center receives it. Confirm the applicable version and your facility's entitlement with the regulator and provider.
Who qualifies for the Saudi cloud computing electricity tariff?
The original 2021 rules require licensing or registration, separate activity accounts and metering, an electricity-to-operating-cost ratio above 20%, and an annual electrical load factor of at least 80%. Eligibility duration and application timing also matter. SERA's amended implementation document notes an extension of the new-facility application window to the end of 2026, so confirm the applicable version with the regulator and provider.
How much can a 1 MW data center save on electricity in Saudi Arabia?
Using scenario rates of $0.066/kWh and $0.048/kWh, 1 MW of continuous total facility demand costs $12,960 less over 30 days, or $157,680 per year over 365 days. These are scenario inputs, not current quotes, and cover energy only. Taxes, demand or connection charges and minimum commitments need their own calculation. If 1 MW means IT demand, multiply energy by the facility's measured or assumed PUE.
Does cheaper electricity in Saudi Arabia mean cheaper AI API prices?
Not necessarily. Lower electricity costs can improve operating margins, but whether buyers receive lower API prices depends on hardware cost, utilization, software efficiency, financing and competition. A percentage reduction in the power bill is not the same percentage reduction in a GPU-hour or an API call.