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<br />City of Lino Lakes, Minnesota Page | 12 <br />E. Project approach/work plan <br />Project approach <br /> Review any current allocations of capital costs to system development fees, <br />connection fees and other charges <br /> Review current and historical billing data, including water consumption history <br /> Review current funding practices, funding sources and policies related to financing <br />capital improvements <br /> Review and update the existing capital improvement plan identifying the sources of <br />funding for each improvement <br /> Review outstanding debt service related to the water and sewer utilities <br /> Review any existing debt service coverage requirements for both senior and subordinate <br />debt and the impact of adding additional debt to finance new capital improvements. <br />Task 3 – Analyze existing rate structure/conduct rate study <br />– Develop a 10-year financial projection for each utility that integrates all anticipated revenue <br />sources, anticipated operating expenditures including existing and projected new depreciation, <br />anticipated capital expenditures, existing and projected debt service and changes in the <br />customer base over the planning period: <br /> Develop recommendations for the financing of the anticipated capital improvements <br />o Evaluate financing alternatives and structures to minimize rate impacts to the <br />greatest extent possible <br /> Develop recommendations for funding infrastructure replacement/renewal <br /> Develop recommendations for cash reserve balances <br /> Review the 2020 Water Treatment Plant Feasibility Study and explore potential funding <br />scenarios <br /> Identify the overall change in revenue required to provide for adequate funding for major <br />capital improvement programs, to fund infrastructure replacement/renewal, to meet all <br />recurring annual operating and capital expenditures, to cover all debt service <br />requirements, to comply with any existing revenue bond and loan covenants, and to <br />maintain sufficient cash balances and capital reserves. The projections will be made <br />using an income statement approach and will include a yearly cash flow analysis. <br /> Develop a range of alternative rate structures that provide revenue recovery at levels <br />necessary to support each utility’s operation as defined above for a 10-year period. <br />Rates developed will include fixed and variable user fees, system fees, and other fees <br />and charges that provide sources of revenue to each utility. Our recommended fee/rate <br />structure will result in no decrease in the stability of revenue streams for each utility, as <br />compared to the current rate structures. Rate structures will take into consideration the <br />following: <br />o Current and future cost of providing utility services in accordance with established <br />and anticipated standards and regulations <br />o Projected demand <br />o The need to fund both long-term capital improvements and replacements and <br />annual capital reinvestment, including the proposed Water Treatment Plant <br />o Funding requirements for all current and anticipated long-term liabilities and debt <br />obligations (bonds and loans) <br />o Impact of current and future environmental regulations <br />o Maintenance of existing utility assets and infrastructure <br />o Direct identification of revenues appropriate to fund utility operating activities and <br />infrastructure <br />o Base rates to cover fixed costs and consumption rates to cover variable costs <br />o Ability of each alternative water rate structures’ potential to reduce per-capita <br />demand and the impact on overall demand <br />o The City’s Springbrook utility billing system <br />o Weigh the benefits of any proposed charges in rate structures against the financial <br />impacts on ratepayers, including an affordability analysis for residential customers <br />o Perform a sensitivity analysis to illustrate the impacts of adverse assumption <br />changes (e.g. future customer growth, water sales, seasonable aberrations, <br />operating costs, capital costs)