feat(efc): bls MTA-6233 #5257
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| The total estimated impact of Block Storage volumes is calculated by integrating the: | ||
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| - **Manufacturing impact** - Related to the physical servers hosting the storage volumes. |
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| - **Manufacturing impact** - Related to the physical servers hosting the storage volumes. | |
| - **Dedicated manufacturing impact** - Related to the physical servers hosting the storage volumes. |
| The total estimated impact of Block Storage volumes is calculated by integrating the: | ||
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| - **Manufacturing impact** - Related to the physical servers hosting the storage volumes. | ||
| - **Usage Impact** - The impact of the tools used to manage the Block Storage offers: control plane, monitoring, internal load balancers, and others. |
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| - **Usage Impact** - The impact of the tools used to manage the Block Storage offers: control plane, monitoring, internal load balancers, and others. | |
| - **Related Manufacturing Impact** - The impact of the tools used to manage the Block Storage offers: control plane, monitoring, internal load balancers, and others. |
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| - **Manufacturing impact** - Related to the physical servers hosting the storage volumes. | ||
| - **Usage Impact** - The impact of the tools used to manage the Block Storage offers: control plane, monitoring, internal load balancers, and others. | ||
| - **Energy usage impact** - The average electricity consumption of storage servers and their energy efficiency. |
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| - **Energy usage impact** - The average electricity consumption of storage servers and their energy efficiency. | |
| - **Energy usage impact** - The average electricity consumption of storage servers and their energy efficiency and of the tools used to manage the Block Storage offers. |
| ``` | ||
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| - **VOLsto** - represents the **reserved volume** per user. In Block Storage, your data is replicated three times on multiple nodes to guarantee availability, so the **VOLsto** is applied with factor of 3 to account for replication. | ||
| - **VolstoPool** - represents all the storage for Block Storage volumes on the server that hosts them (around 60%). |
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| - **VolstoPool** - represents all the storage for Block Storage volumes on the server that hosts them (around 60%). | |
| - **VolstoPool** - represents the total storage volume reserved for the block storage product. |
| - **VOLsto** - represents the **reserved volume** per user. In Block Storage, your data is replicated three times on multiple nodes to guarantee availability, so the **VOLsto** is applied with factor of 3 to account for replication. | ||
| - **VolstoPool** - represents all the storage for Block Storage volumes on the server that hosts them (around 60%). | ||
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| In the example below we consider a **Volsto** of 600 and a **VolstoPool** of 1000. |
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| In the example below we consider a **Volsto** of 600 and a **VolstoPool** of 1000. | |
| In the example below we consider a **Volsto** of 600 GB and a **VolstoPool** of 1000 GB. |
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| The calculation of the usage impact of Block Storage volumes is based on: | ||
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| - The usage of servers that host user storage |
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| - The usage of servers that host user storage | |
| - Impact of electricity consumption of servers that host user storage |
| The calculation of the usage impact of Block Storage volumes is based on: | ||
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| - The usage of servers that host user storage | ||
| - The usage of infrastructure and service management servers by the Scaleway Block Storage team to run the Block Storage service. In this case we consider both the Control and Data planes. |
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| - The usage of infrastructure and service management servers by the Scaleway Block Storage team to run the Block Storage service. In this case we consider both the Control and Data planes. | |
| - Impact of electricity consumption of infrastructure and service management servers by the Scaleway Block Storage team to run the Block Storage service. In this case we consider both the Control and Data planes. |
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| - The usage of servers that host user storage | ||
| - The usage of infrastructure and service management servers by the Scaleway Block Storage team to run the Block Storage service. In this case we consider both the Control and Data planes. | ||
| - The impact of the electrical power dedicated to Block Storage across the infrastructure |
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| - The impact of the electrical power dedicated to Block Storage across the infrastructure |
| - The usage of infrastructure and service management servers by the Scaleway Block Storage team to run the Block Storage service. In this case we consider both the Control and Data planes. | ||
| - The impact of the electrical power dedicated to Block Storage across the infrastructure | ||
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| To calculate the usage, we consider the French energy mix and the datacenter's PUE. |
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| To calculate the usage, we consider the French energy mix and the datacenter's PUE. | |
| To calculate the impact of a kwh, we consider the French energy mix and the datacenter's PUE. |
| ```math | ||
| UsageImpact = (0,600 x 0,065) * 100 * 0,6 = 2,34 kgCo2e | ||
| ``` | ||
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We can also add a conclusion here
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