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City of Pleasanton <br />Water Drought Rates and Connection Fees Technical Memo <br /> <br /> Page 6 <br /> <br /> <br />3The RCLD (Replacement Cost Less Depreciation) asset valuation method is calculated based on the total <br />replacement cost of each system asset, less total accumulated depreciation over each asset’s useful life <br /> <br />The City has used the incremental cost method to calculate connection fees in the past, which are based on <br />projected capital costs to build new capacity and estimated units of service that the new capital projects can <br />accommodate. Recent water conservation trends have decreased the burden of current water customers on the <br />City’s water system, leading the City to realize remaining capacity within the City’s existing system to <br />accommodate new growth. <br /> <br />WRE recommends the Hybrid Method for the City’s water connection fees since the existing water system has <br />remaining capacity to serve new customers and the City has planned capacity related capital projects within the <br />next 20 years to accommodate additional growth. Under the Hybrid Method, the revenues from the Equity Buy-In <br />component are transferred to the water enterprise fund to “refund” existing customers, and revenues from the <br />Incremental component are used to fund expansion-related capital costs. <br /> <br />Updating the methodology from the Incremental Cost Method to the Hybrid Method involves the following: <br />• Updating the Incremental component based on the City’s 20-year capital costs to accommodate new <br />growth and estimated units of service new capital projects can accommodate <br />• Adding the Equity Buy-In component based on the City’s valuation of current system assets and estimated <br />units of service related to current customers <br />• Increasing connection fees by CPI each year <br /> <br />PROPOSED CONNECTION FEES AND IMPACTS <br /> <br />The table below shows the connection fee calculation based on the Hybrid Method. Buy-In costs are allocated <br />towards the current system, and Incremental costs are allocated towards the future system. The proposed <br />connection fee per unit of service is $5,269, representing the total of current and future system capacity costs. <br /> <br /> <br /> <br />The graph below shows the proposed connection fee based on the Hybrid Method relative to the current <br />connection fee and the connection fees of other agencies that also receive Zone 7 water. The current connection <br />fee includes only future system capacity costs and is currently the lowest relative to other agencies. After the <br />proposed changes the connection fee remains the lowest relative to other agencies. Connection fees are typically <br />more variable by agency than rates since they are dependent on agency specific system characteristics. <br /> <br />System Value Current System Future System Total <br />Buy-In $102,339,948 $102,339,948 <br />Incremental - Water Supply, Transmission & Quality $6,777,458 $6,777,458 <br />Incremental - Water Distribution Piping $3,380,000 $3,380,000 <br />Incremental - Water Facilities $13,016,200 $13,016,200 <br />Total $102,339,948 $23,173,658 $125,513,606 <br />Unit Cost Current System Future System Total <br />Existing System Value (Buy-In)$102,339,948 $102,339,948 <br />Future User CIP (Incremental)$23,173,658 $23,173,658 <br />Equivalent Meters Served 41,880 8,205 50,085 <br />Connection Fee $2,444 $2,825 $5,269 <br />Page 203 of 226