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Page 101
The general formula for calculating the monthly Cost and Efficiency Adjustment ( CEA ) can be described as follows : aC + bE CEA ( $ ) = or RRC whichever is less Where : E C = dollar value of the change in unit costs dollar value ...
The general formula for calculating the monthly Cost and Efficiency Adjustment ( CEA ) can be described as follows : aC + bE CEA ( $ ) = or RRC whichever is less Where : E C = dollar value of the change in unit costs dollar value ...
Page 212
ILLUSTRATIVE MODEL OF STUDY OF EFFECT OF PRICE LEVEL ADJUSTMENTS ON UTILITIES REGULATED ON AN HISTORICAL COST BASIS BALANCE ... 3 Closing balance 4 Price level adjustment 5 Total 7 Opening balance 8 Price level adjustment 9 Provision 10 ...
ILLUSTRATIVE MODEL OF STUDY OF EFFECT OF PRICE LEVEL ADJUSTMENTS ON UTILITIES REGULATED ON AN HISTORICAL COST BASIS BALANCE ... 3 Closing balance 4 Price level adjustment 5 Total 7 Opening balance 8 Price level adjustment 9 Provision 10 ...
Page 219
In sum , the adjustment clause vas accepted as a useful tool to isolate a volatile variable expense item which could be readily shown and proven outside of the more elusive mix of other operating expenses and rate of return allocations ...
In sum , the adjustment clause vas accepted as a useful tool to isolate a volatile variable expense item which could be readily shown and proven outside of the more elusive mix of other operating expenses and rate of return allocations ...
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Contents
FIRST SESSION Regulation and the Utility Industries | 1 |
SOLVING THE INFLATION DILEMMA | 103 |
FOURTH SESSION | 111 |
27 other sections not shown
Other editions - View all
Common terms and phrases
accounting additional adjustment agencies allowed amount analysis application average base basis believe capacity capital changes charges Commission common companies competition concerned considered construction consumer continue cost curves customers decision demand depreciation determine earnings economic effect efficiency electric utilities energy equity estimated example existing expected expense fact factor Federal firm fuel future going growth higher important income increase industry inflation interest investment investors Iowa issues less load marginal means measure method Michigan natural operating peak percent period plant possible present problems production Public Utilities question rate of return ratio reasonable recent reduce regulation regulatory requirements reserve result revenue risk structure supply telephone tion unit
Bibliographic information
| Title | Proceedings of the Annual Iowa State University Regulatory Conference on Public Utility Valuation and the Rate Making Process, Volumes 13-16 |
| Contributors | Iowa State University. Engineering Extension Service, Iowa State University. Industrial Engineering Dept |
| Publisher | Iowa State University., 1974 |
| Original from | the University of Michigan |
| Digitized | 22 Aug 2006 |
| Export Citation | BiBTeX EndNote RefMan |