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This feature is currently available on a limited number of products and will soon be extended to all products. Refer to the Environmental footprint calculator product integration index to see which products will integrate the calculator next.
When you order a product that integrates the Environmental Footprint Calculator, you can see the estimated impact of the product before you order.
In this page, we use Elastic Metal servers as an example to explain how the estimation represented.
The estimation described on this page is based on the calculation methodology detailed in the Environmental Footprint calculation breakdown documentation page.
When you select your Elastic Metal server’s Availability Zone, you can see the quantity of CO2 equivalent (CO2e) emitted per kW consumed for each zone.
This data is determined by the Power Usage Effectiveness (PUE) of the data center and the energy mix of the country in which the data center is located.
We use Ember’s Electricity Data Explorer to determine the impact linked to the energy mix. The energy mix can be very different from one country to another depending on the origin of the electricity used. We can see on Electricity Maps’ Environmental Impact by Zone map the significant differences that there can be between countries.
The estimation is represented by three green leaf icons:
When you hover your cursor over the leaves or when you select the AZ, you can see the detail of the environmental footprint estimation in kgCO₂e/kw.
The AZ footprint estimation is a straightforward calculation of CO₂ emissions per kW of electricity consumed, based on the energy mix and the data center’s Power Usage Effectiveness (PUE) specific to that AZ. For example, in an AZ like PAR-2, each kW consumed may have an impact of 0.065 kgCO₂e.
Meanwhile, the offer footprint estimation is a more complex calculation that combines the AZ-specific data with additional factors relevant to the specific offer. This calculation considers not just energy consumption but also other elements, which are outlined in the Environmental Footprint calculation breakdown documentation page, to reflect a comprehensive impact specific to the offer rather than just adding up kW-based impacts.
For Elastic Metal offers, the environmental footprint estimation considers the impact of the manufacturing and use of all the elements that allow the service to work, such as network, cross-IT equipment and stock, and non-IT elements in addition to the manufacturing and use of the server itself. The AZ you chose in the previous step will impact the use by multiplying each kw consumed by each of these elements by the value indicated.
For a detailed report of how the environmental impact of Scaleway services is calculated, refer to the Environmental Footprint calculator breakdown documentation page.
For usage, we rely on an estimate of electricity consumption. This estimation is based on tests carried out by the Hardware team at Scaleway. Each range of offers was tested using different compute configurations, to ensure coverage of a variety of possible power consumption set ups.
These different computing configurations allow us to simulate enough use cases to have an idea of the power consumption, but the actual consumption will depend on how the server is used in practice.
We estimate the measure the server’s electricity consumption and then calculate its estimated impact based on the energy mix of the selected zone and the data center’s PUE.
The estimation is represented by three green leaf icons:
When you hover your cursor over the leaves or when you select an offer, you can see the detail of the environmental footprint estimation in kgCO₂e per hour or per month, depending on the billing method chosen.
A summary of the total environmental footprint estimation for the selected offer is shown before the order summary. We also add an indication to help you imagine what this impact is, such as ≈ 35 km by car.
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