Table . GHG equivalent emissions reduction variables for Scenarios 27A to 27C – type Condition value Baseline In every instance Given by Equation 27.2, using variables listed in Table 27.3 Upgrade In every instance Equation 27.3, using variables listed in Table 27.4 Lifetime In every instance Equation 27.4 using variables listed in Table 27.5 Regional Factor For upgrades in Metropolitan Victoria 0.98 For upgrades in Regional Victoria 1.04 Equation . Baseline calculation for all public lighting upgrades – . Baseline calculation variables for all public lighting upgrades – Input type Condition Input value LCP If the Victorian load is listed* The Victorian load (W)* If the Victorian load is not listed* The nominal device rating (W)* If the Victorian load or nominal device rating is not The determined by Table 27.6 for the listed* relevant incumbent light source If the Victorian load or nominal device rating is not The value determined by the ESC for that listed and the light source is not in Table 27.6 type of incumbent light source CM In every instance As determined by Table 27.7 GHG coefficient In every instance 1.095 * Regulation 15(3) of the Regulations incorporates the latest version of the AEMO Load on which these inputs will be listed. Equation . Upgrade calculation for all public lighting upgrades – Table . Upgrade calculation variables for all public lighting upgrades – Input type Condition value LCP If the Victorian load is listed* The Victorian load (W)* If the Victorian load is not listed* The nominal device rating (W)** If the Victorian load or nominal device rating is not The determined by Table 27.6 for the listed* relevant upgrade light source If the Victorian load or nominal device rating is not The value determined by the ESC for that listed and the light source is not in Table 27.6 type of upgrade light source CM In every instance As determined by Table 27.7 GHG coefficient In every instance 1.095
Table . – GHG equivalent emissions reduction variables for Scenarios 27A to 27C type Condition value Baseline In every instance Given by Equation 27.2, using variables listed in Table 27.3 Upgrade In every instance Equation 27.3, using variables listed in Table 27.4 Lifetime In every instance Equation 27.4 using variables listed in Table 27.5 Regional Factor For upgrades in Metropolitan Victoria 0.98 For upgrades in Regional Victoria 1.04 Equation . – Baseline calculation for all public lighting upgrades . – Baseline calculation variables for all public lighting upgrades Input type Condition Input value LCP If the Victorian load is listed* The Victorian load (W)* If the Victorian load is not listed* The nominal device rating (W)* If the Victorian load or nominal device rating is not listed* The determined by Table 27.6 for the relevant incumbent light source If the Victorian load or nominal device rating is not listed and the light source is not in Table 27.6 The value determined by the ESC for that type of incumbent light source CM In every instance As determined by Table 27.7 GHG coefficient In every instance 1.095 * Regulation 15(3) of the Regulations incorporates the latest version of the AEMO Load on which these inputs will be listed. Equation . – Upgrade calculation for all public lighting upgrades Table . – Upgrade calculation variables for all public lighting upgrades Input type Condition value LCP If the Victorian load is listed* The Victorian load (W)* If the Victorian load is not listed* The nominal device rating (W)** If the Victorian load or nominal device rating is not listed* The determined by Table 27.6 for the relevant upgrade light source If the Victorian load or nominal device rating is not listed and the light source is not in Table 27.6 The value determined by the ESC for that type of upgrade light source CM In every instance As determined by Table 27.7 GHG coefficient In every instance 1.095
VEET_Regulations_2018_-_Victorian_Energy_Upgrades_Specifications_V0.1.docx