One hour of video streaming equivalent to boiling a kettle three times claims environmental report

One hour of streaming video has a carbon footprint equivalent to boiling an average kettle three times, a new report has found.

According to a new white paper from The Carbon Trust on the CO2 impact of streaming video on demand, the carbon footprint of consuming VOD content is very small compared to other everyday activities. 

The research includes the life cycle energy use of the different components involved in the distribution and viewing of video content to estimate the carbon impact per one hour of video streaming, based on video-on-demand viewing.

It came to the conclusion that the average carbon footprint in Europe per hour of video streaming is approximately 55gCO2e, equivalent to boiling an average electric kettle three times.

In terms of the overall carbon footprint from supplier to consumer, the viewing device is typically responsible for the largest part of any carbon emissions. The report says that the footprint of watching on a 50-inch TV is roughly 4.5 times that of watching on a laptop, and roughly 90 times that of watching on a smartphone. 

The report also notes that changes in video quality including the changes from HD to SD actually have a very small change in the carbon impact, even if they impact the bitrate required to transmit video data. 

Andie Stephens, associate director at the Carbon Trust and lead author of the white paper, said: “Our white paper shows that the carbon footprint of watching an hour of streamed video content is minor compared with other daily activities. As the electricity grids continue to decarbonise, and telecoms network operators increasingly power their networks with renewable electricity this impact is set to reduce even further. By undertaking this research with the support of the industry and academic experts, we hope to help inform discussions about the carbon impact of video streaming and of wider ICT use, and address some misunderstandings and outdated estimates that have been previously reported.”

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