certified to AS/NZS 2712 Specified Minimum Energy Efficiency The product installed must meet the relevant additional requirements listed in Table 3.2. Table . Additional requirements for water heating equipment to be installed – Product Requirement type Efficiency requirement category number 3B Minimum annual energy 60%, determined in accordance with AS/NZS 4234 when modelled in savings climate zone 4 specified matters None. Method for Determining GHG Equivalent Reduction Scenario 3B: Decommissioning Gas and Installing Gas Boosted Solar The GHG equivalent emissions reduction for this scenario is given by Equation 3.1 using the variables listed in Table 3.3. Equation . GHG equivalent emissions reduction calculation for Scenario 3B – Table . GHG equivalent emissions reduction variables for Scenario 3B – upgrade: upgrade product is a small system as determined in accordance with AS/NZS 4234 based on the system's peak daily thermal energy load delivery characteristics Medium upgrade: upgrade product is a medium system as determined in accordance with AS/NZS 4234 based on the system's peak daily thermal energy load delivery characteristics BS and Be are determined in accordance with AS/NZS 4234 and measured in MJ/year Input Type Condition Input Value Abatement For upgrades in Small upgrade 12.27 - [0.015 (0.0573 BS + 0.2625 Be)] Factor Metropolitan Victoria Medium upgrade 17.95 - [0.015 (0.0573 BS + 0.2625 Be)] For upgrades in Regional Small upgrade 12.27 - [0.015 (0.0573 BS + 0.2775 Be)] Victoria Medium upgrade 17.95 - [0.015 (0.0573 BS + 0.2775 Be)]
certified to AS/NZS 2712 Specified Minimum Energy Efficiency The product installed must meet the relevant additional requirements listed in Table 3.2. Table . – Additional requirements for water heating equipment to be installed Product category number Requirement type Efficiency requirement 3B Minimum annual energy savings 60%, determined in accordance with AS/NZS 4234 when modelled in climate zone 4 specified matters None. Method for Determining GHG Equivalent Reduction Scenario 3B: Decommissioning Gas and Installing Gas Boosted Solar The GHG equivalent emissions reduction for this scenario is given by Equation 3.1 using the variables listed in Table 3.3. Equation . – GHG equivalent emissions reduction calculation for Scenario 3B Table . – GHG equivalent emissions reduction variables for Scenario 3B upgrade: upgrade product is a small system as determined in accordance with AS/NZS 4234 based on the system's peak daily thermal energy load delivery characteristics Medium upgrade: upgrade product is a medium system as determined in accordance with AS/NZS 4234 based on the system's peak daily thermal energy load delivery characteristics BS and Be are determined in accordance with AS/NZS 4234 and measured in MJ/year Input Type Condition Input Value Abatement Factor For upgrades in Metropolitan Victoria Small upgrade 12.27 - [0.015 (0.0573 BS + 0.2625 Be)] Medium upgrade 17.95 - [0.015 (0.0573 BS + 0.2625 Be)] For upgrades in Regional Victoria Small upgrade 12.27 - [0.015 (0.0573 BS + 0.2775 Be)] Medium upgrade 17.95 - [0.015 (0.0573 BS + 0.2775 Be)]
VEET_Regulations_2018_-_Victorian_Energy_Upgrades_Specifications_V0.1.docx