ACOP of 5.00 to less than 5.50 1.15 ACOP of 5.5 or greater 1.04 Lifetime In instance 12.00 Regional Factor For upgrades in Metropolitan Victoria Climatic region mild 1.00 – For upgrades in Metropolitan Victoria Climatic region cold 1.60 – For upgrades in Regional Victoria Climatic region mild 1.06 – For upgrades in Regional Victoria Climatic region cold 1.69 – For upgrades in Regional Victoria Climatic region hot 0.79 – Scenario 10A(v): Decommissioning room refrigerative air conditioner and a plug in electric room heater and installing a high efficiency space air to air heat pump The GHG equivalent emissions reduction for this scenario is given by Equation 10.5, using the variables listed in Table 10.8. Equation . GHG equivalent emissions reduction calculation for Scenario 10A(v) – Table . GHG equivalent emissions reduction variables for Scenario 10A(v) – Measurements, testing and ratings must be in accordance with the Greenhouse and Energy Minimum Standards (Air Conditioners and Heat Pumps) Determination 2013 (Cth) Input type Condition Input value Baseline In every instance 1.52 Upgrade ACOP of 4.20 to less than 4.50 0.50 ACOP of 4.50 to less than 5.00 0.46 ACOP of 5.00 to less than 5.50 0.42 ACOP of 5.50 or greater 0.38 Lifetime In every instance 12.00 Regional Factor For upgrades in Metropolitan Victoria Climatic region mild 1.00 – For upgrades in Metropolitan Victoria Climatic region cold 1.60 – For upgrades in Regional Victoria Climatic region mild 1.06 – For upgrades in Regional Victoria Climatic region cold 1.69 – For upgrades in Regional Victoria Climatic region hot 0.79 –
ACOP of 5.00 to less than 5.50 1.15 ACOP of 5.5 or greater 1.04 Lifetime In instance 12.00 Regional Factor For upgrades in Metropolitan Victoria – Climatic region mild 1.00 For upgrades in Metropolitan Victoria – Climatic region cold 1.60 For upgrades in Regional Victoria – Climatic region mild 1.06 For upgrades in Regional Victoria – Climatic region cold 1.69 For upgrades in Regional Victoria – Climatic region hot 0.79 Scenario 10A(v): Decommissioning room refrigerative air conditioner and a plug in electric room heater and installing a high efficiency space air to air heat pump The GHG equivalent emissions reduction for this scenario is given by Equation 10.5, using the variables listed in Table 10.8. Equation . – GHG equivalent emissions reduction calculation for Scenario 10A(v) Table . – GHG equivalent emissions reduction variables for Scenario 10A(v) Measurements, testing and ratings must be in accordance with the Greenhouse and Energy Minimum Standards (Air Conditioners and Heat Pumps) Determination 2013 (Cth) Input type Condition Input value Baseline In every instance 1.52 Upgrade ACOP of 4.20 to less than 4.50 0.50 ACOP of 4.50 to less than 5.00 0.46 ACOP of 5.00 to less than 5.50 0.42 ACOP of 5.50 or greater 0.38 Lifetime In every instance 12.00 Regional Factor For upgrades in Metropolitan Victoria – Climatic region mild 1.00 For upgrades in Metropolitan Victoria – Climatic region cold 1.60 For upgrades in Regional Victoria – Climatic region mild 1.06 For upgrades in Regional Victoria – Climatic region cold 1.69 For upgrades in Regional Victoria – Climatic region hot 0.79