Florida Power Corporation v. Federal Power Commission

425 F.2d 1196, 1970 U.S. App. LEXIS 9446
CourtCourt of Appeals for the Fifth Circuit
DecidedMay 1, 1970
Docket27404
StatusPublished
Cited by5 cases

This text of 425 F.2d 1196 (Florida Power Corporation v. Federal Power Commission) is published on Counsel Stack Legal Research, covering Court of Appeals for the Fifth Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Florida Power Corporation v. Federal Power Commission, 425 F.2d 1196, 1970 U.S. App. LEXIS 9446 (5th Cir. 1970).

Opinion

JOHN R. BROWN, Chief Judge:

In this petition to review a Federal Power Commission order requiring the interconnection of the electrical transportation lines of the Florida Power Company with the distribution system of the City of Gainesville, Florida, primarily to secure emergency back-up power to overcome outages, two basic issues are presented. First, Florida Power contends that the Federal Power Act, 16 U.S. C.A. § 791a et seq., does not give the Commission jurisdiction to order a privately owned power company to interconnect its lines with those of a municipally owned system that both generates and distributes its own power. Second, the Commission’s basic policy concerning the terms upon which an interconnection will be ordered is questioned. 1 Florida Power argues that the Commission’s policy of looking to the proportionate burdens that each system places upon the interconnected system networks instead of the benefits received as a result of the particular interconnection is inconsistent with the statutory authority to compel the interconnection. 2

We conclude that the Commission has jurisdiction to order this interconnection. We do not believe, however, that the Commission’s order concerning the terms of this interconnection is consistent with the statute and thus we refuse enforcement of the order insofar as it fails to compensate Florida Power for making available large quantities of back-up power at the interconnection.

*1198 I.

A. The City of Gainesville System

The City of Gainesville owns an isolated electric generation, transmission, and distribution system that serves 17,-212 customers in the City and the adjacent areas. This system is projected to have a capacity of 138.4 mw 3 of generation in 1970 with its largest unit rated at 50 mw. The only transmission facilities operated by this system are a 115 kv 4 loop around the City and a 115 kv line to establish connection with Florida Power. The projected maximum peak hour demand (peak load) of the City’s system in 1970 will be 102 mw.

B. Florida Power’s System

In contrast to the small City of Gaines-ville system 5 Florida Power operates a major generation, transmission, and distribution system that serves 370,000 retail customers and supplies wholesale power to 12 municipal distribution systems and 9 REA cooperatives. It covers 20,600 square miles in West, Northwest, and Central Florida. During 1970 Florida Power will have 2114 mw of generation and projects a peak load of 1826 mw.

Florida Power’s massive system operates through a backbone transmission network, and is connected with four major electrical systems in peninsular Florida (Tampa Electric Company, Florida Power & Light Company, Orlando Utilities Commission and Jacksonville Electric Authority). It is also connected with Georgia Power Company and Gulf Power Company.

C. The Results of the Interconnection

Obtaining emergency reserves 6 — both instantly available and peak load installed capacity- — -in small isolated systems such as that operated by the City is a difficulty accentuated more by isolation than size. The only two solutions are the acquisition of additional generating capacity that will rarely be used and which is economically inefficient since a large portion of it must be kept in operation or “spinning” in order to provide the essential instantaneous reserve (see *1199 note 6, supra) or to end the system’s isolation by connection with other systems that can provide the emergency reserve.

To acquire emergency reserve of 50 wm, the size of its largest generator, the City chose the latter solution and sought to achieve the desired interconnection through negotiation with Florida Power. When they were unable to come to terms, the City filed an “Application for Interconnection and Complaints Against Unlawful Actions” 7 with the Commission.

Pursuant to this application a hearing was held. The Presiding Examiner found that an interconnection was clearly in the public interest since the City would be relieved of the necessity of maintaining and adding to its present inordinately large and inefficient generating reserve. Under the terms of the recommended order Gainesville would have an additional reserve capacity equal to the size of its largest generator, would save approximately $300,000 per year 8 in investment and operating cost even after paying the cost of the interconnection, 9 and would have the reliability of a bulk power supply that it could have not previously achieved.

The Presiding Examiner found, however, that the benefits of the interconnection flowed in the direction of the City’s system. Florida Power, because of the relatively small size of the City’s generators, would receive no significant additional reliability. 10 Because of the automatic nature of the interconnect, however, Florida Power will sell some power to the City in nonemergency situations, but these periods will be rare because the City has already built up large quantities of excess capacity that can be used to meet high demand periods. The Presiding Examiner recommended that, even though no additional facilities would be needed and there would be no undue burden on the Florida Power system, Florida Power should be compensated.

He recommended that no set demand charge be imposed on the City. Instead, he recommended that “the total operating benefits in dollars received by each party by reason of the interconnection be computed based on the respective estimates of savings to each, and payment of 50 percent of the difference be made by the party receiving the greater benefit by reason thereof to the party less advantaged * *

The Commission agreed that the interconnection was in the public interest. It concluded, however, that no compensation should be paid. Its decision was based on a policy of responsibilities which it phrased this way:

“As a general proposition we note that whenever two electric systems with generating capacity undertake to interconnect and operate in parallel *1200 it is necessary for them to consider the nature of their respective electrical resources and individual system utility responsibilities, both as a means of evaluating the particular services to be rendered between the connecting systems and in order to ensure that appropriate compensation is afforded, either through service exchanges or financial payments. Marked disparities between two (or more) systems in the reliance placed upon the network should be reflected in the terms and conditions of the interconnection arrangement through appropriate provisions.

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Bluebook (online)
425 F.2d 1196, 1970 U.S. App. LEXIS 9446, Counsel Stack Legal Research, https://law.counselstack.com/opinion/florida-power-corporation-v-federal-power-commission-ca5-1970.