Scenario 21B: Replacing incandescent reflector lamp with LED lamp The GHG equivalent emissions reduction for each scenario is given by Equation 21.2, using the variables listed in Table 21.5. If multiple installations are carried out at the same site and within the same period, please be aware that the total GHG equivalent emissions equal the sum of the GHG equivalent emissions reductions for all upgrades of the same scenario type. Equation . GHG equivalent emissions reduction calculation for Scenario 21B – Table . GHG equivalent emissions reduction variables for Scenario 21B – Measurements, testing and ratings must be in accordance with the ESC’s performance requirements Input type Condition Input value Abatement Factor Upgrade product has a minimum light Lifetime is at least 12,000 and 0.40 source efficacy of 45 lumens/watt less than 15,000 hours Lifetime is at least 15,000 and 0.50 less than 20,000 hours Lifetime is at least 20,000 and 0.67 less than 25,000 hours Lifetime is at least 25,000 hours 0.83 Upgrade product has a minimum Lifetime is at 12,000 and 0.41 source efficacy of 54 lumens/watt less than 15,000 hours Lifetime is at 15,000 and 0.51 less than 20,000 hours Lifetime is at least 20,000 and 0.68 less than 25,000 hours Lifetime is at least 25,000 hours 0.85 Upgrade product has a minimum light Lifetime is at least 12,000 and 0.42 source efficacy of 65 lumens/watt less than 15,000 hours Lifetime is at least 15,000 and 0.52 less than 20,000 hours Lifetime is at least 20,000 and 0.70 less than 25,000 hours Lifetime is at least 25,000 hours 0.87 Upgrade product Lifetime has a minimum is at least light 12,000 and 0.42 source efficacy of less 78 lumens/watt than 15,000 hours
Scenario 21B: Replacing incandescent reflector lamp with LED lamp The GHG equivalent emissions reduction for each scenario is given by Equation 21.2, using the variables listed in Table 21.5. If multiple installations are carried out at the same site and within the same period, please be aware that the total GHG equivalent emissions equal the sum of the GHG equivalent emissions reductions for all upgrades of the same scenario type. Equation . – GHG equivalent emissions reduction calculation for Scenario 21B Table . – GHG equivalent emissions reduction variables for Scenario 21B Measurements, testing and ratings must be in accordance with the ESC’s performance requirements Input type Condition Input value Abatement Factor Upgrade product has a minimum light source efficacy of 45 lumens/watt Lifetime is at least 12,000 and less than 15,000 hours 0.40 Lifetime is at least 15,000 and less than 20,000 hours 0.50 Lifetime is at least 20,000 and less than 25,000 hours 0.67 Lifetime is at least 25,000 hours 0.83 Upgrade product has a minimum source efficacy of 54 lumens/watt Lifetime is at 12,000 and less than 15,000 hours 0.41 Lifetime is at 15,000 and less than 20,000 hours 0.51 Lifetime is at least 20,000 and less than 25,000 hours 0.68 Lifetime is at least 25,000 hours 0.85 Upgrade product has a minimum light source efficacy of 65 lumens/watt Lifetime is at least 12,000 and less than 15,000 hours 0.42 Lifetime is at least 15,000 and less than 20,000 hours 0.52 Lifetime is at least 20,000 and less than 25,000 hours 0.70 Lifetime is at least 25,000 hours 0.87 Upgrade product has a minimum light source efficacy of 78 lumens/watt Lifetime is at least 12,000 and less than 15,000 hours 0.42
VEET_Regulations_2018_-_Victorian_Energy_Upgrades_Specifications_V0.1.docx