diff --git a/defaults/docs-defaults.yaml b/defaults/docs-defaults.yaml index ad0399c..ae4852a 100644 --- a/defaults/docs-defaults.yaml +++ b/defaults/docs-defaults.yaml @@ -60,45 +60,45 @@ defaults: mobile: 1.200000000 default_channel_by_device: pc: - - ctv-bvod - - social - - digital-audio - - web - - search - - streaming-video - - linear-tv - - traditional-radio + - ctv-bvod + - social + - digital-audio + - web + - search + - streaming-video + - linear-tv + - traditional-radio phone: - - social - - ctv-bvod - - digital-audio - - app - - web - - search - - streaming-video - - linear-tv - - traditional-radio + - social + - ctv-bvod + - digital-audio + - app + - web + - search + - streaming-video + - linear-tv + - traditional-radio radio: - - traditional-radio + - traditional-radio smart-speaker: - - digital-audio + - digital-audio tablet: - - social - - ctv-bvod - - digital-audio - - app - - web - - search - - streaming-video - - linear-tv - - traditional-radio + - social + - ctv-bvod + - digital-audio + - app + - web + - search + - streaming-video + - linear-tv + - traditional-radio tv: - - linear-tv - - ctv-bvod - - digital-audio - - traditional-radio - - web - - search + - linear-tv + - ctv-bvod + - digital-audio + - traditional-radio + - web + - search default_consumer_device_request_size_bytes: app: 3000 audio: 3000 @@ -112,6 +112,8 @@ defaults: default_count_ad_platform: dooh: 6 search: 1 + default_datacenter_compute_embodied_emissions_kgCO2e_per_second: 0.000007130 + default_datacenter_compute_use_phase_kwh_per_second: 0.000164000 default_device_by_channel: app: phone ctv-bvod: tv @@ -184,14 +186,35 @@ defaults: default_emissions_per_bid_request_gco2_per_imp: 0.114420000 default_emissions_per_creative_request_gco2_per_imp: 0.000300000 default_emissions_per_rtdp_request_gco2_per_imp: 0.010000000 + default_eol_kgco2e_emissions_per_kg_by_material: + backlit_paper: 0.158940000 + recycled_paper: 0.158940000 default_expected_lifetime_years: 10.000000000 default_freight_transport_emissions_kgco2e_tonne_transported_per_km: 0.110000000 + default_freight_transport_kgco2e_emissions_per_tonne_km: + classic-ooh: 0.792000000 + default_illumination_power_draw_watts_per_sq_metre: 21.400000000 default_illumination_power_draw_watts_per_sq_metre_per_hour: 100.000000000 default_image_compression_ratio: 10 default_impressions_per_creative: 1000000 + default_installation_transport_kgco2e_emissions_per_vehicle_km: + classic-ooh: 0.256000000 default_iptv_network_distribution: fixed: 0.999000000 mobile: 0.001000000 + default_manufacturing_kgco2e_emissions_per_kg_by_material: + backlit_paper: 0.257000000 + recycled_paper: 0.257000000 + default_material_by_ooh_ad_format: + 2 Sheet Poster: recycled_paper + 6 Sheet: recycled_paper + 96 Sheet: backlit_paper + Small A1: recycled_paper + default_material_mass_kg_per_sq_metre_by_ooh_ad_format: + 2 Sheet Poster: 0.150000000 + 6 Sheet: 0.150000000 + 96 Sheet: 0.170000000 + Small A1: 0.150000000 default_mechanical_rotation_power_draw_watts_per_sq_metre_per_hour: 12.500000000 default_network_embodied_emissions_gco2e_per_kb: scope3: @@ -371,7 +394,7 @@ defaults: ota: 19.300000000 satellite: 16.700000000 default_platform_ad_format_by_channel: - app: Generic GMSF 1.2 Display Ad + app: Generic GMSF Display Ad classic-ooh: 6 Sheet ctv-bvod: 15s Video digital-audio: 30s Audio @@ -381,7 +404,7 @@ defaults: social: Sponsored Post - 1080x1920 Image streaming-video: 15s Video traditional-radio: 30s Radio - web: Generic GMSF 1.2 Display Ad + web: Generic GMSF Display Ad default_platform_ad_format_identifier_by_channel: app: generic-gmsf-1-2-display-ad-app-phone classic-ooh: 6-sheet-classic-ooh-panel @@ -490,6 +513,8 @@ defaults: leaflet: 2.000000000 magazine: 1.500000000 newspaper: 1.000000000 + default_printing_to_storage_distance_km: + classic-ooh: 200 default_printing_to_storage_distance_km_per_ad: classic-ooh: AD: 0.500000000 @@ -609,6 +634,19 @@ defaults: YE: 0.500000000 ZA: 0.500000000 ZW: 0.500000000 + default_production_loss_ratio_by_channel: + app: 1 + classic-ooh: 1.110000000 + ctv-bvod: 1 + digital-audio: 1 + dooh: 1 + linear-tv: 1 + print: 1.110000000 + search: 1 + social: 1 + streaming-video: 1 + traditional-radio: 1 + web: 1 default_property_ad_funded_percentage_by_channel: app: 100 ctv-bvod: 100 @@ -787,6 +825,8 @@ defaults: YE: 4.000000000 ZA: 4.000000000 ZW: 4.000000000 + default_storage_to_site_distance_km_per_ad: + classic-ooh: 0.700000000 default_storage_usage_pct: cloud_storage: 45 hard_disk_drive: 25 @@ -797,7 +837,11 @@ defaults: default_structure_pct_recycling: classic-ooh: 58.750000000 default_structure_recycling_emissions_kgco2e_per_sq_metre: 0.000000000 + default_substrate_production_kgco2e_emissions_per_kg_by_material: + backlit_paper: 0.920000000 + recycled_paper: 1.050000000 default_time_in_view_seconds: 3 + default_transcoding_outputs_number: 6 default_tv_home_equipment_embodied_gco2e_per_second_by_tv_distribution_method: cable: 0.005346759 iptv: 0.005492307 @@ -808,12 +852,13 @@ defaults: iptv: 21 ota: 1 satellite: 22 - default_tv_signal_preparation_power_watt: 16700 - default_tv_signal_transmission_embodied_gco2e_per_second: 27 + default_tv_signal_preparation_embodied_gco2e_per_second: 0.007130000 + default_tv_signal_preparation_power_watt: 590.400000000 + default_tv_signal_transmission_embodied_gco2e_per_second: 30.630000000 default_tv_signal_transmission_power_by_tv_distribution_method_watt: - cable: 16000 - ota: 165000 - satellite: 3150 + cable: 469793 + ota: 469793 + satellite: 550001 default_usage_kwh_per_gb: scope3: fixed: 0.016500000 @@ -835,6 +880,7 @@ defaults: streaming-video: impression web: impression default_video_player_size_bytes: 350000 + default_video_transcoding_time_seconds: 30 edge_node_embodied_gco2e_per_kb: 0.000000588 edge_node_use_watts_per_kb: 0.000000430 generic_creative_ad_server: diff --git a/docs/calculations.mdx b/docs/calculations.mdx index 6bfb185..c11d23f 100644 --- a/docs/calculations.mdx +++ b/docs/calculations.mdx @@ -15,6 +15,7 @@ import ChannelMappingDefaults from "/snippets/defaults_channel_mapping.mdx"; import BroadcastingDefaults from "/snippets/defaults_broadcasting.mdx"; import CreativeStorageDefaults from "/snippets/defaults_creative_storage.mdx"; import AssetDefaults from "/snippets/defaults_asset_size.mdx"; +import PhysicalAdProductionDefaults from "/snippets/defaults_physical_production.mdx"; import ClassicOOHDefaults from "/snippets/defaults_classic_ooh.mdx"; import PrintDefaults from "/snippets/defaults_print.mdx"; import DOOHDefaults from "/snippets/defaults_dooh.mdx"; @@ -179,7 +180,7 @@ Native product carousel ### Conventional model data transfer by network type -The Scope3 values below are from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf). +The Scope3 values below are from [GMSF](https://adnetzero.com/global-media-sustainability-framework/). SRI values from [SRIxAD database 2.1](https://github.com/SRISyndicatRegiesInternet/SRIxAD-DigitalCampaignsCarbonFramework/releases/download/v2.1.0/Referentiel.SRI.x.AD.-.V2.1_partage.zip), original source ADEME_220830_v1.4 (now considered outdated). @@ -198,7 +199,7 @@ From [ITU Data Hub](https://datahub.itu.int/) (2024 data), these ratios do not a ### Video player characteristics -Default video player size from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf) +Default video player size from [GMSF](https://adnetzero.com/global-media-sustainability-framework/) @@ -224,19 +225,19 @@ See [Consumer Devices](./consumer_devices) ### Time in view for non-video ads -Default in view time from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf) +Default in view time from [GMSF](https://adnetzero.com/global-media-sustainability-framework/) ### Ad platform defaults -Observations from various channels and CDN / Edge Node emission factors from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf) +Observations from various channels and CDN / Edge Node emission factors from [GMSF](https://adnetzero.com/global-media-sustainability-framework/) ### Channel and device type mappings -The default ad formats for the Web and App channels are based on the [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf) defaults for creative payload. +The default ad formats for the Web and App channels are based on the [GMSF](https://adnetzero.com/global-media-sustainability-framework/) defaults for creative payload. @@ -246,7 +247,7 @@ The default ad formats for the Web and App channels are based on the [GMSF 1.2]( ### Creative storage defaults -Emission factors from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf), along with assumptions on average distribution per storage type, default multipliers to estimate the required storage space based on the delivered creative size and default impressions per creative. +Emission factors from [GMSF](https://adnetzero.com/global-media-sustainability-framework/), along with assumptions on average distribution per storage type, default multipliers to estimate the required storage space based on the delivered creative size and default impressions per creative. @@ -254,6 +255,10 @@ Emission factors from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/0 +### Physical Ad Production defaults + + + ### Classic OOH defaults diff --git a/docs/channel_considerations.mdx b/docs/channel_considerations.mdx index afc5e9a..9aae499 100644 --- a/docs/channel_considerations.mdx +++ b/docs/channel_considerations.mdx @@ -26,9 +26,9 @@ We classify Linear TV as content that is transmitted via traditional broadcast m | Broadcast method | Equipment involved | | --------------------------------------------------------- | ----------------------------------------------------------------------------------------------------------- | | Over-the-air (OTA) & Digital Terrestrial Television (DTT) | Transmitting towers, repeaters, household antennas… | -| Cable | Same as the Internet network (infrastructure is typically shared across telephone, television and Internet) | +| Cable | Managed cable television distribution infrastructure (shared physical network). | | Satellite | Transmitting Satellite dishes, Satellite, Receiving satellite dishes, set top boxes | -| IPTV (Internet Protocol Television) | Internet network, set top boxes | +| IPTV (Internet Protocol Television) | IP-based managed multicast television delivery over telecom infrastructure. | ## Boundaries of Measurement @@ -39,7 +39,7 @@ The Scope3 Linear TV model focuses on estimating emissions coming from the distr | Media Production | Content production | Not Included | | | Creative Production | Ad production | Not included | | | Media Distribution | Corporate emissions from TV network | Included | | -| Media & Creative Distribution | Broadcast Signal preparation, transmission & reception | Included | Encoding & multiplexing
OTA/DTT, cable, Satellite & IPTV networks (use phase & embodied)
Household Equipment used for signal reception (use phase & embodied) | +| Media & Creative Distribution | Broadcast Signal preparation, transmission & reception | Included | Signal preparation, multiplexing, transmission infrastructure, and household signal reception equipment. Per GMSF v1.3 guidance, creative transcoding is modelled separately under Tech Manipulation for unicast/multicast delivery (e.g. IPTV), while equivalent broadcast-side transformation activities remain included in distribution. | | Media & Creative Consumer Device | TV viewing | Included | Television device (use phase & embodied) | ## Emissions Calculation Methodology @@ -98,6 +98,8 @@ The prevalence of each TV broadcast method varies by TV network and geographical ### Household Equipment Emissions +Scope3 retains household signal reception equipment emissions in Linear TV, even though GMSF v1.3 excludes these infrastructure components. + #### Energy Consumption We consider some household equipment "passive", meaning that they do not require any power to receive the broadcast signal, and others "active". @@ -137,7 +139,7 @@ Similarly to how we model consumer devices (see [Consumer Devices](./consumer_de ### TV Viewing Emissions -We follow the same methodology as described in [Consumer Devices](./consumer_devices), accounting for both use phase (energy consumption) and embodied emission (production & disposal), aligned with GMSF 1.2: +We follow the same methodology as described in [Consumer Devices](./consumer_devices), accounting for both use phase (energy consumption) and embodied emission (production & disposal), aligned with GMSF: | Device | Power (W) | PEPS (gCO2e/s) | | --------------------- | --------- | -------------- | diff --git a/docs/consumer_devices.mdx b/docs/consumer_devices.mdx index 3057692..f1a6624 100644 --- a/docs/consumer_devices.mdx +++ b/docs/consumer_devices.mdx @@ -48,7 +48,7 @@ Since we do not know the exact device a consumer is using (most reporting is agg ![Visual representation of the PC emissions model](images/pc_emissions_model.png) -We use the following defaults from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf): a use-phase energy intensity of 0.0000154 kWh per second (55.44 W power draw) and embodied emissions of 0.00000545 kgCO2e per second. The listed data sources are ADEME ([Base Empreinte, "Numérique 2.0" dataset, 2025](https://base-empreinte.ademe.fr/)) and Scope3. +We use the following defaults from [GMSF](https://adnetzero.com/global-media-sustainability-framework/): a use-phase energy intensity of 0.0000154 kWh per second (55.44 W power draw) and embodied emissions of 0.00000545 kgCO2e per second. The listed data sources are ADEME ([Base Empreinte, "Numérique 2.0" dataset, 2025](https://base-empreinte.ademe.fr/)) and Scope3. ## Tablet @@ -58,7 +58,7 @@ We don't have a stat on daily usage of tablets. Assuming that people use them in For energy use, [iBatteryLife](https://ibatterylife.com/ipad-battery-life-test/) compares multiple iPad models and battery life is around 10 hours for each. The average iPad, per [Sir Apfelot](https://sir-apfelot.de/en/battery-capacity-ipad-mah-19060/), has around 30 Wh of battery capacity. Thus, a tablet has an average power draw of 3W. -We use the following defaults from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf): a use-phase energy intensity of 0.0000014 kWh per second (5.04 W power draw) and embodied emissions of 0.0000257 kgCO2e per second. The embodied emission factor is much higher than for the other devices due to considering low daily usage. The listed data source is ADEME ([Base Empreinte, "Numérique 2.0" dataset, 2025](https://base-empreinte.ademe.fr/)). +We use the following defaults from [GMSF](https://adnetzero.com/global-media-sustainability-framework/): a use-phase energy intensity of 0.0000014 kWh per second (5.04 W power draw) and embodied emissions of 0.0000257 kgCO2e per second. The embodied emission factor is much higher than for the other devices due to considering low daily usage. The listed data source is ADEME ([Base Empreinte, "Numérique 2.0" dataset, 2025](https://base-empreinte.ademe.fr/)). ## Smartphone @@ -68,7 +68,7 @@ The typical person uses her phone for 4 hours and 23 minutes a day per [Statista As an example, per [GSM Arena](#gsmarena), the Apple iPhone 13 takes 16 hours and 8 minutes to run out of battery when browsing the internet (similar to video playback). In idle mode, it takes 174 hours to discharge. It has 12.41Wh of battery capacity per [Macworld](#macworld). Thus, the iphone consumes 0.77W when active, and 0.071W when idle. -We use the following defaults from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf): a use-phase energy intensity of 0.0000013 kWh per second (4.68 W power draw) and embodied emissions of 0.00000655 kgCO2e per second. The use-phase value is considered conservative and based on video playback. The listed data source is ADEME ([Base Empreinte, "Numérique 2.0" dataset, 2025](https://base-empreinte.ademe.fr/)). +We use the following defaults from [GMSF](https://adnetzero.com/global-media-sustainability-framework/): a use-phase energy intensity of 0.0000013 kWh per second (4.68 W power draw) and embodied emissions of 0.00000655 kgCO2e per second. The use-phase value is considered conservative and based on video playback. The listed data source is ADEME ([Base Empreinte, "Numérique 2.0" dataset, 2025](https://base-empreinte.ademe.fr/)). ## Television @@ -93,7 +93,7 @@ Based on 3.9 hours/day of usage, the embodied emissions from a TV and set top bo A detailed study of many TV models can be found at [ecocostsavings.com](https://ecocostsavings.com/tv-wattage/), indicating that the average power draw of a TV in the US is 59W active, 0.5W standby. This data is not tied to a scientific study but does indicate that overall power usage may have declined since the Urban study above. -We use the following defaults from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf): a use-phase energy intensity of 0.000038 kWh per second (136.8 W power draw) and embodied emissions of 0.00000865 kgCO2e per second. The listed data source is ADEME ([Base Empreinte, "Numérique 2.0" dataset, 2025](https://base-empreinte.ademe.fr/)). +We use the following defaults from [GMSF](https://adnetzero.com/global-media-sustainability-framework/): a use-phase energy intensity of 0.000038 kWh per second (136.8 W power draw) and embodied emissions of 0.00000865 kgCO2e per second. The listed data source is ADEME ([Base Empreinte, "Numérique 2.0" dataset, 2025](https://base-empreinte.ademe.fr/)). ## Smart Speaker diff --git a/docs/creative.mdx b/docs/creative.mdx index efa483c..fe0b02e 100644 --- a/docs/creative.mdx +++ b/docs/creative.mdx @@ -28,7 +28,7 @@ To determine consumer device emissions we need to know whether the ad controls t - For a full screen or primary placement ad(standard TV/radio commercial, etc) the energy used by the consumer device during the display of the creative is determined by multiplying the duration of the creative by the energy use of the consumer device. -- For an ad that is not full screen that is embedded in content- for instance, a banner ad on a web site, an autoplaying out-stream video, or a sponsored post in a social news feed - the energy use should be proportionate to the percentage of the consumer device used by the creative and the average time that the placement is in view. We align with GMSF 1.2 and assume a default of 3 seconds as the average time an embedded ad is in view. +- For an ad that is not full screen that is embedded in content- for instance, a banner ad on a web site, an autoplaying out-stream video, or a sponsored post in a social news feed - the energy use should be proportionate to the percentage of the consumer device used by the creative and the average time that the placement is in view. We align with GMSF and assume a default of 3 seconds as the average time an embedded ad is in view. The time the ad is on the device multiplied by the percentage of the screen/device used by the creative is `device coverage-seconds`. The embodied emissions for the delivery of the creative are `(device coverage-seconds) x (embodied emissions per second)` and the usage emissions are `(device coverage-seconds) x (energy per second)`. See [consumer device methodology](./consumer_devices) for details on the per-device calculations. @@ -41,7 +41,7 @@ Format notes: ### Tech Manipulation / Physical Production Emissions -For digital channels we model the emissions related to the storage of creative materials (also called the master bundle). We use emission factors per type of storage from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf), along with assumptions to allocate these emissions per impression: +For digital channels we model the emissions related to the storage of creative materials (also called the master bundle). We use emission factors per type of storage from [GMSF](https://adnetzero.com/global-media-sustainability-framework/), along with assumptions to allocate these emissions per impression: - the average distribution per storage type, - the default impressions per creative, @@ -73,7 +73,7 @@ The total data transfer from a creative can be calculated as `static assets + vi For digital channels, we calculate Ad Platform emissions corresponding to the Ad Serving and Measurement processes. See the [defaults](./calculations#ad-platform-defaults) and associated [calculations](./calculations#creative-delivery-platform) used. -By default, we apply the emission factors from [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf), which evaluate Ad Serving from a CDN/Edge Node. These emission factors are expressed per unit of data transferred from a creative. +By default, we apply the emission factors from [GMSF](https://adnetzero.com/global-media-sustainability-framework/), which evaluate Ad Serving from a CDN/Edge Node. These emission factors are expressed per unit of data transferred from a creative. - Use-phase energy intensity of transferring 1MB from an edge node: 4.30E-07 kWh / MB - Embodied emissions intensity of transferring 1MB from an edge node: 5.88E-07 kgCO2e / MB diff --git a/docs/data_transfer.mdx b/docs/data_transfer.mdx index 77c05ac..c1bbb63 100644 --- a/docs/data_transfer.mdx +++ b/docs/data_transfer.mdx @@ -35,7 +35,7 @@ These bottom-up numbers indicate that the majority of emissions from broadband u We apply the conventional model to all channels. -The [GMSF 1.2](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf), the latest "official" industry source, uses ADEME emission factors based on a this [study on the environmental footprint of French ISPs](https://librairie.ademe.fr/industrie-et-production-durable/6789-evaluation-de-l-empreinte-environnementale-de-la-fourniture-d-acces-a-internet-en-france.html#product-presentation). Although based on primary and recent data (2023) the values are unfortunately not time-adjusted or adapted to different markets. +The [GMSF](https://adnetzero.com/global-media-sustainability-framework/), the latest "official" industry source, uses ADEME emission factors based on a this [study on the environmental footprint of French ISPs](https://librairie.ademe.fr/industrie-et-production-durable/6789-evaluation-de-l-empreinte-environnementale-de-la-fourniture-d-acces-a-internet-en-france.html#product-presentation). Although based on primary and recent data (2023) the values are unfortunately not time-adjusted or adapted to different markets. The initial ADEME work considers two components to calculate network-related electricity consumption for both fixed and mobile networks: @@ -58,7 +58,7 @@ The same approach is applied for embodied emissions. The resulting conventional ## Power usage by time and bandwidth (Power Model) -**Note**: We have deprecated the use of the Power Model to align with GMSF 1.2. The information below is valid only for CTV‑BVOD and OLV measurements conducted before October 2025. +**Note**: We have deprecated the use of the Power Model to align with GMSF. The information below is valid only for CTV‑BVOD and OLV measurements conducted before October 2025. Per [Carbon Trust](https://ctprodstorageaccountp.blob.core.windows.net/prod-drupal-files/documents/resource/public/Carbon-impact-of-video-streaming.pdf): diff --git a/docs/lifecycle.mdx b/docs/lifecycle.mdx index 04cb303..e67cfc7 100644 --- a/docs/lifecycle.mdx +++ b/docs/lifecycle.mdx @@ -33,7 +33,7 @@ We have seen three well-documented methodologies for the use phase of media and - [DIMPACT](https://dimpact.org/publications) - [SRI](https://www.sri-france.org/wp-content/uploads/2021/11/SRI_Calculating-the-carbon-footprint_VF.pdf) - [GroupM](https://www.wpp.com/en/-/media/project/wpp/images/sustainability/media-decarbonisation/groupm_mediadecarb_jul15.pdf) -- [GMSF](https://adnetzero.com/wp-content/uploads/2025/06/GlobalMediaSustainabilityFrameworkV1.2.pdf) +- [GMSF](https://adnetzero.com/global-media-sustainability-framework/) ### Life cycle boundaries by methodology diff --git a/docs/snippets/defaults_broadcasting.mdx b/docs/snippets/defaults_broadcasting.mdx index 07547bf..0e54913 100644 --- a/docs/snippets/defaults_broadcasting.mdx +++ b/docs/snippets/defaults_broadcasting.mdx @@ -1,4 +1,8 @@ ``` +default_video_transcoding_time_seconds: 30 +default_transcoding_outputs_number: 6 +default_datacenter_compute_use_phase_kwh_per_second: 0.000164 +default_datacenter_compute_embodied_emissions_kgCO2e_per_second: 0.00000713 default_percent_tv_distribution_method: cable: 28.6 iptv: 25.2 @@ -30,12 +34,13 @@ default_percent_tv_distribution_method_by_country: iptv: 20.7 ota: 19.3 satellite: 16.7 -default_tv_signal_preparation_power_watt: 16700 +default_tv_signal_preparation_power_watt: 590.4 +default_tv_signal_preparation_embodied_gco2e_per_second: 0.00713 default_tv_signal_transmission_power_by_tv_distribution_method_watt: - cable: 16000 - ota: 165000 - satellite: 3150 -default_tv_signal_transmission_embodied_gco2e_per_second: 27 + cable: 469793 + ota: 469793 + satellite: 550001 +default_tv_signal_transmission_embodied_gco2e_per_second: 30.63 default_tv_home_equipment_power_by_tv_distribution_method_watt: cable: 16 iptv: 21 diff --git a/docs/snippets/defaults_channel_mapping.mdx b/docs/snippets/defaults_channel_mapping.mdx index e31f48d..50eefbe 100644 --- a/docs/snippets/defaults_channel_mapping.mdx +++ b/docs/snippets/defaults_channel_mapping.mdx @@ -69,8 +69,8 @@ default_platform_ad_format_by_channel: ctv-bvod: 15s Video streaming-video: 15s Video digital-audio: 30s Audio - app: Generic GMSF 1.2 Display Ad - web: Generic GMSF 1.2 Display Ad + app: Generic GMSF Display Ad + web: Generic GMSF Display Ad linear-tv: 30s Video search: Generic Search Ad traditional-radio: 30s Radio diff --git a/docs/snippets/defaults_classic_ooh.mdx b/docs/snippets/defaults_classic_ooh.mdx index 988b11f..fa9472c 100644 --- a/docs/snippets/defaults_classic_ooh.mdx +++ b/docs/snippets/defaults_classic_ooh.mdx @@ -1,4 +1,31 @@ ``` +default_material_mass_kg_per_sq_metre_by_ooh_ad_format: + 6 Sheet: 0.150 + 96 Sheet: 0.170 + Small A1: 0.150 + 2 Sheet Poster: 0.150 +default_material_by_ooh_ad_format: + 6 Sheet: recycled_paper + 96 Sheet: backlit_paper + Small A1: recycled_paper + 2 Sheet Poster: recycled_paper +default_eol_kgco2e_emissions_per_kg_by_material: + recycled_paper: 0.15894 + backlit_paper: 0.15894 +default_substrate_production_kgco2e_emissions_per_kg_by_material: + recycled_paper: 1.05 + backlit_paper: 0.92 +default_manufacturing_kgco2e_emissions_per_kg_by_material: + recycled_paper: 0.257 + backlit_paper: 0.257 +default_printing_to_storage_distance_km: + classic-ooh: 200 +default_freight_transport_kgco2e_emissions_per_tonne_km: + classic-ooh: 0.792 +default_storage_to_site_distance_km_per_ad: + classic-ooh: 0.7 +default_installation_transport_kgco2e_emissions_per_vehicle_km: + classic-ooh: 0.256 default_ad_landfill_emissions_kgco2e_per_sq_metre: 0.291 default_ad_pct_recycling: classic-ooh: 20.0 @@ -9,6 +36,7 @@ default_emissions_kgco2e_per_km_travelled: 0.2543 default_mechanical_rotation_power_draw_watts_per_sq_metre_per_hour: 12.5 default_digital_screen_landfill_emissions_kgco2e_per_sq_metre: 20.9 default_expected_lifetime_years: 10.0 +default_illumination_power_draw_watts_per_sq_metre: 21.4 default_illumination_power_draw_watts_per_sq_metre_per_hour: 100.0 default_ooh_ad_production_kgco2e_emissions_per_sq_metre: 3.78 default_ooh_campaign_duration_days: 14 diff --git a/docs/snippets/defaults_physical_production.mdx b/docs/snippets/defaults_physical_production.mdx new file mode 100644 index 0000000..73733ac --- /dev/null +++ b/docs/snippets/defaults_physical_production.mdx @@ -0,0 +1,15 @@ +``` +default_production_loss_ratio_by_channel: + dooh: 1 + social: 1 + ctv-bvod: 1 + streaming-video: 1 + digital-audio: 1 + app: 1 + web: 1 + linear-tv: 1 + search: 1 + traditional-radio: 1 + classic-ooh: 1.11 + print: 1.11 +``` diff --git a/scope3_methodology/test/test_api.py b/scope3_methodology/test/test_api.py index f908247..5741cb9 100644 --- a/scope3_methodology/test/test_api.py +++ b/scope3_methodology/test/test_api.py @@ -240,7 +240,7 @@ def test_startup(self): ) docs_defs = docs_defaults - self.assertEqual(len(docs_defs), 112) + self.assertEqual(len(docs_defs), 128) def test_get_all_con_networking_connection_device_fixed_defaults(self): """Test get_all_networking_connection_device_defaults returns expected output"""