Abatement and levelised cost Cumulative Levelised Annual abatement cost of abatement in Source potential by Abatement Uptake rate Abatement Group Abatement description abated Program abatement in 2030 - opportunities type Type 2030 - AGEIS (segment) 2030 ($/t sectors (‘000 sectors CO2-e) t CO2-e) (Mt CO2-e) Improved electricity consumption in commercial new builds due to National Energy Commercial new improved building design (for example Linear 2016 Energy Electricity Productivity -49.24 1186 6.6 builds passive heating and cooling, better to 2030 productivity Plan insulation, more efficient base building energy consumption). Improved electricity consumption in commercial full building retrofits due to National Energy 1. Built Commercial improved building design (for example Linear 2016 Energy Electricity Productivity -49.24 1322 7.4 environment retrofits passive heating and cooling, better to 2030 productivity Plan - Integrated insulation, more efficient base building low carbon energy consumption). buildings Differential between the projections Solar PV included in the Department’s baseline, Linear 2016 Technology Renewable (distributed - Electricity -48.74 3084 25.4 and the AEMO high PV projection to 2025 improvements energy residential) with allowance made for WA. Differential between standard National Energy Residential new Sigmoid 2021 Energy residential design and 8 star efficiency Electricity Productivity -49.24 3320 15.2 builds to 2030 productivity residential new builds. Plan
Abatement and levelised cost Group Abatement opportunities Abatement description Uptake rate type Source abated (segment) Program Abatement Type Levelised cost of abatement in 2030 ($/t CO2-e) Annual abatement in 2030 - sectors (‘000 t CO2-e) Cumulative abatement potential by 2030 - AGEIS sectors (Mt CO2-e) 1. Built environment - Integrated low carbon buildings Commercial new builds Improved electricity consumption in commercial new builds due to improved building design (for example passive heating and cooling, better insulation, more efficient base building energy consumption). Linear 2016 to 2030 Electricity National Energy Productivity Plan Energy productivity -49.24 1186 6.6 Commercial retrofits Improved electricity consumption in commercial full building retrofits due to improved building design (for example passive heating and cooling, better insulation, more efficient base building energy consumption). Linear 2016 to 2030 Electricity National Energy Productivity Plan Energy productivity -49.24 1322 7.4 Solar PV (distributed - residential) Differential between the projections included in the Department’s baseline, and the AEMO high PV projection with allowance made for WA. Linear 2016 to 2025 Electricity Technology improvements Renewable energy -48.74 3084 25.4 Residential new builds Differential between standard residential design and 8 star efficiency residential new builds. Sigmoid 2021 to 2030 Electricity National Energy Productivity Plan Energy productivity -49.24 3320 15.2
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