What does carbon-neutral mean in computer?

A computer is said to be carbon neutral when all the energy it uses is replenished — either by renewable energy sources or by removing carbon dioxide (CO2) from the atmosphere through carbon sequestration. A computer manufacturer can demonstrate that it is carbon neutral either via an independent certification organization or by offsetting the carbon emissions it produces. Carbon neutrality is particularly important for large data centers that run on a large amount of electricity.

What does carbon-neutral computing mean?

There are two types of carbon neutrality in the digital world: energy neutrality and carbon neutrality. Energy neutrality means that the energy used by your equipment does not come from burning fossil fuels. Carbon neutrality, however, goes a step further. Your organization is also carbon neutral if your energy comes from renewable energy sources and if you offset the carbon emissions from your operations by planting trees and other vegetation.

What does carbon-neutral mean in computer science?

The carbon neutrality of a computer system means that the system produces the same amount of carbon dioxide as it absorbs from the atmosphere. This is done either through mitigation or offsetting. A mitigation strategy is any activity aimed at reducing the amount of carbon dioxide emissions that the computer system produces. An offsetting strategy is paying someone else to reduce their emissions.

What is carbon-neutral computing?

In order to achieve carbon neutrality in computing, it means that the amount of carbon dioxide emissions that are produced when using the electricity to run your computer is offset by the consumption of renewable energy. Renewable energy can come from wind, solar, hydro, biomass or geothermal power.

What does carbon-neutral mean in a computer?

With a carbon neutral computer you will not emit any carbon dioxide or other greenhouse gasses during the production or use of the machine. This includes the life cycle of the product, from the extraction of raw materials to the transportation to the end user and recycling or disposal of the product at the end of its lifecycle.