Topic:"Capital Expenditures" in M04265

Introduction PROSCREEN II, a computer software system developed by Energy Management Associates (EMA), The Utilities Division of EDS, supports electric and gas utility decision analysis and corporate planning. The system combines quality p...

AI summary PROSCREEN II is a comprehensive software system developed by Energy Management Associates (EMA) for utility planning and decision analysis. It includes twelve application modules and offers flexibility through a control system and a GUI, allowing users to manage data entry, scenario analysis, and reporting efficiently.

Introduction The Capital Expenditure and Recovery (CER) Module provides a method of readily comparing and evaluating the economics of generation alternatives. In addition, the CER Module, through its interaction with the Financial Reportin...

AI summary The Capital Expenditure and Recovery (CER) Module is described as a tool for comparing and evaluating the economics of generation alternatives, and for analyzing the financial implications of projects or construction programs through its interaction with the Financial Reporting and Analysis (FIR) Module.

Construction Period Calculations The construction period begins with the construction start date and ends immediately before the in-service date. Items calculated for this period include: - Capital Expenditures These are entered either as...

AI summary The document outlines the construction period calculations, focusing on capital expenditures, CWIP, AFUDC, ITC, and overheads. It explains how these items are calculated and applied during the construction phase, including the use of escalation rates, inflation rates, and user-specified percentages.

In-Service Date Calculations In the year that the project goes into service, the following calculations are made: - Closed to Plant For major projects, the C\VIP balance is closed to plant at the end of the in-service date. 'This includes...

AI summary The document outlines how in-service date calculations are performed for major and blanket projects, including the closure of C/VIP balances to plant and the calculation of ITC based on expenditures and AFUDC. The process varies depending on the type of project and user-defined schedules for closing amounts.

Public Power Capabilities in the Capital Expenditure and Recovery Module PROSCREEN II also has logic designed very specifically for simulating the mrique :financial decision environment of cooperatives, municipals and other public power en...

AI summary The PROSCREEN II module is designed to simulate financial decision environments for public power entities, including the automatic determination of debt financing for construction projects. The CER Module calculates bond sizing, issuance amounts, interest during construction, and amortization schedules using methods approved by the Federal Financing Bank, with results passed to the FIR Module for financing processes.

Output Reports The following repons are provided by t.l-ie CER Module: - Project Financial Cost Flows Bond Sizing Report - System Report Project Revenue Requirements - Oass Report System Revenue Requirements - Project Report Busbar Costs R...

AI summary The document outlines various output reports generated by the CER Module, including financial cost flows, revenue requirements, busbar costs, and diagnostics for evaluating processing results. These reports cover bond sizing, deferred taxes, AFUDC, plant closings, and other financial considerations.

Introduction The Financial Reporting and Analysis (FIR) Module is designed to combine results from the Load Forecast Adjustment (LF A) Module, the Generation and Fuel (GAF) Module, and the Capital Expenditure and Recovery (CER) Module, wit...

AI summary The Financial Reporting and Analysis (FIR) Module integrates data from multiple modules to generate financial reports and analyze the impact of various factors on company financial operations, including construction programs, capital market conditions, tax law changes, and rate adjustments.

Capital Meter $ 60.00 Service Extension 248.00 (46 meters @ 5.40 per meter) Total Capital $308.00 Carrying Charge $ 31.00 Operating Cost 59.00 Total Cost $ 90.00 (Used as 1996 Start Point) NOV A SCOTIA UTILITY AND REVIEW BOARD

AI summary The text presents a capital cost summary, including meter costs, service extension expenses, carrying charges, and operating costs, with a total cost of $90.00 used as a 1996 start point. It also references the Nova Scotia Utility and Review Board.

CROSS-EXAMINATION BY MR. MCMANUS - Q. This Board at the moment, and for some number of years, has operated under the mandate to approve capital investments at least some of the time. I presume that that obligation will continue until the (...

AI summary The discussion focuses on the Board's role in approving capital investments and its ongoing responsibility to review capital budgets and expenditures. The speaker suggests that while the Board should continue its oversight, the responsibility for recovery and risk in a competitive market would shift to the market itself.

Expenditures Between 1997 and 2007, an estimated $4.0 billion in capital spending is planned for natural gas development, transportation, distribution and associated projects in Nova Scotia. Projected spending levels by project over time a...

AI summary Between 1997 and 2007, an estimated $4.0 billion in capital spending is planned for natural gas development, transportation, distribution and associated projects in Nova Scotia.

Nova Scotia Laterals, Distribution System and Associated Projects Planned and proposed projects directed towards distribution and consumption of natural gas in Nova Scotia fall into three main categories: - )i;,, Laterals for which applica...

AI summary The document outlines planned and proposed natural gas and electrical generation projects in Nova Scotia, including laterals, distribution systems, and a new gas-fired generating station. It details costs, timelines, and the implications of converting to natural gas, noting that savings may be minimal.

· Table II-1 Capital Cost Estimates for Projects Associated with the Availability of Natural Gas in Nova Scotia Lateral (1) to: ($ millions) Halifax 100.0 Point Tupper 22.1 Antigonish 8.4 New Glasgow 5.4 Truro 4.5 Amherst 4.2 Digby so.a Ya...

AI summary Table II-1 outlines capital cost estimates for natural gas infrastructure projects across Nova Scotia, including lateral connections and distribution systems. The table lists costs for various locations such as Halifax, Point Tupper, and Sydney, with a total of $300 million for lateral connections and additional costs for distribution systems and system expansions.

- > Exploration: A single-well exploration program on the Scotian Shelf lasts from 3-6 months, and' could cost from $25 to $40 million. Total employment would range from 200-300, depending on such factors as the type of rig (jackup or semi...

AI summary The text discusses the lifecycle of offshore oil and gas projects, including exploration, development, production, and abandonment. It outlines timelines, costs, and employment impacts for different phases of projects such as COPAN and SOEP, noting significant variations based on project scale.

Feasibility Because assessing the implications of the CBRM not having access to natural gas is one of the main objectives of this study, determining the economics of both the lateral to the CBRM, and distribution systems within it, become...

AI summary The study evaluates the feasibility of providing natural gas access to the CBRM, concluding it is not economically viable as a stand-alone project due to high infrastructure costs, low industrial demand, and unrealistic price assumptions. However, potential improvements could arise from increased production at SYSCO or government assistance.

- 5. Natural gas burner tip price is $2.75/mmbtu or $2.61/GJ to displace #2 oil and #6 oil in the ind'l and com'l/inst'l sectors. Rate Base Calculation Year 1 Year 2 Year 3 Year 4 Year 5 Year 6 Year 7 Cate Base % $ (000's) % $ (000's) % $...

AI summary The document provides a rate base calculation table detailing various components and percentages for different years, including initial values, plant additions, deductions, and year-end figures. The table includes categories such as distribution lines, meters, and corporate expenses, along with depreciation and working capital.

ASSUMPTIONS USED IN DEVELOPING MODEL Rate Base Lateral cost -$35 million, distribution system - $20 million Distributor will build out basic system as quickly as possible to have service ready for customer connections to gain early revenue...

AI summary The assumptions used in developing the model include capital expenditures for lateral and distribution systems, depreciation rates, equity and debt ratios, operating and maintenance costs, and revenue requirements. The model assumes a 35% equity ratio with a 12% return on equity, and capital is capitalized at different rates over the project timeline. Operating costs are estimated, with normalized ratios emerging in later years as the system becomes operational.