| eval total=co2eScope1+co2eScope2+co2eScope3Ĭalculate the sum of the fields co2eScope1, co2eScope2, and co2eScope3, and assign the result to a new field named "total".Ĭalculate the difference between the current value of the "total" field and its previous value, and assign the result to a new field named "Difference". Sort the events based on the "year" field in ascending order. Retrieve data from the lookup file "Dummy_Data_Historic_co2e.csv" and use it as input for further processing. For example, the US Energy Information Administration has an API that can be used to leverage standardized metrics such as CO 2 emissions data. You might also want to pull data from relevant private or government sources. These factors are typically used to calculate or estimate the emissions of greenhouse gases, such as carbon dioxide (CO 2), methane (CH 4), and nitrous oxide (N 2O), resulting from data center operations. Conversion factors refer to the coefficients or ratios used to convert various data center activities or inputs into standardized units for assessing their environmental impact. Data centers consume significant amounts of energy, resulting in the release of GHGs (primarily carbon dioxide (CO 2)) but also other gases like methane (CH 4) and nitrous oxide (N 2O). Global warming potential (GWP) metrics are used to evaluate the environmental impact of greenhouse gas (GHG) emissions associated with the operation of the data center infrastructure. Data points you might want to track include:
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