
Billing Mode | First Hour (Running 30 Instances) | Second Hour (Running 20 Instances) | Third Hour (Running 10 Instances) |
Total regular pay-as-you-go price without any SP | Total amount = 0.4 x 0.8 x 30 = 9.6 USD | Total amount = 0.4 x 0.8 x 20 = 6.4 USD | Total amount = 0.4 x 0.8 x 10 = 3.2 USD |
Total price with a savings plan applied | 0.4 x 0.5 x 30 = 6 USD > Hourly commitment of 4 USD The hourly commitment can offset up to 20 instances (4/0.5/0.4) After the commitment fee per hour is offset by a coefficient of 0.5, there are still 10 instances exceeding the limit that require payment. This excess usage needs to be paid at pay-as-you-go price * pay-as-you-go discount = 0.4 * 0.8 * 10 = 3.2 USD Partially offset, total amount is 4 + 3.2 = 7.2 USD. | 0.4 x 0.5 x 20 = 4 USD (hourly commitment) Fully offset, total amount is 4 USD. | 0.4 x 0.5 x 10 = 2 USD < Hourly commitment of 4 USD At this point, the instance consumption cost is less than 4 USD,but you still need to pay the committed 4 USD. The total amount is still 4 USD. |
Business Scenario | Diagram | Suggested Billing Mode |
Stable business | ![]() | A savings plan is used for pay-as-you-go instances. In stable business scenarios, all resources are managed as needed, without the need for batch maintenance. You can adjust resources and calculate budgets at any time, without the need for capacity estimation. |
Hybrid business | ![]() | A savings plan is used for pay-as-you-go instances. In hybrid business scenarios, all resources are managed as needed, without the need for batch maintenance. You can adjust resources and calculate budgets at any time, without the need for capacity estimation. |
Flexible configuration | ![]() | A savings plan is used for pay-as-you-go instances. In flexible configuration scenarios, the complex monthly subscription can be converted to the billing mode for pay-as-you-go instances with SP applied. The unlimited specification feature of a savings plan will ease resource management. |
Continuous growth | ![]() | A savings plan is used for pay-as-you-go instances. In continuous growth scenarios, SP packages can be continuously stacked to support business expansion. |
Type of Savings Plan | Applicable Product Details | Exclusion Product Details |
All Product Types, currently supported products: CVM some models Elastic MapReduce some models | Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C6 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - High IO IT5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Big Data D3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M6 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized MA2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized MA3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S6 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - High IO ITA5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized MA4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based CN3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Enhanced Standard Storage S5se ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S8 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA1 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - High IO I2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA9 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S9 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA9e ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S9e ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized MA5 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Standard SA5 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Standard SA4 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Standard S8 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Memory Type MA5 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Memory Type MA4 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Memory Type M8 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Memory Type M6 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - High IO Type ITA5 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - High IO Type ITA4 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Big Data Type DA4m ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Computing Type C6 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Standard SA9 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Standard SA9e ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Standard S9 ||; Elastic MapReduce (EMR) | Elastic MapReduce (EMR) - Standard S9e ||. | Cloud Virtual Machine (CVM) | Bandwidth; |
Single product type -- CVM | Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C6 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - High IO IT5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Big Data D3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Computing-based C3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M6 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized MA2 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized M3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized MA3 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S6 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard ITA5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard SA4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - High IO ITA5st ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - High IO ITA4 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Standard S6t ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - Memory-optimized MA5 ||; Cloud Virtual Machine (CVM) | Cloud Virtual Machine (CVM) - High IO ITA4a ||. | Cloud Virtual Machine (CVM) | System Disk |; Cloud Virtual Machine (CVM) | Data Disk |; Cloud Virtual Machine (CVM) | Bandwidth |; |
Single product type -- CBS | Cloud Block Storage (CBS) | High-performance cloud block storage ||; Cloud Block Storage (CBS) | SSD Cloud Disk ||; Cloud Block Storage (CBS) | Universal SSD Cloud Disk ||; Cloud Block Storage (CBS) | Enhanced SSD Cloud Disk ||; Cloud Block Storage (CBS) | ultra-fast SSD CBS ||. | None |










All Upfront | Partial Upfront | Zero Upfront |
Make a one-time payment for N years to offset the pay-as-you-go bills. Total cost supported = Hourly commitment x 24 x 365 x Number of years Supported upfront cost = Total cost Supported hourly cost = 0 USD | Pay 50% of the total cost for N-year upfront. From the next full hour after successful payment, 50% of the hourly commitment will be offset by hour, until the SP expires. Total cost supported = Hourly commitment x 24 x 365 x Number of years Supported upfront cost = Total cost x 50% Supported hourly cost = Hourly commitment x 50% | Offsets start from the next full hour after the savings plan service is successfully activated (the committed amount per hour) until the savings plan expires. Total cost supported = Hourly commitment x 24 x 365 x Number of years Supported upfront cost = 0 USD Supported hourly cost = Hourly commitment |
Comparison Item | All-Product Plan | Single-Product Plan |
Use across products | Support for cross-product offset Support for no limit on the model, instance size, and operating system | Limit on specific products and product combinations Support for no limit on the instance size and operating system For example, Cloud Virtual Machine (CVM), support products include two major categories: package and single product: Product package: CVM standard bundle. The large offset range supports some standard models. However, the SP actually supports offset for computing resources of fixed models, including the CPU, memory, and GPU but not the network and disk. Single product: such as the SP supports offset of the above computing resources within standard model S1, excluding the network and disk. |
Region limit | Support for cross-region offset | Limit on single regions but not availability zones |
Offset rules | Generally higher offset coefficient | Deduction coefficient is normally lower than all product types,meaning discount strength is larger |
Item | Description |
Quantity for each account | You can purchase up to 40 SPs for each UIN. |
Order of application when multiple discount plans coexist | When multiple discount plans are effective at the same time, they are applied in the following order: Reserved instances (RIs) (quantity offset first) SPs (amount offset next) Vouchers, free credit, and then cash |
Whether SPs can be used with other discount modes | SPs cannot be concurrently used with billing-level discount plans (official website, user, and promotional discount plans) for pay-as-you-go instances. To use more favorable user discount plans for SP bundles, you need to contact business personnel for a quotation. SPs cannot be simultaneously used with finance-level discount plans. If a finance-level discount plan is available, you cannot purchase any SPs, and vice versa. |
Limit on offset for pay-as-you-go instances | SPs can be used only for pay-as-you-go instances billed hourly (excluding spot instances and instances billed daily or monthly). |
Cross-account usage scenario | Support cross-account deduction via savings plan sharing. |
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