# Appendix — FPC v. Florida Power & Light Co.

> Briefs, arguments, decisions, and more.

URL: https://www.frixlaw.com/law-library/documents/brief%3Amicro_IA40386413_0347%3A01

## Record

- **Collection:** Supreme Court brief
- **Document type:** Appendix
- **Published:** January 1, 1972
- **Citation:** 404 U.S. 453

## Text

\ " . o ast. eres: ORO ee Satay AR Te Mag tes Oo idly LOE

Gu the Supreme Cour of the United States

cromas TERM, 1970
No. 958

FepreraL Power CoMMISSION, PETITIONER
FLoripa Power & LigHT COMPANY, RESPONDENT

ON WRIT OF CERTIORARI TO THE UNITED STATES COURT OF
APPEAIS FOB THE FIFTH CIRCUIT 7

(1)

419-404—71——1

aod LAE a MLO BIOL LEI APIA Ris AS:

. TABLE .OF CONTENTS _

yy Page
"Relevant Docket Entries._..........-___--_-_- eeueue een eeeene Vv
Excerpts From Transcript of Proceadings.... - é4 eee en eee een 2
Witnesses: a
Ernest L. Bivans_-_._.....__.- eee eae eae eee ne teee ee 65
155
Dan McCarthy-.-.....---.---.------- eee eee 124 : =
Ot Was FOGUR ioc ce ndees ogee rosa Le im pewee ese eee oe 59
“oe . 98
- Cleve R. Jacobsen_-..-.-..---------------------------- 2
52
92
119
Joseph J, A. JOG ben ndedwterewenencensceceeteneseocens 25
‘. . 130
. , 163
A secon cckawweasecaeeeaaseencanawenrcececasaeatence anes 177
Erhibit
No. Description
1 : Map entitled ‘Territory Served by Florida One & Light
Company” .......2...-.-.-. 2-25 n ese cee bi cec eee lee 177
3 Florida Operating Committee Minutes_2_.__.____._-.____- 178

Electric Energy Transfers Between Florida Power & Light
. Company and Other Electric Utility nems in Florida

During Calendar Year 1964..__._.____._-_._-__.--____- 185
8B ’ Map entitled “State of Florida Electric System Map of
a Major Transmission Lines’”’____.__...-.--------------- 186
12 Map entitled ‘Major Interconnected Power Systems—
North American Power Systems Interconnection Com- _
mittee—(NAPSIC)”____.__-_____,_-____-------------- 187
13 Diagram entitled ‘Interconnected Systems Group—

Schematic Diagram of Interconnections Between Systems ,
Including Regional Boundaries’, dated April 27, 1961__ 188
15 Diagram entitled ‘‘The Interconnections Within the Florida
. Pool and- Also Between the Southern Company and
-Florida Power Corporation and the Energy Transfers
Over These Interconnections’__...._...2.-..1-__------- 189

. _ (1) "oy

Exhibit
No.

19

32

33

40

49

50

51

PE LORS COB LIT tI SHAY ie EEE,
a

mM ‘

, na "+ Description

Diagram entitled “Route of Interstate Electric Power Flow
in 1964 frorn.Georgia Power Company to Florida Power &

Light Company System Over the Florida Power Corpora--

tion Transmission Lines” and 6-page Tabulation entitled
“Hourly Interstate Power Flow on Selected Days in 1964
From Georgia Power Company to Flotida Power &
* Light Company * * *”_____-. eee
Exhibit entitled ‘Hourly Interstate Power Flow on Selected
Days in 1964 from Georgia Power Company to Florida
Power & Light Company over Florida Power Corporation
Transmission Lines Shown on Load Diagram on Page | of
Staff Exhibit Bae 18” consisting of 5 pages of tabulated
' power flow data..0..__-------------------------------

Copies of Florida Power & Light Company’s “System Dis-

patchers Interchange Log” for Certain Days in 1964_____-
Diagram entitled ‘‘Route of Electric Power Flow in 1964
from Florida Power & Liglt Company to Georgia Power
Company System Over the Florida Power Corporation
Transmission Liges’” and Accompanying *Tabulated

Copies of Turner Plant-Daily Operation Report, Jaspér Sub-
station-Daily Operating Report, Silver Springs Substation-
Daily Operating Report, and Fort White Substation-Daily

' Operating Report (Florida Power Corporation) for
July 8, August 12 and August 17, 1964_____--_.---.----

Estimated Initial Cost of Making Minute Projiérty onlin:
tions and Setting Up New Accounting Techniques Under _

Federal, Power Commission Jurisdiction____...---------
Estimated Annual Cost of Maintaining Accounting Records
Under FPC Regulation. __..__..-_-_.----_-_---------
Substation and Transmission System “Map of Florida Power
& Light Company, dated April 21,.1965______-__-_-___-
Florida Power & Light Company, Comparison of Generating
Capability and Peak Loads, 1960- 1969 bee eee
Single Conductor Diagram___-----.--------- -----------
Florida Power Corporation System One-Line Switching
Diagram, Flow Diagram, Rurnee Plant, Re Staff Exhibit

Letter, dated August 10, 1965, from Mr. C. J. Baldwin,
Westinghouse Electric Corporation to Mr. Harty V.
Street, Florida Power & Ligth Comp4ny, attaching two-
page. document entitled, ‘Digital Load Flow Customers,
NOG oe en eee anaes aneee

Letter, dated August 16, 1965, from J. C. Hartley of
General Electric Company to Mr. H. V. Street,. Florida

Power & Light Company________________-------------

Florida Power Corporation System One-Line Switching
DIAM RING. 22. 66 ee ee wo eee ee eee yen manee
Single Conductor Diagram_-.-_---..---------- Ve eeeeee -

Page

191

203

211

213

252

mn

Exhibit °

- No. - Description

58 Document entitled “‘Curves Showing Instantaneous Voltage,
Current and Power for Single Phase Operation at Lagging: Page

Power Factor Through Two CP oo eee sae 240 °
.59 . Document entitled ‘Single Phase Power Curves’”’_,_______- 241
- 60 Document entitled, “Curves Showing Instantaneous Power
for Three-Phase\ Operation at Lagging Power Factor
Through Two Cycles” opie e eee ewer ue ace 242
61 Document entitled Comparison of 100 Percent and 80 Per-
cent Power Factor Power Characteristics’’._..._________- 243
* 69 Document containing an electrical diagram___________. -_.. 244
70 Diagram entitled “Comparison of Varidtions of Single and
Balanced Three-Phase Power________..-____-__-___2_- 245
Items by :
reference
C Florida Power Corporation, FPC Form No. 1, Annual Re- ‘
port, for the Year 1964, p. 424_____________________»_- 246
D Florida Power Corporation, FPC Farm 12, Power System
; Statement, for the Year 1964, pp. 21, 26, 27________- femee 247
J Southern Services, Inc., Rate Schedule FPC No. 27, ade
. ment 1, p. 1.__-------,2-----------1------ ene eee 250
Pleadings...........____. poh eee eae ewe noes conn cae ee neue 251
Ordering Initiating Investigation and Hearing.-___:-___._--_______- 251
Presiding Examiner’s Initial Decision fe tdeeweesene ee eodeeeeeenees 254
Opinion No. 517________--_-_-_------------------ eee leseoe ee * 283
Application for Rehearing- ices sates eeee eee useweseeeeeweues 307
Order Denying Application for Rehearing. -_____-___-_____-____-_- 327
Order Providing for Extension of Time____._-_-_- Seance secasceueet 329
- Supplemental Testimony and Exhibits:
(a) Rebuttal Testimony of Cleve R. Jacobsen_____--_-_-_-_--_- 331
(b) Testimony of Ernest L. Bivans______.-_-_---_--_----_-__ 332
(c) Cross Examination of Cleve R. Jacobsen_-_-_-_- suey nreTe 337
(d) Cross Examinatior of Joseph J. A. Jessel__.._________2___- 346
(e) Exhibit 8A—Florida Power & Light. Company, Wednesday,
February 17, 1965, System Frequency_-__---_-_-----_--- 347
(f) Exhibit 9—Florida Power & Light Company, Overhaul Sched-
ules—1964____.______- nee ee neenene ed eeeeweneeeues 348
(g) Exhibit 29—Definition of Terms—Electric Power Systems-. 349
Th) Pax EY oe Da ats wee eneeees * 353
Opinion and Judgment of the Court Below:
(a) Opinion of Court of Appeals__..___.-----.-------2-_--.-- 354
(b) Judgment of Court of Appeals________.___-_---_---.-_-_- 375
Order Granting Certiorari.-......_.....----_--_---------------- 376

CLOSER Le LET AE LES 8 Sa NEEDS (er ODE Bim BR PE REL AEE OLS ae Cte ALE PD

Jn the Supreme Court of the Gnited States
; Ocronsn Term, 1970
No, 958.

FEDERAL PowEeR COMMISSION, PETITIONER
° Vv. I
Fioripa .Power & LIGHT COMPANY, RESPONDENT

ON WRIT OF CERTIORARI TO THE UNITED STATES COURT
OF APPEALS FOR THE FIFTH CIRCUIT

RELEVANT DOCKET ENTRIES—FEDERAL POWER COMMISSION

1965 co

February 26____-_-------- Commission Order Initiating Investigation
and Hearing.

March 19. poe eeeeeoeee==ee Florida Public Utilities Gouiniseion’s Notice
of Intervention.

April 5 ---------------- -- Designation of Presiding Examiner.

ML ey, a eae meee Service of Commission Staff Testimony and

’ Exhibits.
July 2... -.._---------- Florida Power & Light’s Motion to Strike Pre-
; pared Direct Testimony and Exhibits.

July 9...-...-- eee Commission Staff Reply to Motion to Strike
Prepared Direct Testimony and Exhibits.

daly 21... 27 ces ecee Presiding Examiner’s Ruling on Florida Power -
& Light’s Motion to Strike.

August 24-_____---------- Service of Florida Power & Light’ s Testim ny

| and Exhibits. }

August 31__:------------- Commission Staff Motion to Strike Prepared
Direct Testimony and Exhibits.

September 7_____- oaaeeee Florida Power & Light’s Answer to Motion
‘to Strike Prepared minece Tesimony and
Exhibits.

September 7__-.--~__-_--- City of Clewiston, Florida Petition to Inter-

> vene.
September 18___------_--- Florida Power & Light’s Motion to Strike Re-

buttal Testimony and Exhibits.
(Vv)

VI
September. 10.__-_--_---~ Commission Staff Reply to Motion to Strike
Prepared Rebuttal’ Testimony and Exhibits.
September 17_.--------:-- Florida Power & Light's “Answer to Petition
to Intervene of City of Clewiston, Florida.
September 29___---------- Commission Order Authorizing Intervention

of the City of Clewiston, Florida an a Limited
Basis and Out of Time. . .
the tober +5
October 7-8
October 12
November 3

Hearitigs Before Presiding Examiner.

1966
July 12..-........------- Presiding Examiner’s Initial Decision and
Certification of the Record Accompanying
the Initial Decision.
August 5______----------- Commission Notice of Extension of Time for
Filing Exceptions.
August 25_--------------- Florida Power & Light’s Brief on Exceptions.
August 25_------ Rehearing.
May 2..._--------------- Commission Order Providing for Extension of
Time.
COURT OF APPEALS ,
June 29-2 Florida Power & Light’s Petition for Review.
October 6___---_--------- Florida Public Service Commission’s Motion
for Leave to Intervene.
October 138_._._-_----_-_-. Commission Response to Motion of Florida
; Public Service Commission. -
October 26. ----------- - Court Order Granting Intervention of Florida

Public Service Commission.

val

November 24-_..-....____ City of Gainesville and Gainesville Utilities
‘ Department Petition to File Brief Amicus:
and Brief Amicus.
November 28 ____________ Commission Acquiescence in Petition of City
of Gainesville and Gainesville Utilities
‘Department.
December 11... _________ Florida Power & Light's Opposition to Petition
of City of Gainesville and Gainesville Utili-
* ss ties Department. — ;
December 21 ~~ _ - -Court Order Granting City of Gainesville and.
Gainesville Utilities Department to File
Brief Amicus Curiae and Denying Leaye to ‘
Present Oral Argument. |

May 7 __ ~~ ~~ ~_ Oral Argument before Fifth Circuit.

July 13. ------ Opinion and Judgment of Fifth Circuit.

.

oe et

IN THE

United States Court of Appeals

For THE Firrx Crrcuir

Docket No. 24,956

FLoripa Power & Licut Company, Petitioner,
v.

F’gpERAL Powrr Commission, Respondent

oe

4s TK

On Petition To Review: and Set Aside Opinion and Orders of
the Federal Power Commission

JOINT RECORD —

(40)
40
_ Testimony of Cleve R. Jacobsen

Q. Would you state your name and address? A. My
name is Cleve R. Jaeobsen. I reside at 4800 Springbrook
Drive, Annandale, Virginia.

Q. By ‘whom are you employed and in-what capacity?
A. I am employed by the Federal Power Commission
(FPC) as an Electrical Engineer in the Bureau of Power.
~ Q. What position do you oceupy in the Bureau of Power?
A. Iam a Staff Electrical Engineer in the Interconnection
and Coordination Section of the Division of Electric Re-
sources and Requirements.

Q. What are your duties in your present positjen? A.
‘My duties are to review and evaluate technical reports and
conduct studies and research to determine the economic
-and technical adv antages of intereonnection and coordina-
tion of electric system operations for the purpose of en-
couraging voluntary interconnections among various cleec-
tric systems to realize maximum economy, increased effi-
cieney, and proper utilization and conservation of natural
resources.

I assisted the FPC Staff counsel in the preparation of the
stipulation of facts which was received in evidence in the
matter of the Arkansas Power & Light Company, FPC
Docket No. E- 7090, and I was ‘available to’ testify for the
Staff in that proceeding if the need arose.

41
I prepared written testimony in the matter of Alabamu
Electric Cooperative, Inc. y. Alabama Power Company,
FPC Docket No. E-7183, and am scheduled to appear as a
witness before a FPC Hearne Examiner in this proceeding
during the summer.

I also act as a consultant and I give expert advice on
electric transmission and coordination matters to the FPC

2

(42)
and its Staff and to other Governmental bodies and defense

agencies.

In addition, I prepare and am responsible for power flow
studies for existing and proposed electric networks for use
in performance evaluation of such networks.

As a principal FPC Staff expert on electric transmission |
and coordination matters and electric system operations, I
am available to testify at FPC hearings and to render tech-
nical assistance to Staff Attorneys in connection with such
hearings.

Q. In connection with your duties_at the FPC have you
ever visited and examined the facilities of any electrie utili-
ties? ‘ A. Yes.

_ Q. Which electric facilities have vou visited and exam-
ined? A. The electric facilities which I haye visited and
examined include the following: ae

Virginia Electric Power Company—A 500 kv substation and
transmission line in the vicinity of Harrisonburg, Vir-
ginia and the automatic dispatch center in Richmond,
Virginia.

Pennsylvania-New Jersey- Maryland Interconnection — The
automatic dispatch center located on premises of Phila-
delphia | Hilectric Company in Philadelphia, Pennsv1-
vania.

42

Philadelphia Electric Company—The automatic aispatch
center in Philadelphia, Pennsylvania.

General Public Utilities Corporation—The automatic dis-
patch center in Reading, Pennsylvania.

Metropolitan Edison Company—The dispatch center in
Reading, Pennsylvania.

(42)

Middle South Utilities, Ine-—The automatic dispatch center
in Pine Bluff, Arkansas.

Louisiana Power & Light Company—The Sterlington gen-
erating plant and associated substation and transmis-
sion lines. a

Arkansas Power & Light Company—The Couch generating
plant and the Cecil Lynch generating plant and their
associated substations and transmission, lines. The
Woodward , substation and associated -transmission
lines. 7. .

Florida Power & Light Company—The. Port Kverglades
generating plant and the Lauderdale generating plant
and their associated substations and transmission lines.
The eutomatic dispatch center in Miami.

Potomae Electric Power Company—The Chalk Point gen-
erating plant and associated substation and transmis-
sion lines.

The Southern Company System—The automatic dispatch
center in Birmingham, Alabama.

Alabama Power Company—The Gorgas No. 2 and Gorgas
No. 3 steam generating plants. The Lewis Smith hydro
plant. The transmission lines in the vicinity of Kver-
green and Clio substations. The Phenix City 110°kv
substation and its associated 110 kv transmission tie
line to Georgia Power Company. The system. dispatch
‘\ .

center at Magella substation.

a

Q. Did you participate in the National Power Survey
conducted by the Federal Power Commission during the
years 1962, 1963, and 1964? ‘

43
A. Yes.
Q. What was the nature of your participation in the Na-
tional Power Survey? ?

79

Q. Mr. Jacobsen. Have vou made a study and analysis of
the magnitude and direction of-power flow over anv of the
transmission line interconnections between Georgia Power

14

(85)

Company and F. P. Corp. shown on Staff Exhibit No. 15?

A. Yes. I have.

Q. For what period of time did you make your study
and analysis? \A. Primarily for the year ending December
31, 1964, and a few specific days in 1965.

Q. Mr. Jacobsen. In your opinion, during the period of
your study did interstate electrie power flow over the inter-
connections from Georgia Power Company, located in the
State of Georgia, to the F. P. Corp. System, located in the
State of Florida? A. Yes. —

Q. What information did you study to reach this conelu-
sion? A.«FPC Form No. 12, Power System Statement,
filed by F. P. Corp. for the vear 1964 and F. P. Corp. Daily
Operating Reports, Staff Exhibits No. Cl and C2, and also
the way the Florida Pool, F. P. Corp. and FPL operate.

~ Q. Mr. Jacobsen. Does Southern Services, Inc. act-as an

agent for Georgia Power Cor pany, Alabama Power Com-
pany, Mississippi Power Company and Gulf Power Com-

pany in the execution of Southern Services, Inc., Rate:

Schedule, FPC No. 27? A. Yes.

* * * , * * * * * * * * *

85

Q. Mr. Jacobsen. Have you made a study of load eondi-
tions and power flow in Florida Pool Systems to determine
if commingled power flows into the FPL System over any
of the aforementioned interconnections? A. Yes. T made
a detailed study and analysis of power flow on 22 days in
1964 over the 115 ky F. P. Corp. Turner Plant-FPL Sanford
Plant tie-line, and power flow from Georgia Power Company
to the FPC Turner Plant over F. P. Corp. transmission
lines. I also examined the power flow over the other tie-lines
but not in as much detail.

Q. Mr. Jacobsen. Have you prepared or have you super-
vised the preparation of an exhibit, as a result of your study

15

copia

(85)

and analysis, that shows the route of flow of intéPstate
power from Georgia Power Company, over F.P. Corp.
transmission lines into the FPL System over the F.P. Corp.
Turner Plant-FPL Sanford Plant 115 kv transmission tie-
line? A. Yes.

86

Q. Mr. Jacobsen. I show you an exhibit consisting of 7

pages numbered consecutively from 1 thru 7. Page 1 is a_

diagram entitled “Route of Interstate Electric Power Flow
in 1964 from Georgia Power Company to Florida Power &
Light Company’s System Over the Florida Power Corpora-
tion Transmission Lines”, and 6 pages numbered 2 to 7
of tabulated data entitled “Hourly Interstate Power Flow
on Selected Days in 1964 From Georgia Power Company
to Florida Power & Light Company Over Florida Power
Corporation Transmission Lines Shown on Load Flow Dia-
gram on Page 1*.” I ask you if this is the exhibit to which
you refer? A. It is. |

Staff Counsel: Mr. Examiner. The staff requests that the
exhibit as identified by Mr. Jacobsen be marked for. identi-
fication as Staff Exhibit No. 18.

Q. Mr. Jacobsen. Please describe the diagram, page A,
of this exhibit. A. This is a simplified diagram that, among
other things, shows transmission lines, substation busses,
and direction of interstate power flow. The purpose of the
_ diagram is to show the transmission lines and substation
busses over which interstate power flows from Georgia
Power Company, over F.P. Corp. transmission lines, and
into the FPL System. The arrows adjacent to the trans-
mission lines indicate the direction of power flow for each
day and hour analyzed. The color of the arrow, as desig-
nated in the legend, indicates whether the power flow is
interstate, commingled or unidentified.

. Mr. Jacobsen. Please describe the 6 pages of tabulated
data, page number 2 to 7,In Staff Exhibit No. 18.

e

16

(88) ,

87

A. These pages of tabulated data indicate, among other
things, the 22 days and hours of these days, that power flow
was studied to show that commingled power flowed into
the FPL System. It also shows the direction and magnitude
of power flow over specific transmission lines in sections of
the F.P. Corp. and FPL Systems.

Q. Mr. Jacobsen. In your study and analy sis did you con-
sider the substation busses as a point. A. I considered
them as a point.

Q. Mr. Jacobsen. What information did you use in pre-
paring Staff Exhibit No. 18? A: The information that I
used was obtained from System maps in FPC Forms No. 12,
Power System Statements, filed by FPL and F.P. Corp.,
and’ F.P. Corp. Daily Operating Reports, Staff Exhibit
No. C 2.

Mr. Jacobsen. Do the arrows shown adjacent to the
transmission lines on Staff Exhibit No. 18 indicate the flow
of row.r for every day and hour that was studied and
ani lyzed .s indicated in Staff Exhibit No. 18? A. Yes.

©. Mr. Jacobsen. Referring to Staff Exhibits No. 18 and
No. C 2-will you describe your analysis of interstate power
flow? A. Yes. For the purpose of this analysis only the
two 115 kv transmission line interconnections between Geor-
gia Power Company and F.P. Corp.’s Jasper Substation
were considered. These tie-lines are the Kettle Creek-Jasper -
and Pine Grove- Jasper 115 kv transmission lines. On days
as shown on Staff Exhibit No. 18, the Jasper Substation

Daily Operating Reports, Staff Exhibit No. C 2, interstate
power flowed over these two interconnections into F.P.
Corp.’s Jasper Substation, reference Points (1) and (2).
The Jasper Substation Daily Operating Reports also show
that unidentified power flowed from Suwannee Plant over

17

(88)

the 115 kv Suwannee-Jasper transmission line into the Jas-
per Substation bus, reference Point (3). The Jasper Daily
Operating Reports for the same days and hours indicate
commingled power flowed toward White Springs Substation
over both the Fort White-East and Fort White-West 115
kv transmission lines, reference Points (4) and (5). The
Fort White Substation Daily Operating Reports, for the
same days and hours show that commingled power was
flowing into the Fort White Substation bus, reference Points
(6) and (7). The Fort White Substation Daily Operating
Reports show for these same hours that commingled power
flowed from Fort White Substation to the Turner Plant
Station bus over the Silver Springs 115 kv transmission line,
reference Point (8). The Turner Plant Daily Operation
Reports for the same days and hours show commingled
power flowing into the Turner Station bus over the Silver
Springs transmission line, reference Point (9). The Turner
Plant Daily Operation Reports show for the same days
and hours commingled power flowed from the Turner Sta-
‘tion bus to the FPC Sanford Plant bus over the Turner-
Sanford 115 kv transmission line, reference Point (10).

Q. Mr. Jacobsen. Where is the transfer point of F.P.
Corp.’s delivery of commingled power to the FPL System
over the Turner-Sanford 115 kv transmission tie-line? —

. , 89 |
A. The transfer point according to FPC Form No. 12, 1964,
Power System Statement, Schedule 8, page 19, filed by FPL
is at a point near Lake Monroe, Florida.

Q. Mr. Jacobsen. Why did you refer in your above testi-
mony to the power flow from Suwannee Plant to Jasper
Substation as unidentified power flow?) A. I did not at-
tempt to show whether the flow of power from Suwannee
Plant to Jasper Substation was intrastate power or com-
mingled power so I identified or designated it arbitrarily
as unidentified power flow. Whether this power could be

18

CERN edb tres

(90)

proven to be either interstate or commingled power would
not change my opinion as to whether commingled power
flowed over the Turner-Sanford transmission tie-line.

Q. Mr. Jacobsen. Do you have anything further to say
about your study and analysis of interstate power flow
from Georgia Power Company, over the Jasper-Live Oak
69 kv tie-line or the Turner-Sanford 115 kv tie-line, through
the F.P. Corp. System transmission lines into the FPL
System? ae “pty See ee ee ee ee eee Se oes Ti ee ~~ ews Le AS UREN HOSE + —
. *

(227)

227

A. The Florida Operating Committee is comprised of FPL,
F. P. Corp., and TEC. The Committee was set up in 1959
as an informal group to consider mutual operating prob-
lems relating to the interconnected operation of the three
systems. Representatives from Orlando and Jacksonville
have attended meetings of the Committee. The Committee
does not have any authority to make contracts, supervise
the operations of the systems of any of the members, or to
implement its recommendations or studies.

Q. On page. 7 of his testimony, Mr. Jacobsen defined
“electric system.” Please read that definition. A. He de-
fines “electric system” as “the. physically connected gen-
eration, transmission, distribution, and other facilities op-
erated as an integral unit under one control, management,
or operating supervision.” —_~
- Q. On page 80 of his testimony Mr. Jacobsen described
Staff Exhibit No. 29, a 5-page document entitled “Defini-
tion of Terms Electric Power Systems.” Are you familiar
with this exhibit? A. Yes, I have read the document.

Q. Please read the definition P2 covering “Power Sys-

a tem.”
ena

(670)

The Witness: That is right. And, also, there are times
when the power for L-1 comes from G-2 as well as G-t.

‘Presiding Examiner: You mentioned the fact that he
broke the power components into two parts. What are the -
power components that he breaks them up? :

The Witness: I tried to describe them to you.
Presiding Examiner: What do. vou mean by power com-
ponents?

The Witness: Mathematically if you square the mega-
watt quantity and would Square the megavar quantity and
take the sum of the squares, vou will get—this is moment by
moment, by the wav—the actual] power curve as shown by
Exhibit 59. So mathematically and engineering-wise, we
call that power components. _

Presiding Examiner: And it is those that he divides into
two parts? |

The Witness: That is right.

The method which he uses divides actual moment’ to
moment power waves into two moment to moment. power
waves, and they are

670

averages of separate components of the power waves.

Presiding Examiner: He first gets a kind of an average
_amount of power as his first step?

The Witness: That is what the watt meter shows also
the watt hour meter. .

Presiding Examiner: He divides that into two parts?

The Witness : No. He doesn’t do that, quite, either.

Let me start again: The watt meter and the watt hour
meter measure ‘the average—the net average amount of
power for each dnaee add them all together. That gives
him megawatts for each phase and the arithmatica] total
for the three phases. Then he goes out and measures the .
component of current lagging behind the voltage by 90-
degrees. ,

153

ROR ERI RT is A, ROR DACA Ge RN ORS Ul RE td PE Shs

(670)

Presiding Examiner: That is what bothers me. What is
this component of the current that is lagging behind 90
degrees?

The Witness: Let me backtrack. I didn’t want to give you
the arithmatical theory, but I will have to now, I guess.

In electrical theory it has been shown mathematically
that vou can take this particular—let me show you the one
I mean, referring to Exhibit 58. You can take the current
curve, which is the cross-hatched wave, and divide it into
two components such that one component coincides, time-
wise, With the heavy black line; the other component, then,
will be displaced from that black line by 90 degrees.

671.

Presiding Examiner: What do you mean by that? You
mean it will lag, so it will be down, the thrust of the
curve

The Witness: Will be up, such that their sum will equal
the detached line.

In that theory you measure each component separately

times the voltage. That is how you do it. So, as I explained, ©

the reason why I feel at least that Mr. Bivans method is
not as near to the actual physical fact as the commingling
method, it does not show: the contribution, power-wise, in-
stance by instance—it has no means of showing. the con-
tribution by each generator to each load. That is my main
reason. |

Presiding Pxaminer: Read that last sentence.

(Record was read.)

Presiding Examiner: And again, what is the reason for
that?
_ The Witness: Because this method does not show in
_ actual fact that is the way it happens, and I am trying to
show a method that-corresponds as closely as possible to
‘what actually happens. The only way that I know of is by

154

a ee a

(700)

using bus as a point or having. counter-flows, which are the ©

_ methods used today—it is not a new method, commingling;
it has been used for years. I:xperts in the field have used it
in the past, as far back as °41 and °42, That is the reason
' why they did it, and I agree with them.

* * * * * * * * * *

679
Ernest L. Bivans
resumed the witness stand, and, having been previously
duly sworn, testified further as follows: :

690
By Mr. Martin:

Q. Mr. Bivans, this letter from Mr. Simonds of Florida
Power Corporation has two pages of tabulated data. Would
you take a look at the data, which are very simple, on those
two pages, and state whether you agree that this data con-
sists of readings from recording meters by Florida Power
Corporation, showing a power flow at: Archer and Deland
West through the “120/69 KV step-down transformer?

* * * _* * * * * * *

700

ad

Q. Mr. Bivans, do you have any knowledge that the power -

flow at the Deland West and’ Archer substations was not
from 120 to 69 kv bus as shown in Mr. Simonds’ letter?
A. Are you talking about all of the tiine or these few par-
ticular hours which are tabulated on here?

Q. During the hours set forth in the tabulation. ,

160 4

© SS LPO NEAR TE Sasa BIE X. Oe

(764)

this bus may be considered a point within the definition ©
as used by Dr. Jessel. |
Presiding Examiner: That is F-G? ,
The Witness: Bus F-G. I think this is the simple

764

explanation of all of these things that have been bandied
around here during this hearing: commingled, steady state,
bus is a point and so forth.

Presiding Examiner: You inean Bus A, B, C, D, E has
dimensions? |

The Witness: Has dimensions.

Presiding Examiner: And you would ssay Bus F-G
doesn’t? ,

The Witness: Bus F-G does have dimensions, but all the
power split takes place at one point on that bus which
is Point F, so therefore I can calb that a point.

Presiding Examiner: In other words, it is only flowing
one way in. the hus? ,

Thg Witness: That is right. :

Presiding Examiner: Whereas in Bus A, B, C, D, E,
you have

_The Witness: Power flowing in both directions and dif-
‘ferent quantities of power -flowing in different sections.

Mr. Merriman: Your Honor, }I would just liké to let
you ask questions about this. .” |

Presiding Examiner: In Bus A, B, C, D, E, does the
power flow through that in the sense. ef flow or is there
an instantaneous amount of power at all.parts of the bus
simultaneously? ; f
_ The Witness: There is an instantaneous amount of power
at all times. For example, take the bus Section B-C which
shows 25. I assume. that. is 25 megawatts. There are
three : . ~ ;

)

161

(765)
~ 765 as

bus conductors on ‘there, and assume this, is three-phase
_ power. On an instance by instanee basis this three-phase
power is constant, and I have some other information that
shows that. . .

Presiding Examiner: a other words, at any’ given in-
stance there couldn’t be, say, a greater amount of power at
Point D or Point E than there would be at Points A or B,
the amount of power at any-point on the bus would be the
same? , .

The Witness: The amount of power on any bus section
is the same. It so happens that the values reflected on
this one— I nave 25 in one bus section, 25 in-another bus_
section, and 25 in another bus section—may be. a little
bit misleading. Those. three 25’s have no relation to one
another other than the fact that Point D indicates the
disposition of the 50 megawatts from Generator No. 1.

Presiding. Examiner: My question is, let’s assume then
_ between’ D and Kk, and entering at I, there were 75 mega-
watts—let’s ake it coming from out of state to Point E
there are 75 megawatts instead of 25, would-there be any

point on the bus, then, at which power would not be'evenly

distributed at any point in time?

The Witness: Let’s take. your question. If you have
75 megawatts coming into the bus at Point IX, then the
flow in the bus section at exact.same instance from FE to
D will be 75; then that 75 will add with thig 50 coming from
Generator

e . 766

No. 2 at Point. D and continue on to Point C as a total
amount of 125 megawatts. Now, to the left of Point C those
values: would not change. The change would take place
in the transmission line from Point C down towards Sub-
station F-G. y

162

(789)

Presiding Examiner: Do you call A-B, B-C, and C-D bus
sections?

The Witness: Vee. sir. I call them bus sectiohs in the
sense that it is that part of-the bus between points where
components of your system are connected to.

Presiding Examiner: Then it is possible to have differ,
ent amounts of power in different bus sections of the
same bus? . .

The Witness: Oh, yes, sir.

"789 - .
‘Surrebuttal Testimony of Joseph J. A. Jessel

Q. Would you please state your name? A. Joseph J. A
Jessel.

Q. Have you studied the testimony of Mr. Ernest L.
Bivans referred to on page 775, lines 16. to 24, of the
transcript of the proceedings in Docket No. F-72102? A.
I have studied that testimony.

Q. Did you also study the exhibits sponsored by Mr.
Bivans? A.'I did.

Q. Would vou identsfy thé exhibits of Mr. Bivans which
you studied? A. I studied eSMInIts 67, 69, and 70 sponsored
by Mr. Bivans.

Q. Please refer to page 761, lines 4 to 18—do you have
the reference? A. I do. |

Q. There is much discussion in the record with respect
to what constitutes a bus. Would you please state what
a bus is comprised of? A. Hach bus is comprised of three
electrical conductors in the ordinary three-phase substa-
tion. Each conductor has physical dimensions of length
and cross-sectional area. Each conductor has- mechanical
properties of weight, tensile strength and compressive
strength. Each electrical conductor has electrical proper-
_ ties of resistance, inductive reactance and capacitive re-
_~actanee (Tr. 137-138) which

163

(790).
790

are usually so small in relation to other parts of an electric
system, that they are taken as heing zero for most study
purposes. | a

Each phase conductor may be in the form of rigid bars,
either in circular, rectangular or angular cross section or
in the form of stranded copper, aluminum, aluminum alloy
or steel overhead cable held under tension.

Each phase conduetor is separated from each other phase
conductor in space and is insulated from each other phase

conductor from the ground. . |
Each of the three phase electrical conductors of a bus

serves as a common connection to the corresponding phase
of two or more three-phase electrical circuits. This means
‘that all of the phase A conductors of all of the three phase
transmission circuits are connected to the A phase of a bus,
that all of the phase B conductors of all of the three phase
transmission cireuits are connected to B phase of a bus,
and that all of the phase C conductors of all of the three
phase transmission circuits are connected to the C phase
of a bus. .

Q. Does the Steady-State Method of roughly approxi-
mating an actual electrical system (Tr. 153-158; Exh. No.
48). take into consideration the physical dimensions, me-
chanical properties and electrical properties of each of the
three insulated electrical phase conductors of a bus? A.
No. ,
Q. Does the Commingled Method of roughly approximat-
ing an actual electrical system (Tr. 158-163; Exh. No. 48)
take into consideration the physical

791

dimensions, mechanical properties and electrical properties
of each of the three insulated electrical phase conductors
of abus? A. No.

164. ,

* See re x

(792)

e

Q. Does the System Studies Metliod of roughly approxi-
mating an actual electrical system (Tr. 259-260; Exh. No.
48) take into consideration the physical dimensions, me-
chanical properties and electrical properties of each of the
three insulated electrical phase conductors of a bus? A.
No. — oo
Q. How is an actual three-phase bus at a substation ap-
proximated in the Steady-State Method of analysis? A.
‘An actual three-phase bus is approximated in the Steady-
State Method of analysis by a single conductor bus, having
some length but no specific amount of length, on which-the
actual position of each incoming and outgoing three-phase
circuit is shown by use of a single conductor, and having
zero resistance, zero inductive reactance and zero capaci-
tive reactance. .

Q. How is an actual thre-phase bus at ‘a substation ap-
proximated in the Commingled Method of analysis? A.
An actual three-phase/bus is usually approximated in the
Commingled Method of analysis by a point, sometimes by a
tank or by a reservoir. When one of the basic engineering
concepts includes counter flows of power, then the actual
three-phase bus is approximated in the same way as for
the Stead-State Method of analysis. 7 |

Q. How is an acttial three-phase bus at a substation ap-.
proximated in the System Studies Method of analysis?

792

A. An#actual three-phase bus is approximated in the —
“System Studies Method of analysis by a single conductor
bus having some length but no specific amount of length on
which the actual position of each incoming and outgoing
three-phase cireuit is shown by use of a single conductor,
and having zero resistance, zero inductance and zero ¢a-
pacitive reactance. . .

Q. Do the Steady-State, Commingled and System Studies
methods have anything in common? A. Yes, all employ

e

165

(792) aa

the tracing procedure and all are based on the use of watt-
meters or megawatt-hour meter readings. .

Q. Would you refer now to page 767, line 4, and continue
to page 769, line 12—do you have the reference? i
6 RAE i MNES
seaieeceaices ; ane saci veers
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MOTE: Underlined values indicete peake for
which totel spinning reserve wee less 4 ~~
then 260 ew, normel capability of
pool's largest wits
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LEFTATAVE RECOMMENDATIONS *

READY RESCRVE, SPINNING RESERVE & MON-SPINNING RESERVE

Ready reserve will be made of spinning reserve and non-spinning reserve.

a. Spinning reserve is rescrve capacity actually spinning on the line
and available to take load immediately.

b. Non-spinning reserve is any other reserve capacity which can be made
available in ten minutes or less. This includes stending hydrc, diese!
and gas reserve generating capacity, interruptible loads and capacity
that can be obtained by- increasing turbine pressures or by cutting out
feedwater heaters. ;

In normal opfration enough spinnfng reserve wilt be maintained. by the severa!

participants to absorb the instantancous loss of the largest generating unit :

in service. Nonm-spinntng—reserve—eevet+—tohett_this—emornt wit tbe ert eres.
Ready reserve equal to one and one-half times the maximum

capability of the largest generating unit in service will be maintained.

At least two-thirds of the ready reserve will be Spinning reserve and no

more than one-third of the ceady seserve will be non-spinning reserve.

ready : er : .

The sprantag.reserve requirement and the mem=spinning reserve requirement for

the pool will be divided among the participants in proportion to each partic-

ipant's maximum demand for the preceding year and the maximum capadility of

his largest unit. Fifty per cent wil! be shared on the basis of demand, and

fifty per cent on the basis of maximum capability of largest unit (See

attached sample calculation)

Spinning reserve requirement and an equitable formula wil! be a’ continuing.
interest of the Florida Operating Committee. A new formula will be calcu-

lated and used when a system's single largest unit is off line or operating
at reduced capability for seven days or longer.

Protection of a new unit during shakedown will be the responsibility of the
owner .

. . . normally .
Each participant's spinning reserve obligation must, be available to the
other participants and not be bottled up by transformer, line or other
limitations. {nm abnormal situations where the spinning/reserve of a

participant is either unavailable or only partially available, such partic-
ipant will notify the othérs so that their spinning resérve may be increased
or reallocated as required.

i
Each ‘participant's Spinning reserve obligation must be distributed on enough

generating units with proper governor characteristics, so that it will not
take a frequency drop in excess of five-tenths of a cycle to realize the full
beriefits of each participant's share of assistance. Assuming 5% governors,
this means that the reserve allocated to any one unit should be no more than
16.66% of the normal capability (high load limit) of that unit. However,

(1) since there are usually a number of units, (2) since it is desirable to
favor the more economical units with more load, and (3). since it is desirable
to be conservative in the matter of allocating to any one unit, the following
allocation may be considered:

5 % reserve on 100 aw units and larger
74% reserve on 75 mw units
10 % reserve on 50 mw units and smaller

Hw? /WES/ HAT
5/1L 64

A n METHOD OF CALCULATING SP:

Hearing Exhibit No. 3

=
ANG

5-14-64

RESERVE & ROM SPINNING RESERVE OBLIGATION

HWP /WBS/HAT

BASED ON PEAK LOAD AND SIZE OF, LARGEST UNIT

td

Approximate. Capability of

Peak Load Largest Unit

‘ . Gross Mw Gross MW
Tampa Electric Company | 625 205
Florida Power Corporation 925 219
Florida Power & Light Company 2150 300
Orlando Utilities Commission 170 4
City of Jacksonville 460 140
4330 958

14 43% )

FPC 33°17 mw
FPL 60.72 mw
ouc 10.30 mw

_ SAX 18.93 mw

150.00 mw Wor-spinnir:-Fese-ve by Difference

Pir)

180

TEC 625 + 4330 =
FPC 925 = 4330 = 21.36% ) °
FPL 2150 = 4330 = 49.65% )
ouc 170 + 4330 = 3.93%) Based on Peak Load )
JAX 460 + 4330 = 10.63% ) )
. )
100.00% )Average
: ;
TEC 205 + 958 = 21-40% ) te )
FPC 219 + 958 = 22.86%) Based on Largest Unit )
FPL 300 + 958 = 31.32% )
OuCc 9% + 958 = 9.81% ).
JAX 140 + 958 = 14.61%) °
100. 00%
TEC 450 mw X 17.92% = 80.64 mm .
EPC 450 mw X 22.11% = 99.50 mw
PPL 450 mw X 40.48% = 182.16 mw
OUC 450 mw X 6.87% = 30.9) mw ,
JAX 450 mw X 12.62% = 56. |
450.00 mw Ready Reserve
TEC 300 mX 17.92% = 53.76 m «~ :
/FPC 300 mw X 22.11% = 66.33 mw
FPL 300 mw X 40.48% = 121.44 mw
OUC 300 m xX 6.87% = 20.61 mw
JAX 300 mw X 12.62% = _ 37.86 mw ;
| 300.00 aw Spinrtng Reserve
TEC 26.88 mw

TEC 17.92%
FPC 22.41%
FPL 40.48%
Ouc 6.87%

JAX 12.62%

100 .00%

($39)

79-81 W

Q yueWw>03 27

Attachment 2
M19 - 64

SPINNING RESERVE AT TIME OF PEAK
APRIL _- SEPTEMBER 1964 : |g.

> . |

The amounts of spinning reserve that the five systems of the Florida Pool
carried over morning and evening peaks are given in the attached Table l for the
period April 1964 through September 1964. |

_ During the three month period, June 1964 through\ August 1964 (78 days, ex-
cluding Sundays and holidays), the total spinning reserve was less than the capability
of the pool's largest unit on 16 morning peaks (or 25% of the days) and on 6 evening
peaks (or 8% of the days). The capability of the pool's largest unit was: 300 mw,
June 1 - August 28; 425 mw, August 29 - August 31. The amounts by which the spinning
reserve was less than the capability of the pool's largest unit, together with the
number and per cent of days, were: — |

Morning Peak Evening Peak
Days | % of Days Days % of Days
5 mw or’ more 16 21 6 8
° 20 iy " 14 18 5 6
50 mw '! . 9 14. 4 S
60 mw ''! a 8 10 4 5
Po 8 lo \ | 5
100 mv '"' | 5 6 44 5
125:mw th ott 4 5 | 4y | 5
150.mw '! | 2 3. i. 5. .
175 mw" 0: 0 , 2 . 3° |
195 mv = 7 1 1

Error in forecasting peak load continues to be the principal cause of deficiencies
in spinning reserve. The magnitude and frequency of the deficiencies of each systen
during the three month period, June - August 1964, are indicated in-the attached Table 7
“The fact that the magnitude and. frequency of deficiencies in total pool spinning reseive
was much less than that of the individual systems was due to considerable diversity in
load forecast errors and to the fact that expected and actual spinning reserve of each
system was in excess of Its obligation over many peaks. , |

§ ‘ON Fqryxy Surreexy

K. S. Buchanar,

10/26/64

(S¥6)

81

uss.
s,s 10/26/66
SPINNING RESERVE AY TIME OF
amare SOL WEPTOGE TSE (Gondaye Tes toe) f wa
; ( d j;, Attechment 2
‘ 3 ee
APRIL 1964 JULY_1964
i Morning Peak - MW eni Peak - Mw : i Peak - ent Peak - MW
berg FER ge eee EP ie ga tod bere Be Yet ee Ge tot
\ 1% 37 1660 «662 (78 ble 56 6} OO 210 1 o6m 47? oak 579 1% «187 238 «(3% 3 566
2 6 8482 2% 30. 8? $29 Then ee, S| ee) 1 2 61 206 «19% 86029 o19 491 151187. 2600 282 $97
3 68 «80 «(17% BOS 64? 11 0-180 3% > 15) 160 lee Ot hb 490 Sc > en | ne) ee ) 376
® tt 12m 127 St 88 $01 $3} fh 6 «2 7 22300 He 3 57 209 3) 603 215 6S 57? 666
‘ 310? 122 es«~SD 5 20ST OS 262%¢ 6 itt 1399 2260 023) $4) % 192 2359 3 43 568
? % oo i586 3S 6 391 Ve eee ee ee 19400 7 221 100 176 0 920~«O97 606 161 88 SD 478
r 66 04k 238 SCS 476 61 43 100 “© 30 902 r) $0 78 «14? «3928S 2 2) «$2—«89 2 427
9 166 1930 276 72° «182 196 91 o4ty) 128©=« 58) 120 314 9 21> $3 18 2 2 457 166 10 19% 42
10-136 107, 269s Ts“ 67) 7% 110 133 % 100 355 10 $1 DS Psa 264° 101° 1320-213 $49
11126 ST SOS 197 6 8665) «(206 ?sCO6S 4A? tb 06h 153) 192s 602 156 178182 es? 707
1) 19%) 100 16837 66 507 231 0«-72”—«120s sé $37 e) 61 et 1278 05 % -8. 223 % 122 447
16 «17k 106 208s 316 110 9S BS TOS 483 16 91 98 126 22 «88 425 120019 1787? 416
1S 23k dS 673 206 «165 «123K si«iY 613 1S 1%) 82k CD 498 131112 27697 615
16 «6192, 1085S 700 226 «116 «1290«COSS sé 602 16 = 186133 98D eso 747 166° 13% 620 «(3779 16
17 192, MH 696 199 «120 1810 388 $61 7 61 102 277 42 © 86 566 6 6217, 177 a? 645
16 «= 102,10 SS 699 12%) 7S 89S 4964 18 §=101 «200-296 S102 142 % 171 230 4S 87 609
200127? aah aks $31 129 «76 138268 497 20 9% 27. 75 23 49. 27088 668 2h 00k 330
21 37° 110 185 Sti 489 119 «-72,)—«100s sé? 401 us 9: «86 182 6 668 406 66 13% «19% «32 302
22 77 69 «(1388s 428 1% 86) 92S s« hi? 66 2632 1602 378 8i 163 220 20 86 568
23 27 «195 10st 91 % 9 120 43 72 423 23 166 661 tCOTS 338 i192) OSD 824
2% 62 56. Ls s«éSLL 256° «4197S si 396 % 86116) 59 210 e—st«' 499 91 207 336 31 108 771
252s iH tC 469 39 80, 1852862 16 2 12k 292232 Ss 176 13st 6337) 3a? Sti 968
27.107 103 89 rey 1% 1th 2) 62 4 2719 D282 2 686 166-219 179 si 7
28 0 Al2s 166 1392s—i—=é‘i $66 1% 157) 1395 66 64 616 2% Sk 2 aS 406 166 9216s $16
29 «22216416 si 695 186 11S 106 sO 494 29 17k BH 476 ‘ie 6) eee 1 501
© 112 199 65 $0. 22 492 9 «61510 80) lMOCSD 4% wo 86151) 6200 Sk 400 116 «1st 17S et 545
pb) er) en , eT 403 121 tat) 29827 632
MAY 1964 is AUGUST 1966
rni Peak - MW Bveni Peak - Mw rai Peak - MW Bvening Peak . MW
Date ‘Tec Lacs FPL We PLN Total Tee «CFR FL oe Tax Tots T Bete TEC Frc FPL pi. ote Tz Ld Lin’ ug yar Total
1 122,—=«3 SSB $72 17%6 128 137) 63 $98 1 106 162 238 9 6 68) 1% 176 89 & 9 595
127, 105) «13k D988 510 199 868 OSG a ht=«S 433 : :
; > 101 125) (2a OH—i«*SS 374 106 =k SSO 386
b 52.167) 1S BCD 65) 167 180) 20) 38 RE 6 108 63 166 ie 64 as 9% 107 4666 19 45 821
3 162 207 293 4S 81 768 2539 «119 ot (Gs $90 Ss 166 $7 196 23) 62 446 Ink 172) SH Ts 735
6 182 185 283 46 75 165 206 102 1463 32— 72 $5) 6 116 9 177 20 86 489 +106 207 #197 16 98 624
7 172 205 52433879 737 208 «64116 «100 W589 34 7 106 97? 229 «#20 «67 339 tll 258) 1767107 669
6 162 105 °226 35 66 612 198 = 57) 107,—'—sa2S iY es. 8 72 (229°«1533s«8 $77 72,°«299 «dk. so 533
9 107 289 352 6& 65 857 78 208-214 «31 60 91
103k 280k $71 116 262, «2192s? 704
it 92120 50 wi 70 373 2169S 6 29 10 416 113 tee 207200 603 1S) 262) 288k 783
12 166 «132,062 si 484 181-80 199 HSLD. 605 ‘ 12 Te et) ee ee |) 3 116 1821531860 $29
13 166123 sisi 436 171 100th 3D $27 15 186s sD 423 166 ‘168 17S sO? $89
16 191 133 239 56 80 691 206 135 1465 $2 95 635 16 16 72,165 19 80 352 $1 182 308 19 $$ 615
1S 186 206-180 88D 720 161 169 1397) 88D 3968 1s % 232 367 #637) (93 805 $O 191 290 Ww 86 651
16 §=106 «207, «366s Ssi1007 827 58135) 258 4s $84
7 a6 2 126 2% ©6666 264 16 16?) «17822 ag 412
18 = 106 t3hes—iaHSC“(iéi HSC‘ SP 58 100 97st 390 18 73 99 «271 13s«O $26 60 193 227. 27 B83 590
19 191 207 99 53 127* 550 158 137 103 46 94 bb.) 19 70 121 219 13 97 $20 38 193 230 29 86 596
20126 132—iBBCiCSLCsCAL2S*® ~—(997 93 110 158 43 83 487 20 33 60 «(266 «17 422 $5 232. 28916 CO 679
21 111 147 + =102 47 97° 412 83 100 16 « 5! 48 21 63 125 «6263 22 73 586 7 = 2600—ss*93221 35 68 755
22 «ull sSS 6782s 382 113 131) 106 08 399 22 31 268 12h $17 lt 6222) «103sisté'D 663
23 101 127 144 % 95¢ 408 78 110 153 % 95 472
26 1 © % 0 32 207** eo ee | eb 336
23126 BCS 27908 ye bn, a 25 26k SH 338 2% 165) 169) 21 25 $70
26 116 135) 1G 68 = 116* 44) 41 76 «112 % tb) Vas 26 96 96 4 8=6228 22 4 491 6: #133) «337 23 » 590
27126 e129 ei08*® wD sé 228¢* 27 106 10h i C«S 308 91 239 #1080 «$3 $52
28 «106i —iHSCi Es (HO 66 9 116iH—s«éi 328 28 $6 160 142 «39 = 100 677 $1231) 382s 769
29106 168 HCG 6 8679 «ht 29S 410 29 71 167) 3B 800 3% 89 LiatCO 548
u30 «101: «180219 esi $95 71123 (16968108 504
u 10 22 BO 35100 S10 72009 nt 231%°
° JUNE 1964 1
__ SEPTREER 1964 ‘
ni ° :
Dee ER Be a tora er pp tt moening Peat ening Peek - Mu
Senge ree er eee enn a oy ee —_ —_—_ = BS Jota Date —_—_ — FPL bubtote) Se Fe FR wubtote
1 8 8650: SI 29 83% 21608 21 109 «110 s9s«?k ?
2 91 83 176 35 91 385 7 80) 143688 a7 : a ‘0 4 i ‘s - a reed
3 9 88 72 22 101% 276¢0 6) «668 «(118s 169 3 % 39 232 18 405 ? i. =
4 86 108 102 37 «89* = 4333 7% 8699 «118 6&6 430 4 66 #71 «#198 = 20 335 56 a He 4 pied
5 88 109 = 66 30s 29308 $3115) 187-2808 461 3 % 133 2990«97 $45 r H re
6 108 180 9: 37 103° 436 83 160 166 S46 75) S48 , oe i «@ 6
"7 .
8 7% 1 99 31 Ste 27700 73 52203 0 % 364 8 126° an oi +s sie i" i ia se
9 %® 59 26 29 31 15200 16 69 «210 23 «7 315 9 61 264 «517 68 910 126247 sa . ie
10 600 72 #9 6 wo 28748 52. 84235 5) 1 410 10121249 609s 825 SL 229° ] ie
Pe MG “be ss se a 68 84 118 37 -6 321 ia} 86 220 267 37 $90 61 472 pe - reg
9} 68 103
13-123, 162766 4) 116 i pe : pe : i = “ew 2 =e
; \6
15 | ae ae ae Ys 192¢¢ at 6 wm 9 413 105#« 18 7 a Pr ne Pf "3 ca 1 “ie
16 46 - 17 Hes s2ee 0230222 108+* 16 106 «192 300s sas ai 7a. 611
7 6 18 33 - 31 20 «61462 — (0 ati 13300 1? 921 21h 40207 820 ca oe Ue
8 6 so 39 M27 169° 27 YS 27500 16-206 «17963837777 ac = . 2 261
19 se; SoS Gee) 2430* 2 12%60«COFK 3 28 3** 19 «10119 het $83 56 a pd
een ae Vey, | 3) 118265 eS 8S , 7 =e
- y % 21 % 116 #375) «9? 604 56 6A 366
pb 2s ow mB BS see gow Rom Re zope eS
gst eee yam SS 4 622 108 9016S? 5 410 14 $1 889 : = ee —
25 56 ? 6 99 466 9 18 2 194
se oe fk Rw hoe wR OR RR Oe BR ge bs
27136176239 5059s 98 17% 216 «2215308 = op eh 63M
28 6 #2397) 27 370 e 9 ?
29 106 aesi“‘i‘ttWD 5 204%¢ 8: .69 20 3 ‘ 992 29 66 106271 i i
23 revs 3 56 142 1
3 86121 «126k? 28600 430 91 165° (275) keg 59) %” % 65 28 23 40 3O +18 = 101 3 ae
M © Holiday

* Mot included in totel, because unevaileble
to pool due to line cleerance on FPL systen

** Total spinning reserve less than capebdility of pool's lergest wit —

300 ww, April thru August 28;
425 aw, August 29 thru September

ee

© “ON FHqryxy Surreepy

(96)

.

KSB
10/26/64
Table 2
Attachment 2

DAYS ACTUAL SPINNING RESERVE WAS LESS THAN
80% OF SPINNING RESERVE OBLIGATION*
JUNE = AUGUST 1964 (Sundays §& Holidays Omitted)

TEC = FPPC FPL UG AX
MORNING PEAK =
June (26 days) 4 10 i. 0 11
July (26 days) 0 9 1 1 4
August (26 days) 5 6 a 4 1
June-Aug. (78 days) 9 25 13 5 16
EVENING PEAK -
June 8 8 3 2 12
July 1 \ 1 0 2
August 5 07 2 3 L-
June-Aug. 14 12 6 5 18

* Obligations:
June 1 - Aug. 28 54 66 JZ 21 38 (300 TOTAL)

- Aug. 29 - Aug. 31

71

88

189

27

50

(425 TOTAL)

€ ‘ON qT Burreey

(L¥6)

v8T

%

Bot AVAILASLE CO?Y

wa

CONTACTS FOR EMERGENCY ASSISTANCE - EQUIPMENT SPARES

Tampa Electric Company

1. Lester Ulm, Jr., Director, Engineering

Tampa Electric Company
P. 0. Box 11)
Tampa |, Florida

2. Elmer Geiger, General Superintendent, Operations
(Same address)

Florida Power Corporation

}. Lee H. Scott, Asst. Superintendent,
Transmission and Distribution
Florida Power Corporation
P. 0. Box 14042
St. Petersburg, Florida 33733

Florida Power & Light Company

1}. H, V. Street, Chief Engineer
Florida Power & Light Company
P. 0. Box 3100
Miami, Florida 3310] a

2. E. L. Bivans, Assistant Chief Engineer
(Same address)

Ws ' 7

3.- J. A. Lasseter, Assistant \Chief Engineer

(Same ‘address ).

Orlando Utilities Coumission -

1. Irving Reedy, Director of Power Transmission
Orlando Utilities Commission
P. 0. Box 3193
Orlando, Florida

2. Henry Elliott, Chief Communications Technician
(Same address)

3. Ray Turner, Chief, Substation Maintenance
(Same address)

City of Jacksonville

1. oR. B. Cowan, Engineer Manager
‘Electric & Water Utilities
City of Jacksonville
220 East Bay Street
Jacksonville, Florida

z2. R. L. McCall, Superintendent, System Operations
3065 Randall Street
Jacksonville, Florida :

3. T. W. Bostwick, Manager, Power Production
220 East Bay Street
Jacksonville, Florida

Business Phone:

Residence Phone:

Business Phone;

Residence Phone:

Business Phone:

Residence Phone:

(if no answer

call Dispatcher:

Business Phone:

Residence Phone:

Business Phone:

Residence Phone:

Business Phone:

Residence Phone:

Business Phone:
Home Phone;

Business Phone:

- Residence Phone:

Business Phone:
Home Phone:

Business Phone:

Home Phone:

Business Phone;

Home Phone:
Business Phone:

Home Phone:

Attachment 3
M 19-64

876-4111
835-3781

876-4111
877-2944

898-2141

Ext. 5241

867-6756
862-3636)

FR 4-5333

Ext. 2645

FR 11-2124 .

FR 4-5333
Ext. 378
EM 1-2869

FR 4-5333

Ext. 5113
MU 11-0424

CH 1-441)

CY 3-2426

CH 1-441)
855-8872

CH 1-441)
277-3849

EL 5-041)
Ext. 308
EV 9-4157

EV 8-554)
EL 5-041)
Ext. 643
359-1573

Et 5-041)
Ext. 343
RA 4-63072

(86)

€ “ON FHqIqx” Surrey

PEA DAE AS

er
She

-
Buse

- We AN AREN wind Mie ee

BF LD i BATION CM ENON OH ENE TERE 8 REA ARAN STE APG

Hearing Exhibit No. 4 | (953)

Electric Energy Transfers Between
Florida Power & Light Comnany And Other Electric Utility Systems In Florida

During Calendar Year 196),

Transferred From

Transferred To

Electric Utility System —

Electric Ujility System

Amount
Transferred
(Kilowatt-hours) °

Florida Power & Light Company
Florida Power Corporation
Florida Power & Light Company
Tampa Flectric Company
Florida Power & Light. Company
‘ City of Jacksonville

Florida Power © Tipke.conpany

Orlando Utilities Commission

Florida Power Corporation
Florida Power & Light Company
Tampa Electric Company
Florida Power & Light Company
City of Jacksonville

Florida Power & Light Company

Orlando Utilities Commission

| Florida Power & Light Company

107 612,000
61,598,000
13,081,000
59,0 000
17,268,000
18,181,000
21,431,000

59,876 ,000

STAFF EXHIBIT No.
Docket No. E=-7210

185

.Y

Se el on Mn nn eae

CORLISS RAP EN RA AR

OM MPT, Sree

PARE REET

i
y bd :
= : = ° .
f000€ WOODRUFF
-- | DAM CA PCO TIE t R GIA . GaPcone NA
. 30 BAINBRIDGE GA P CO TIE TO VALDOSTA r
\ 1 TO BOSTON GA ® CO TIE —
, TO PINE GROVE Ga PCO TIE \ / 7
€ . . r f Noe TO wAYCROSS Ne FERNANDINA
: is ip 4 JENNINGS ae 5) 1
T .
| MONTICELLO AW GREENVILLE | ,
mace ? KENNEDY N
| ORIE TON \ ) RANDALL 320 $
= org TAL AWASSEF \ MADISON \ ( ( ale ant
JACKSON - ae \ WHITE SPRINGS ~/ yee SOUTHSIDE |
. BLUFF / \ \ 2? maccrenny (®2 345, |
8 \ . \ coLuera _- 4 LANER LIPS Hwy i}
. -7-~ BALOW! i\
. \ ST MARKS X\ WL 7 2 — 1\
arran Pp bo, Aa cree ie) |
” fd LaKe .
/ pe TO KE BUTLER i |
L é No NEw SL AWTEY \ |
PRL cone RIVER |
— a
fe WHITE: STARKE “Y. STARKE ost aucustine
JP TARR ABEL Le WORTHINGTON $.¢
: , N
wt ~~ = . . s _ glo det fi E .
6 EIGHTS
- =o ‘kc MELROSE DSO baad

FLAGLER BEACH
¢ °g . pat
¥ a
: ° ORMOND
‘ Go I HOLLY HILL -)
Cc VOLUS!A FO. DAYTONA BEACH —

' LAKE HIGHLAND m
> @ BROOKSVILLE WOOOSME RE Poa wT ~. #10 PINAR 129
AS = ; :
Oo il) Osage INDIAN RIVER >
s a” ey Re
ms" ce SCICAPE KENNEDY Pa :
a '@4 =
KISSIMMEE ) ~ y
Weton NEW PORT o°) CUNO a BREVARD 3
. : RICHEY LARSEN ied 9
CHEMICAL wane éceARviEw LAKE MEMORIAL a
a ; ELECTRIC SYSTEM MAP
: OF MAJOR TRANSMISSION LINES
—— PREPARED BY FLORIDA POWER @ LIGHT COMPANY
= HV STREET, CHIEF ENGINEER
>
Vey STAFF EXHIBIT No. Ie =
wee Docket No. E-72] wo
, - 30003 &
° —_ : —
~ oo
. e + ~*
. ,
r .
. . — XY a
ee ° a ~ a N .

Paste ap

(1021)

9961 ZI 7
Ad) casts

STAFF EXUIBIT No. 13
Deen E=}7210

. * - e m ‘ Pes ogee aN a. S5 a 33 S
fy Se ate) ,

Ss. Ww.

PUBLIC

Be SAN

i

Jate Identified _____ OCT 4 ISB5-

Date Admitted SCT 4 1965 STAFF EXHIBIT No. 12

Docket No. E=7210

188

Hearing Exhibit No. 13

Rib dati

x

|
}
:

. pees
Lt.) Rl ARS ee ‘ oe

+ C ? ayy Y ge ee
. .

‘

THE INTERCONNECTIONS WITHIN THE FLORIDA POOL AND ALSO BETWEEN THE
SOUTHERN COMPANY AND FLORIDA POWER CORPORATION. AND THE '

ENERGY TRANSFERS OVER THESE INTERCONNECTIONS
_ DATA OBTAINED FROM FPC FORMS NO. 12

,
1 Efl|2
| ~ m 4 o & (hoo om 5 000 t ~
LISKV L1SKV 69KV L1dKV filsky fils fxv oa 69KV LisKV— 69KV |
ete Jasper" Z |Live Oak et Reo ee
na 22,832,000 fas Ss
iz eee Fy i
S ~—-- et $ % |
aera ah r 101,683,000 Be ee |
ct i Rio Pinar! cs |
2 * & }
c. = |
Oo *
oo. QoQ BAS, |
={hlSs a
! é = 2 $e Pi : |
' ‘ us . > > 5aeY at |
3 35,088,000 oT eae — ee
& cee ald Sub. a6" , oe
ss . > Sy
: 8 S. . | > x sf SS |
2 736,000 % JORLANDO, . te 59,876,000 Sfor {Pe
| COMMISSION: : 3 21.43),000: Bp Wee i :
oo. PT ee O
| : : 1R i: R
* 4 6 cae ir ede | FLORIDA POWER Bron ATION: oud. fae |
a Cc 3 ‘ ; : _ {Sapling : ay ‘ Be . D
JOR , if A
! RB 8/8 ALF
] a 13 by
gy CF 4 | be G! p
3 wo i ; } $
TRI . 69K V ZI yo > iH. 0
j A| 2] 114,664,000 Fors] Sapling T@] 310,254,000 S$} '21 34,400,000 S}o° | T, 0
“ Ti = —s “IS 2 ev 10 ——_—s ON az —-_—— NES } L :
PG os _— 2 8 ¥ ‘. o —" 2 o ee ee wad }
: | v 1,000 6S 5 | TAMPA! 5 0 1% 5,940,000 a) 1C és ' ;
~O. a i— : in’. x
, : NE > {ELECTRIC =e 4 . /O. | é
= x ’

oe

A EAR OER

-

cutee

[ss transferred From Transferred To Amount.

— * Transferred
Electric Utility System _, Electric Utility System (Kilowatt-hours )

| The Southern Company | Florida Power Corporation 167,176 ,000~

| Florida Power Corporation | The Southern Company 157,324,000 |
“Florida Power & Light Company - | Florida Power Corporation | 107 ,64.2 ,000 |
Florida Power Corporation Florida Power & Light’ Company 61,598 ,000

| Florida Power & Light Company / Tampa Electric Company | 43,081,000

| Tampa Electric Company Florida Power & Light Confpany_ 59 ,440L ,000
Florida Power & Light Company | City of Jacksonville ! 17,268 ,000 |
| City of Jacksonville a Florida Power & Light Company 18,181,000 |
| Florida Power & Light Company | Orlando Utilities Commission 21,431,000 |
| Orlando Utilities Commission | Florida Power & Light Company 59,876 ,000 .

(1028)
Hearing Exhibit No. 15

Net Electric Energy Transfers Between The Electric Utility Systems
Within The Florida Pool And Also The Interstate Energy Transfers
Between The Southern Company And Florida Power Corporation

(Data obtained from FPC Forms No. 12 for 196L)

*tn addition there was 3,851,000 kilowatt-hours transferred from the
Southeastern Power Administration to Florida Power Corporation across the
Georgia-Florida State line over The Southern Company's transmission lines.

ED nn TET eee RIT Ee a a -

REL ee

~~
Re ton ee ee

Dee ee.

ae

39

PAT

tee é Pip nat SG

(1048)
Hearing Exhibit No. 18

+ OUTE OF INTERSTATE FLECTRIC POW? SLOW IN 1964 F20m
CEORGIA POWER COMPANY TO FLORIDA POWER & LIGHT COMPANY SYSTEM
OVE" THE FLO?TIDA POWL™ CORPORATION TRANSMISSION LINES*

TH. SOUTHE ih COMPALY SYSToM

GA PwR CO GA PwR CO GA PwR CC
(Pine Grove Kerrie Creek [ Vaidostc
|
ZO" 20m 6 bony |
= STATE OF GA

|
|
\

STATE OF FLA

voditions thot

the attos

> JASPER -
. .
tor
|
|
on
‘ re
PPR RAL, POM aR Clk

: or OCT 4 1965

| ——— FP CORP FPL.
a 120%.

TURNER PLANT
aaa LEGEND

santorg Piant

DIRECTION OF INTERSTATE POWE? FLOW
—&—— DIRECTION OF COMMINGLEC POWER FLOW

«it | ony wood
~E———— DIRECTION OF UNIDENTIFIED POWER FLOW
, —_
FF IF
' 1 | |
69". , 120m y 240%.
—-4t— INTERCONNECTION
0) NUMBERS WITHIN CIRCLE ARE PEFLRENCE POINTS
TO POWE® FLOW AS SHOWN ON ATTACHED SHEETS
encsted for specified doys ond “
hed sheets 3 GENERATING PLANT

STAFF EXHIBIT Wo. /§

191 Docket No. E-7210

=
-..
bd .
. &
3
od Hourly Intergtate Power Flow On Selected Days In 1964 .
From Georgia Power Company To Florida Power & Light Company .
Over Florida Power Corporation iransmission Lines
Shown On Load Flow Diagram On Page 1L*
Note: + sign denotes power flow away trom a substation bus, :

- sign denotes power flow into a substation bugs.

.
.
AOR OP ISORN LE COPY

e . a
I IASPER SULSLATION BUS | . FOR1 WHITE SUBSTATION BUS TURNER PLANT STATION BUS 4
boo. op se es ee item |
| INTERSTATE POWER = | |_COMMINGLED

HOUR FROM GA PWR ( (KW) (kW) (KW) (KW) cKw) | (KW) (KW) | POWER TO FPL
(kW) | 7 | » j (KW) _
ey rs i ~ ; re : : ares ns Y —

7 Point), Point) ive | PointG) Point@) Point() Point), Point(7) | Point@) | Point) | Point (10) 2

g 4 | | |
tS = te ¢ - @ >= ~+ + == ~ t — ——— = ——— © .
{

|
! | | | |
|

|
JUNE 23 |
7A | “12,000 = 2,000 -14,000 -29,000) +15,000 +13,000 -11,000 -10,000 . +38,000 | - 7,000 + 8,000
|
| \ . . | ,
‘ |
JUNE 25 |
7A ~ 9,000 | = 3,000 | -12,000 , -23,000 , +13,000 +11,000 -11,000 -10,000 _ +38,000 | - 7,000 +15,000
\* ;
! | oh
* | | j .
| | ! } | :
\ ' 4 i
| | |

“

€6I

JULY 17

7A i!

" JASPER SUBSTATION BUS : | FORT WHITE SUBSTATION BUS _FURNER PLANT STATION BUS
ae 7 Se ene eee — i — aa — T Se ~ 7 — os T
INTERSTATE POWER + ff | — ; | || COMMINGLED
FROM SA EWR CO) | CRW) (RW) (KW) | (KW) (KW) (KW) | (KW) | POWER TO FPL
(KW) \ = “4 i (KW)
---—--- - ae Geri ~_- i -——+ +--+ —- -— --~+- - -- ~—- + — -——— — -s— + - —---~-— a a
| Point) fact s soi" rin poine()| point(S), rom® | point) Point(®) | Point@) | Point QO
' |
“fp tt = — .
! 7: | ; |
| | \
ee ee
» | : | | .
- 9.000% - 7,000 '-16,000 !|-18,000 | +13,000 +12,000 | - 6,000 | - 8,000 +26,000 |- 3,000 | +10,000
i I | ‘ \\
| | | | | -
' | | - i
| i | | |
| H I. | h
| ' | | | | . | ® ‘
| Z i ! |
fl : t ! |
li | i i |
JULY 270 _ am | :
7A - 6,000 | - 1,000 ; - 7,000! -16,000 ; + 7,000 , + 8,000 - 6,000 | - 8,000 | +26,000 | - 2,000 +12,000
| : || | 9 ff | | ;
. I 7 ! | .
on | | | |
“JULY 28 | 1 .
TA | -11,000 | - 6,000 | -17,000/' -19,000 | +14,000 | +13,000 | -13,000 -12,000 | +31,000 | - 2,000 + 6,000
i ] 1 i - ~
| | ' | -
ee | |
JULY 30 oll
7FP | -14;000 -16,000 | -24,000 | No into"| Ne info ; No info | -20,000 ; -24,000 saad - 3,000 +10,000 -
: | | ' |
| | | e| | |
| | | | |
i H }
JULY 31 | - |
OP -10,000 - 9,000| -19,000]! x0 info.| No info | No info | -18,000 | -20,000.| +56,000 | -10,000 + 2,000
7P | -12,000 -11,000} -23,000,|| No info | No info | No info | -20,000 | -20,000 | +54,000 | - 8,000 +10,000
st - 9,000 - 7,000} -16,000) No info | No info | No info -16,000 | -16,000 +50 ,000 - 4,000 + 4,000
|

(TSOT)

-

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Ea ANN FNM RY LE ISM, He

af JASPER SUBSTATION BUS FORT WHITE SUBSTATION BUS |TURNER PLANT STATION BUS
. \ INTERSTATE POWER | | COMMINGLED
tR | FROM GA PWR CO (KW) (Kw) | (KW) (KW) | (KW) (KW) (KW) || POWER TO FPL
i (KW) } | . (KW) 3
’ ! = ‘ ¢
f
‘ i P t Point t | Point Point Point Point(6) | Point Point Point Point 5
, Fain | re gore ol cme) nt) ‘O) nt(8) nt) ;
=== SS = : a = é
i } H
I Hy ‘ ' i
of e | a ! i
\ | !
, | | |.
. AUGUST 4 | | | a! | . 7
TA - 9,000 | - 4,900 ' -13,000 '-24,000 | +16,000 | + 9,000 | -15,000 |.-14,000 | +40,000 | - 8,000 | = + 2,000
| | |
7 | | - | |
| | . | pee :
{ | { _—
= AUGUST 7 : | | |
& 7a - 9,000 | - 6,000: -i5, » 00H =20 000 | +15,000 | +11,000 |*-14,000 | -18,000 , +36,000 | - 6,000 |; = + 10,000 &
t } * H ‘|
| H ° | | | | :
' | | | ’
| \ } . / |
AUGUST 29 | | | | |
7A | -12,000 = 7,000 |-19,000 j-11,000 | +11,000 | + 9,000 -14,000 -12,000 | +30,000 |- 7,000 | +10,000 t
ad | - | , | ’
SEPTEMPER 16 | :
7, | = 9,000 | 7 5,000 | -14,000 }-16,000 | +12,000 | +12,000 | - 8,000 -10,000 | +30,000 | - 2,000 +15,000
2 | |

en he oe ee ee

PASTE CR ROP SEA

reo ES PLIOIE AO U S
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| (1059)
JASPER SUBSTATION BUS TURNER PLANT STATION BUS
INTERSTATE POWER COMMINCLED
HOUR FROM GA PWR CO (Kw) POWER TO FPL
' (Kw) (Kw)
Point(1) | Point(2) BS Point(9) || Point 49
+
SEPTFMBER 26
3A = 7,000 - 3,000 -10,000 - 5,000 + 8,000
4 - 8,000 - 5,000 -13,000 - 5,000 + 5,000 |
5 -12,000 -10,000 -22,000 -10,000 +10,000 |
6 -10,000 - 9,000 -19,000 -10,000 +10,000
| °
SEPTEMBER 28 |
_ | .
1A - 6,000 - 3,000 - 9,000 - 7,000 +10, 000
.2 -11,000. - 8,000 -I9 ,000 = 9,090 #15 ,000
3 -10,000 - 8,000 -18 ,000 - 8,000 +15,000
4 - 7,000 - 4,000 -11,000 - 8,000 +16 ,000
5 - 8,000 - 5,000 -13,000 - 6,000 +16 ,000
6 -10,000 - 5,000 -15,000 - 6,000 +15,000
OCTOBER 1
3A - 4,000 - 2,000 - 6,000 - 3,000 +12,000 -
4 - 4,000 - 2,000 - 6,000 - 2,000 +12 ,000
5 - 6,000 - 2,000 - 8,000 - 3,000 » +12 ,000

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Hearing Exhibit No. 26 (1078).
Florida Power &Light Company . , ’ | be fk
SYSTEM DISPATCiizi INTERCHANGE LOG . , ¢ vat Ju” 23.1398
4 ‘ af 7 ‘ — - . a 3
i = eT eee tS ECVED if bane MADVERT. | JACKSONVILLE Se etek aap Fea eon °
3 nous 77 eons ror e: : * ¢ SCHED | FLOMDA POWER comp. 1 iscHED | | ACCUMULATED : 4 Le a PNADVERTENT! er | . ; z
3 Ge pFeows) ow LO ='BREV'O . . reac SN LO = BREV’D a OOS saves iti ee PuRCH bins saves ltmis ON Tore pee Sicommection Ta? me ° j "giasing. ennon ie | mTrcree i &
5 H ioe a _ : —jmour ON PR ore eK] jo jwoum PK PR a! om | out ERROR . ERROR | OF SCHED. mum | «(SETTER | f&
j = * apo Fmese Fouaes | SUBTRACT THESE FIGURES 7 Peiay re 2 Garaer | l= nA at z [an a 3 4 /-_ f a 5° as id ey Be par ; a tae! 8
‘ -, ma —— om ae aan a See - 2 jj Ot +F{ ais | oe ls -d -I a es ae i (2) /.o jp. 0. 1 ia
_ Ie a OMRON 2 A OO, oY a pA 2S ee a BK ha 1 oO; ; | © WOO 2
Tt eG eee sR A ele 2 CO lho. “yo |:
= ne ee |” S21 10,5 +f"! « __] 0.5+-81 0} iz it ES | &] 7.0! ‘
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—- St. Lo “er fF tet fg tmp Te tet Ee [gol fedt
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8, hae + ’ { eLy e's a LS. t red [sf DB es HA ei A! 42%} iL [90 25 I w |
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ttf zor. | tat leitper@ [7 ay ie be AT ie oe Pel T-.
s-t/3. 3: 9 10" iT +!]n7°% 5 | J{[ i-7. laxsol[_T- 3) | rs DK s
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6 }. ' ' « . 7 “ ~~ SF — | ¢ mn.
eadioee WF BF al t/7i | LEY /3 + 2h lay’ : © 7 oj5 1 2 i i tae tt SiGe a! LO, ‘
ae F “7 ae Sanne +— aaa + —
S07 {24 | |. MEY eS a Gee is fare] i i>v | == [vel fe
0 |’ | [ay | t ie "ee oer a ae mE Ge > ee Par ae _ a oe AO. ed bay #8 = lin +7 isAzl | a 2.0, ©, 20) In
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ai ieee kas Lite, | 1B lea; ulti, ! Heirs -b]+3) | [-> [1.0 4,0\2,0) lim
— ee 22 AZ A> oO } - | 47 % sub ‘ = *
seco sau es | “Fy SCHED PuRCH | 4 MONTH'S TOTAL SCHED SALES PuRcK | os Geer St Lh ilece el be =, | ISN mean a
REMARKS AND SCHEDULES GupP L path) Lise BPE Ce Jey ~ Dro sft Low _
: ad : LiVE OAK '

STAFF EXHIBIT No. 26 iN OUT
Docket bo. E-7210 | F6/ id Don}

. | pe ; ‘ . _ ) 7397 (7% 2

7 Af } : in FORM 770 REV. 4/63
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. Hearing Exhibit No. 26 ; (1079)

‘ .
a 1.220 we Florida Power 4 Light Company " . |

gett ee SYSTEM DISPATCHES INTERCHANGE LOG - - ,
DELIVERED RECEIVED | | POOL INADVERT. JACKSONVILLE REGULATING ERRORFR] JUL 5 1964 : 3
noun | FLOMDRPOTER CA | vee | ye [seuss | Teommarorencom” | see | oye Hoven) [ACGaMer? | ons [303804 nec. [46M tons fee Sfcomeecnon] NEL | tomaree, | rpequener] eee. | aac, | § e
ENDING | sw | LO JBREV'D . SN LO | BREV*D| | j iruts Ton ex lorrex| | noun: PK | PK rh mw Tour | ERROR ERROR OF SCHED. mw SETTER § ‘=
ADO THESE FIGURES . SUBTRACT THESE FIGURES | soe itd sis | sustract Sy ‘+90 azz xo; suel fs - ta m | out| m: yout | im | al = J
a rd | aa FS jfss| me | #2) | ipo¥7 o Pe) TAA Gis z
7 {8 i vA L.i | ~@ | ly #36 | 3 —3:Pi¢Gler| | ible | |. Igxolszo se! 2 a
217 i? | | 717! -i| | +30 ars ~-4) | ittl-] wl | mI 2 |e0 | 2 :
i Je ¥ | | mA ‘led; | py | i oe —¥! | ituvi-“£| || wii _|-0! | §
s | ~) is fi itd) | itd} -3! | l¢tlo ) | Pe { o | 0 |Ib7 1% .
elie | Ve nae, CE 4 ee 2 -v% |itel-/| | |. | © '|/o lyf fs q
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e |S - [G [LtS: 14. ~S | +bu! | i | | Live oak nitt Record me i 0 | ‘ 4
ve | 3 | 13 [1b IS OKs | i J [say or Merer|ua | |e :
n ji2) | [& U7 IS -4l4so0. | | 18" a 4 } et -§
m |/o | | 14 1g 14. ~2 [+43 rrve Solo; {|} [7 0.2 Lo] [_|is 4
ew lth | | 19 ra \¢ ia Ee! Sso0 | | ! l | U &
2 1S 20 IS! Is~ S44. | o — iar 4
> |4 23 lo, LS -4/+37') | loc s+ 100) 0 ~4- 2! lo \30 |6o |> 4
-|7 al{| | 1S od Ss = fas) oO |.O |60| |: :
sya It 1S! [+ ~lh3s7 | Woe" 100! © al it S| |S: 140 {5 .
© A 13 “116! 12 -I eu) | Se: | 10 | @O lec |. 4
7 A 10 ei 13 MA l+t.0 | lo c4 oe ooo) {ft l-Al Ze | L.o,. |Bo, OVs? _
7 1)7 q 15 | 12 —) 1+ | = -| oS LS BoltSiie :
*) | 16.) 13 ‘| - | Je! Zi | Bly]. (Ol 506 /00| o| |+Z QD. ‘| @D- 2-0 Os!» 4
tw 3 BS JA-| 3.20 wf -|-2 3> EC bb! » wir ~S +! - od) Sd D |. i
> n |20}. | — 13: 3|7\| |-3 't48 1 ~odece| © | Volo! | |#4 |-3 LY ; Lo xa! gin .
| bee 22 __|_f 31S O\ | 78] sur) | gio |b tylo} | xt _|ze olxe, Pi
orree|/oo| - |. | >3/ |_| 20 12.1 624 2 (42H o1 |e | lwp L
iad KY 204 | 2/7 874 -40| - #0 | EW 7271 e] TIME CORRECTIONS AND PARTICIPATION a
Lora eZ, bs 137, Ko, 7 195 |/9 |lag-“ * To, #3 1 So ei erie: Jay Adv: FPL wor [ROT ‘6 - _&§
SCHED SALES ae PM .. | ‘TODAY's SCHED SaLes | = BURGH , Yin MA TR 25 Slo ra Cokpec rt D. - &
SCHED SALES: MSCHED PURCH | MONTH'S TOTAL SCHED sues | Purch :
REMARK’ AND SCHEDULES Took Vu Sop (Bu 40 day 67007 Wour— —* @yrrrmas ay 3

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Hearing Exhibit-No. 26 (1080)
Ed , :
= , Florida Power: L.im: t Company : oh
_ SYSTEM DISPATCHRS INTERCHANGE LOG ~ MON JUL 2.0195
ft DELIVERED 1 RECEIVED | | Poot INADVERT. | JACKSONVILLE : REGULATING ERROR . b
| je ar T — Se ! ] | INADVERTENT a PNADVERTEN ’ | . S . ;
| wove | Feomoarosee conn.’ | | O1 Iscwen | reomonronencom |. | aye sonee | [accumu ate oc: | SSHED | wee. ASME Tom ore BE Ziconeecriow| Tie | “hae | “Bratme.| ensomin | merc | & 3
JeNownc as te aeevo : SLO BREY'D, ia l ie i pape he S| Hour; PK | PK gore fori" ERROR OF — a — : :
ADD THESE FIGURES io SUBTRACT THESE FIGURES ; * Wra iteg _ 00 | SUBTRACT h27~7 ZF) apo. wB i Foy F $ iN OUT] sOIN OuT | IN = :
|e 2? eer 5 = = {fs} ts et opeiibetey | poof tiem [4e) | Za levis) .
a & Tae Tereleet Te | rel ae ;
aa ¥ 7 +t reel) | eo {lj-8|-3) Le (42| Za * bso |: f
2b 7 J a =o ee : ed aE 3
jz i> a eR Od ced P|? bs 2 | = -
mF rn Te ey witiFeal. | iol o fi[-e[-~t poly ey us 4
[tt AO FO, | ¢ 1 1-F, r ane I j} 24 — = 9 orl 2 P | pol Ze, 6 3
- Se. Qf A SO] geibiee & 3 L288. .
* ve | ! } i ne 4 - \ i +49 | fi =!" “ic - Z ‘ . i 4 | is 3°" Zo j z 7 g
Hl a ;. be H H j . j ' ae
18 2 | p-AlyR Oe ee ee rol | | |S.0j.0__15.01_1 + 4
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L if7 / | Bly 3 +2 4j491 11. 2) +2 -27. +4 12 | eee 3.0/5.0. ; di a
aa r Te TA atop ttt] S| 7 | io | 03 © ZO J | 1 4
pm / 7 . pi | 714} Ab) a a Ac +o 2929 ae E ;
Foie | 4 | bpp 1! -Saieeli lll = HS i-22 {4} it- 2) F IedS) | LINAS | _E
a 4 2 =_ +3)-/9 O| Ine © r= O [2 2 4
2 42z2 | yale) Sai el re LB > | O 12, 4
ME: Pot 3 ly -7itv 7d il || 4) 4 t¥ oS iS |_| oo 1S 2 a
“toa 1/7 | _ {ALB =F EMT Z FHI-SSUTUHS | ae =o be co : . 4
iO: 2g ee en MARIE cfm STH ETT S jeolv3iit ive]. 2) Lo bE Jx.0 : q
fa 7 ce i ae —2 ice |Z ZO | o M/S il 3 2 eS 4 S| __fea,___* 4
Le 107 ee |_| fo HZ ie {hi | I Z| o vrsiil ile | ~| | fo} ope) |? 4
tl + + ———+- —- 4 ++} ——4 y a i. ue - ee
x Zz g | yO Lg idol li'| / a > Sw A £
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9 ce Un Cok eh ae ae ee es es ee > t E
Bie 7 pie | Zed poe tT E
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one IC? RR I a TAR Se 1/2 4004 :
TOTAL 7 iP t fi? i iH 9 D4 g pe 7 ~~ baa ‘
| scneD SALES | = a ae SCHED PURCH | ° iH | TODAY'S SCHED SALES “
MONTH'S TOTAL. - —+-- ~TWON TH'S TOTAL | T } | ; | &
SCHED SALES | | SCHED PURCH | _ i MONTH'S TOTAL “SCHED SALES | =
REMARKS AND SCHEDULES a” S2 Lo OLS svete al Ff. _ “4K ; . o. .
——vy a us oC) f [POR zal Our
_. f2 +4, “4 > + “uJ LF

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Ann Céke F27Gy=- Jeee
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FORM 770 REV. 4/43

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4 j : | | . | . a -. Hearing Exhibif No. 26. (1081)
% Florida Power . Light Company .
‘ | | SYSTEM DISPATCHES INTERCHANGE LOG | fpo! | 1.3) dn WAtro | >
= | ¥ LO. ; iw led iy] /_ / i | itz]—-a) ts dy [Za |ue) Q |*
a fi “A 3 | a i-4 [2 trilinw|_w | _o @ \ro 3
me Tp! 7 | ne: -y | i-7{/ fli lt izé|as/| -| Ly __|ro. Q |xo fe
rt 12 | 10 | 5 eat foie |e aa Oe ot rN D P| 20 =.OK od St |
2 124 | Att} bl per J ; oj) | fe D saa EE 2.0| 107 2
4 2 130. jo jpol yy i-t ie O-! | | i=) Zz | 1/8 oe ae
mets pete as oat Teal at. [ne eel I
Gi22 | palsy itso e pint hey} | dep) LSEOL _t*
y lpat 4 2trelitiaol? | la... aie Ties 2 1.0, | |4ol3.e1 | 6
7 119! | | AllG! -~li+2d i oi+f) | i-r; | | & Plo GPF}?
. 20: | - 3 [bo +! i+ { | at - 2- Ii -/ i mEe) [ 1, O12 O\79F| »
78h oe ene 2 pot fT lob tie | te 2. 4 Be
» [ae ! C 7l2zo) -3itys | ty O'-ti []-3I © D+ |B.0 %12.01723|
lee | Aa ea Tyo te Tg I 2 ine wet __
am | So) | pot A Pt i-2 fy fe tL 1 tol-/ .3/ Asi wilxo lim ‘
da Cd | | £6 LC | C744 l-y -WIZ [ th? tll :
On PK 3/8 & : | ZL |/7F | tii 4//) vA 4 t/ it/ TIME CORRECTIONS AND PARTICIPATION
TOTAL 39 744 boy WG 34 LI L lone I c |
. soneo saves | scHeD PURCH |. | Topay's scHeD sates || BURGH :
“eer dae | [sews tat | mown rorat seneo sues |__| Fite

— REMARKS AND SCHEDULES ° R Od Z the

| 7 ; — roma 770 nev. wes
DISPATCHER LLC. AAD : SN BY - .

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PLM TA TA MSP. 2PM. TTP.

Hearing Exhibit No. 26 (1082)
- . 4 ‘
i Light Compan ,
SYSTEM DISPATCHES INTERCHANGE LOG ._ MON AUG 31 1964
. | ia DELIVERED a “RECEIVED POOL INADVERT. JACKSONVILLE : * REGULATING ERROR e
| wour |_FLORIDA POWER CORP. | , ‘| | seep | FLORIDA Power CORP. i . dee | accumu ateo | esate| _ INAOVERTENT | _ & PNADVERTEN NET ADJUSTED | FREQUENCY] REG. MISC. 5
: rr 7 TEC | OUC ipuRcH T TEC | ouc |SALES | BALANCE - | DEL) purcn! REC | sares | aus | ON [OFF [HEB CORRECTION TIME TmE —.| BIASING =| ERROR IN INTCHG -
ENDING | SN | LO IBREV’D, | | SN | Lo tobi |. i - loa ON PK OFF, a | Hour: PK | PK $s “iw | our” ERROR ERROR OF SCHED. 4H SETTER 5
; ADD THESE FIGURES : , SUBTRACT THESE FIGURES 7 Cree ay) SUBTRACT |l+3)'-3 “ZElaoo we] fF s Fis ww | OUT] IN | OUT mf our; =
TE; Re am 7 2 3. Be ‘weal. ttt 2+) j-4| | 2.0, |7-ApP pd - | va
tf? l4i. igal | if 2° b2e 4 37| | Pi j-n 2 e3l¢27 FT ae 22|_ © _ |)t i4,0] 2
i -Sae o ig [ar este wezf | TT lee airs ——_ o_o no
4 sj | qi | 1G) TB eat Baal 7} i B-2\~ | a 5 a 2017.0, 32°70 «
s | Bo S| | ag pBl fb Sagal oy Tet ety 1.2 1WS|,S| * 42 igo! s
‘18 sa + LS 2 FA SS sa yp +) eB Ol- 5) © © 13.0, |e js? | «
1? (7/7! ig] | | iv¢ | Zi lol vert yp 1 ese ay des] pewe| rol 44.0 1G,0L% | 7
roairka 71 6 | Z| rs lo la it2/| nm, 210 TAlt/ lo. > oe Lolo é.0! :
, 1 Zz — Ebgls 2 | :33/ ps bye wg |S) LF bo ba Is loi | Lo| oa 2 :
ae Ms ae i2z1¢ | fol 2 | fo! ¢o | , es ys B |e zd | o 45) es 7A B-e| <> 1G.0| jw
ee Oy A 21 § | 23 | 23: £7 | lo Lh a 13é l2T5io +/\P1la 1 yi s| 4 [a
F 12m | “Qi 3419 |a2s 125 YS bis B los _|: Ss} oO 42/' 2 +/ b | oe Lo 60 12M
pei Zz: 25|t [2/7 j2/ 4/ pe bye/ BSI 50 [zelo¥x zle/| | Ios Las v5} 0 |
Le |g | 32,7 |25 Z5i fs | I i eae Bled | LZR S/o At wt Lol Teale ,
mr-2i 27, i2e|"lpe uy TT ane eg Tae a tO ra zce lee |:
; ‘10. LL) biz be rg S| ey, Zo *3) $3 “Left 1136 |e alr «
si 7 50; Slr3| (23 ve TT Taya ae el ols BI 3 a Qh | | folse| ae _pook 24 s
rn rn a 34) Piss Wane Aa | _it)r 1? G a | ot lmerio ita. Slt) an | wi "3S z0l7A «
7 | 2 __|[¥oi ¥i7gl arise 39 tT ary pa | te ota Ble z tte Tol! |80go |?
LS V9! f£ lor sgize go) Tt rer 2 ts, | 13/7 ose bol ft {421 152, _pea7m
} 9 | 137! 212) ¥i2) 32: | Hp vl = Z| 1 2G o*2/= +/ re ZS | 35 \/oQe °
[» |yo! I23! : 0 | wa vi sl 7 9120: G¢' Ta: 4729. ‘$33 aa 8 j
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poo. - ; - —- ; SA lai edt. 62 : FORM 770 REY.
y : z eres is a j, -$ 22223 ai: fr ; 4 od ; meas
4 ; : 7 mo EH ‘ = f
P DISPATCHER of t > vet
= : . ; £3 Sie AR Ma Rew > oF. 7AM. OP PL “ .
3 : 7 cf% S52=:5 RoE > a
Lan AYIA TT ~y} ft COPY ; :
Bri. AVALLADLE Cory ‘+. ‘seg5 2° ©2822 sy J
: =e - = 7 ve e

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Hearing Exhibit No. 26 (1084)

.

Florida Power e Ligh: Company SA] SkP Z 0 is04 .

SYSTEM DISPATChcS INTERCHANGE LOG

| DELIVERED a RECEIVED | POOL INADVERT. JACKSONVILLE. REGULATING ERROR ©
dat | FLORIDA POWER CORP. iscHep | FLORIDAPOWER core | || | oe ~ Taccumucateo | soueo | sone | INADVERTENT | Lea PNADVERTENT Ney | ADJUSTED | pnequencr rec. -| asc. é
p TEC IPURCH - —{ TEC | ouc SALES | yi Batance | OE, BURCH | REC. oles cue ON OFF [WE BICORRECTION! rye = Tame | BIASING errorin | INTCHG | OE
2 [ENOING) SN | LO IBREV'D i sh LO BREV"O. | ie BGK hee oe . dwour O&O [a> =i Our ERROR =| ERROR =| OF SCHED. mw SETTER. |
ecto lbaaedalbaaad sn . SUBTRACT THESE FIGURES *d | sueTRact try ts “zivjo wer os. F s wo ouT | ww OUT | oN out! =
: Jes. jt Fd . 7, ENT rhe tee fe
; io 6 21° : +/ 2! -| ye » Ot
kaa a NT / + ie yal ON |r.
7 [42 | /2 es | f-- ~/ tL par Ss ep (ory.
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REMARKS AND SCHEDULES - . 2A.T0.4] = Du tuas © I] a, Gre teen.

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WPT A TAM 2Pl mw 2Pl me TP

Hearing Exhibit No. 26

(1085)

FLORIDA POWER & LIGHT CO. SYTEM. DISPATCHERS INTERCHANGE LOG cave WED DEC 161964
fo SCHEDULED INTERGANGE ee wE#EST ecw lo -l2, 2% =-|0-20! OO! icf te]: 1g “bors p-lils [rt — 2,110 2.0 42. | 3
+ 1 Bina! O a2'20!°0 | -/ i=]! Tot boy si titers PR wyi l4: 20180 15.0308 4
. 3 -7i-/2_- | IBAA Ay | vey iy f 12'17 4) sr AGB LAR BS GO 8
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i) 311130 |

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5 LE RELL LEALE DOO AE a O BET ode ete a » x a - =
4 Hearing Exhibit No. 32 (1116)
a z ot :
e Houriv ower Fiow On Selectec Davs ir 196¢ :
a From Florice rower & Light Company Ic Georgie Power Company
eB . Over Fiorica Power Corporatior iransmission Lines
p Shown On Loac Flow Diagram On Fage 1
y : - sigr denctes power flow awav from. @ substation bus. —
a - sigr cenotes power flow tintc . _
: .
; | TOF. _” Hearing Exhibit No. 33
7-&-FS | SILVER SPRINGS SUBSTATION , | :
FLORIDA POWER CORPORATION _. BAILY OPERATING REPORT pay Bed pate 22-6
1S KV TRANSMISSION LINES — || TRANSFORMER BANK : 69 KY TRANSMISSION LINES O° 7
TiME || BUS FORT WHITE TURNER BANK CITY OF OCALA CITY OF OCALA. GAINESVILLE INGLIS LEESBURG CAPACITOR 8
E.ST. || VOLTAGE Sw. SW. 291 - $W.2965 + 8W. 695 SW. 323 SW. 82 .. Swél SW. 297 oa pa
NS |.69 || AMPS | MW | MVAR || AMPS | MW | MVAR AMPS | MW | MVAR | TAP || AMPS} Mw | MVAR || AMPS | MW MVAR || AMPS MW | MVAR || AMPS MW | MVAR || AMPS | MW. | MVAR_ AMPS MVAR. _
; = : ; e>
1A pe.) t —~/2 ; : ’ os
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: 9 We Wr I Pe 47 Pe NSS TO FS 220 1231 7/7 Zg\tf WVke FH IFS Io iF 2 NA rs S hy sf SLL Vet Yo F¥o) | 7h
WO WSL ee ZS Ne Nee S2lone 13 law, Tio Whe Vo Z-l7/7 | > _ ly le [a Veot ses ee e Dea T
: a PIZZA UTE -4t 7 J-£ VK TAO Hole sel IA eee ON 7 Ne TZ Fe OS He | We FY Pe SN ee ly Bal be de ts
| AN UY 3t A So | Fh Oo se ta — hia Ze | gael 7 E24 Lo | ee We SAYS Sito t- Hh Ze tA se ZAM rel “
: PW Fe st ae M6 So I PR E Z oMe TT Me To os A PAT) ee ee te VF : pe SAN yr Pre te |
3 2 LEM ds O1%/0 |—s Il [eed |\— 37! Jo hoe ot Je Ze We lyf “Lill oe lism VO SPS la2 Wrest (2 Ped Ke Fe |eh b e | t ee
3 WS Zao oI Page Al - es ofa Se TES WIZ TS ee I | em se =—2Z2 zr ss [A £43 si Fr st te Tt
4 4 IVs 2Ty ¥; A x OE De Te 0 0 ee eA el 2 ee eee a
: 2 ie tT Fo Te ZW 5 Po rae Aj ZA L22| 124 FAV OI A134 Fe A So ee PLANT ATIF x Fy Ty ' !
% ( 77. 7 7 y =
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2 = 7 += :
4 INTEGRATING METERS SWITCH OPERATION COUNTER . REMARKS: __
eacie ETER READINGS MWH OUTPUT MW_DEMAND READINGS ~ OPERATIONS ee ere ra 22 la
a ‘ PRES. | PREV. | DIFF. |CONST.| TODAY | MONTH ||TOOAY [MONTH] YEAR || SW.NO.| PRES | PREV. | TODAY | MONTH | YEAR _ CIRCUIT - READING Ze-f 236 F7
, TURNER |-MWH V3 Yo ACTF 225 | pool £25 | 477 I ZZ 334 6 7277s ow 2 lt TURNER LMWH 7724 I P76 7— pe azy
4 $w291 “MVARH 2 30 6 |Y 7FF 2) 524 | 242 |779F Ile | ofl ve Mm Tx o9| JF9 |e o 1a sw291 LEMVARH 1/79 7/7
TL OMVARH SF 9 CUA Y O | oe " 2 __~@ Z| @|] ¥ | a | 373 (sr7!| 2 2 ls *MVARH |/L £2 - —_ |
FORT wHite | H BLIt Ties 293 fF) | BFS HO No be Piso Tee lee? Te 2 | Wont wore MH og 2 IE |.
1S KV MWA V/7S 317 2/| JQ | ans ZA x & 25 177/ | 77/7 | oe 1s 1B KY | LMWH |oZ7 gd / {..
‘sw. ‘tty MAARK CUFFS | * | 25 ZL 7 il 22297 (ASA 2270 ol ¢g gw. iy EMVARH |e 27 FF ,
} ‘ +MVARH |74¢o el\/o § WIE t GQ? LE\ s,Q /9 323 |r Zolsvo 2 a |e : +MVARH [7777 77/7
2 118/69 KV |—MWH W72f5 122257 SOF | gal Lasd-|FOo | oe | YA 695 | ose @ Co +|7/ . =MWH | PS ee JY ae
; BANK WH Lover beer dato | % o..U6| 9 | 2 PTA W4 | ADF VLE | e |3 eben Eo PPPS x
2 sw.295 LiMVARH a7 7 le7yel2ce | ase 77Fo a7 [oa 515-7 | aes azz lage Te ZF Wrong | LMR Zz Fl :
: *MVARH 177773 122773) v 4 e La ¢ |Z |Z |. a 3 *MVARH 197.2 7,5' -
: CITY of OCALAl_MWH -277o1 227 o( 207) [202 [yer 7 ZZ Ter |e fe EAInER CITY Of OCALA] MWH [aZedh ce
2. 69KV_ SW695| MVARH L/L 99S LFSO!/FF| » |SF¢SHF | fOFsS g 2 TIME | TEMP [CLEAR CLOUDY|RAIN| LIGHTNING |I69KV SW.695| MWARH 5-757
j CITY of OCALA! MWH 17/777 |ZESTY| AZZ. dL LYLE Neo | est rP il ea [e727] so) =, |ICITY of OCALAL MWH [77 772 II - .
4 69KV SW. 323 MVARH 17/772 Vy7/2 | Zo | o | 753 SY 621/27 POT og Te “HE9KV SW323_MVARH 7797 Zi|_ =) i «to
a GAINESVILLE] -MWH 257/77 bas | yy | ZL | se 7, | 2 | Fe |g GAINESVILLE| -MWH |.2 577 7 ON OUTY | OFF DUTY 7
i KV_SW.82| +MWH IIWIEF72.72 | 1 | 72 T2597 WoT yst eo es eE 69KV_SW.82| _+MWH LET ING Allan Sh 2 ae .
i INGLIS “MWH 1727 7 ID 24261277 | 2 | AZZ I/O WY | Se ee . TT INGLIS (|. -MwH [2 72, 2g] 7 ;
Q 69KV_SW.6l|_+MWH |o// 7 ig //Z/ |e |. ¢ SF oO |s71|F 69KV_ SW.6il oMWH | eo ///e || Liz. LI -
4 LEESBURG | -MWH loc dS/ be f//| 2 | o oO wv, -o |/fo LEESBUR “MWH |e Tut
; S9KVSW.297| oMWH 177/07 OFZ S| IST | LY | WPT WAS | fo Ak 7 69KV SW.297] -mMWwH |o77/- ||
; CAP__8W.774| MVARH [V/s “L272 LIP LF NV 7 7 CAP. _$W.774]_MVARH [¢/ 20 7/1100 31K . :
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FLORIDA POWER CORPORATION

PUG, 7 SLSR II Rb OR RS “

of RAIN

eR ARRESTS

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he UP eee eRe

SILVER SPRINGS .SUBSTATION

DAILY OPERATING REPORT

Hearing Exhibit No. 33

pay Beales ATE £-/2--¢Y

15 KY TRANSMISSION LINES TRANSFORMER BANK 69 KV TRANSMISSION LINES
TIME |) BUS FORT WHITE TURNER BANK CITY OF OCALA CITY OF OCALA GAINESVILLE INGLIS LEESBURG CAPACITOR BANK
E.S.T. || VOLTAGE SW ill SW. 291 SW.295 SW. 695 . SW. 323 SW. 82 SW. 6! SW 297 SW. 774
15 | 69 || AMPS | MW | MVAR || AMPS | MW | MVAR || AMPS| MW | MVAR | TAP || AMPS | MW | MVAR || AMPS | MW | MVAR || AMPS! MW | MVAR || AMPS | MW | MVAR || AMPS | Mw | MVAR- AMPS MVAR
1A 24 ~L7 !
2 2zé bal dy = ae |
3 LlkL = t
4 ze wai
S| L2é ~/
| 120 ~/z
| 7 0754 LE
|__8 | Wi ~2y Li P i
9 ste i FA i pole ll ZS} = fal ~ 4 l 2rel -24| — 9 Z7\|_ /4i te 2 Ci /9cl 4/9) Fil JO) e7| - 7 $5) ~yl raid + gle¢ai“ell@ leg iz£
[10 lysine sale ¢ [-¢ LPL\_ =3s1 = £2 vol —77)| —/27) 2/ Jeo | #2 ON. (ost +20] ¢y Gel te) -2 Zoi £1 *all f2zei +3) te i for| fez Lee 2
Po ee tg gael pre | =e Wl ay | ~yel -— 7 | 23.) - 2¢) - | act Jeet tal ee gS| sxyal 4+ 3 2st + Fl- Y Sst =f + Sil pe £2b th her Zr | doe | eg
LIN ya tk ge | eee} 2 |) asl —os] - 7 Ileaenl| -2|-77 271) /25) #lyi ye“ Lin |_ tu) + Jol ¢¢)1— 3 Se l|—eel yl fo) ¢41 reilly len | Ze. 5
IP est ot al aye |= ¢ | Ad ear A Soe J 220) = 24! —- /2 224 J Zs) Psy) sve leo l| trl sey | ep! #6) -4 to | =e ly sl S24) FA) tS I feel Sow ie | a
2 este ae) pe} - i dee | -zel -% I aaol ~-2z2) - el zeit Jeol pry gvoll el ey} + ST ist *+ $1 — 3 I 2e| — se ey ll Sol +4 4 /e bol wel Ze lz be
Pp 3s v2 el se) ge | HP as ze) el zee el = 7) Ay) peel eral eral el te eo Ya, xe) -2 1 “ve | ~ yal ey | Jer Aya Are ll feel olen 22.57 a
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LS iizisy i eel ~w}| -¢ Len, —/6'| — 7 2er| =-2%4 -/7| 2M /2st py Afi dol pty) oo | fol #2) -/ Las| -/2| #4 Lie. AAI AZL7 | for ke rl Zz 53
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2MN UE 1/27 Ih [ | | _i | an yy? l H | | s
= == —-= Ex
Lo INTEGRATING METERS SWITCH OPERATION COUNTER REMARKS: 34
Smet [____ METER READINGS MWH OUTPUT MW_DEMAND READINGS OPERATIONS Pret OF Onin evens "Poe sis a 53-40 on
| Pres. | PREV. | DIFF [CONST! TODAY MONTH || TODAY |MONTH! YEAR || SW.NQ] PRES. | PREV | TODAY | MONTH | YEAR CIRCUIT READING PC-2- Z4yu4eg¢l
(Erurner LMWH Uf 2/6 7 Gee 2 | 2kz\ rr 227) /4f4 |) 42) 421 yy © Z7>_| 775° fal 2 12) turneR -oMWH 122é2¢ FE>-3- 4oig?7
> HISKY WH PL VATE ee nae & | LL0 2 Lo|_ 2zi| 82 lez C / £ SKY -eMwH | £9//2
Sw29, 0 EMVARH Cosco og 32:1 2291 uu | 276 32) rol 28 2c iit LPS og: ‘au o SW291 “MVARH | $70 344 | Lol Pan refi Hye
i L+MVARH | LE ELL LY Fess | | 4 é L£ ra a gi am 3fC | 37% C3 l 13 *MVARH | /PPF 3 Mh ig? Pm crrele 8% 3 Carer,
FORT WHITE —™4 P52 LBS TP: 2a ¢_| 74 | syy/ 3] 37 sa) 292 | 797) /+7 0 2 4 lcortT white} MWh | 4277 ht a7 Zr srtedin py 7
1S KV ET eMWH 0/2 3 3 LCLSo/ | os ow | AL xs a. 1 Gs ZA 6 Oi}. FI) ing xv *MWH | 7529 i916 f. x
| sw. tl MVARH loz7 721 2709 Vea Tae en 7 r 2z4| 297 | gy 2} 4:7 L 4 23], swoon) LEMMARH | ¢ zeer Noire a rb
= een P2367 y/ i 4 | g/ LYLE 26 —LF iba 2 3240) 390 0! £ ‘ ouvert ITS) WE Pr bra HpZ Se rage
| L = Mwn i Ze: LLL F eS 34. u_| say SgA7 || 3/ | 3 AL LOSE, SEN 16 0 Wa ‘ “MWH | CY
ne | eMWH coo zi eeie7i Al # | o 2 rl é Zi) 774 L2£\_ /7¥ on 2 i parted *MWH | C2222
at Sw. 295 [=MVARH | Bape! S3Py? 237, « | 237 LEE 2ol 2] 32) -3s 2Z7 i 277 £ F yA SWw.295 “MVARH | 52/25
— MRM AIZLD. 227 C4 pep pee Le Ls WEATHER {OCALA oe
CITY of OCALA MWH yee Py ly? Z¢2e 4 | 2y2 | f427 Li JA\ 2 a . CITY ofOCALA, MWH | “/ fu,
\\69KV_ SW.695 MVARN 2o27Bic.. 225-150 “| WT. Lak | SA LL 23\| Teme | Temp [CLEAR CLOUDY RAIN] LIGHTNING 69KV_ SW.695 MVARH | /9 277
(CITY of OCALA MWH UU 2e reg 02454) Boul + | 2yy | aye 2 24, 28) 8A | i | CITY of OCALA] MWH | 227 95
GQKV SW.32% MARK JyyZ) vyser) 67, ¢ 1 67 | 463 22\ sy) 12 7 OE OF Sad WE | 69KV_ SW.323_ MVARH | 72 9//
||GAINESVILLE! -MWH 3 SZ rn cecyo /F1 * 3, | yy |e 3 R.| 4244
jj. INGLIS rw wap Yeo, 236... £1 234 4) j 2 nae,’ ee | ee. & | Ca oe es | INGLIS “MWH | 2 7g 92 Ll 2
|, 6SKV SW.6i sm Wr, Zigw Fl fk 7} 2z. |! 4\\ so oot 69KV SW6l) eMWH | ny Ze
| LEESBURG “oN ae EN LSC ik} of: ¢ | 7) aa 2 ii a te ZL) nrreeyee ee LEESBURG | -MWH | “nary ll.
| S9KVSW.297_ + sacielins 23¢) § | 236 2 264 S45) /7\_ 22), oo _ 69KV_SW.297] *mwH | Oras?
(LCAP_SW774) MO Fi sy pre Sen | aged oe TO ge 1 3c a ae ES ES 2 RSF | ee nee enn CAP. SW.774) MVARH | 1-/272/|00 31K REV. 8-61

215

ee ae _ SECESSION EE IES

ie “4
. | Pha Oa
L*1PGCY | SILVER SPRINGS SUBSTATION = Hearing Exhibit No. 33

FLORIDA ole CORPORATION 3 DAILY OPERATING REPORT DAY Dope DATE&. ——=— ——_—

i | 8 KV TRANSMISSION LINES TRANSFORMER BANK ' 69KV TRANSMISSION LINES | :
TIME || BUS FORT WHITE ' TURNER BANK CITY OF OCALA CITY OF OCALA GAINESVILLE INGLIS LEESBURG CAPACITOR BANK
EST || VOLTAGE sw SW. 291 Sw295 SW. 666 SW. 323 SW. 82 SW. 6! SW. 297 ; SW. 774

uS | 69 || AMPS | MW | MVAR || AMPS | MW | MVAR AMPS | MW | MVAR | TAP AMPS | GP | BAMA || AMPS MW MVAR || AMPS | MW | MVAR || AMPS | MW. | MVAR || AMPS | MW | MVAR AMPS
| SE
ae 3 ; : i=
iA TT, ~L¢
2 wa SLE
3 120 ~/'3
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6 A —ysy £
td LY —j//7 i
8 164 ‘ = J 4
9 Ww? 20 4¢45— OWA 3 LLe\l220 |- 23 LE| Zen as an QS sd Co Le o Le tli tt SF VES yy NF 2 Heo lige Veel/
10 TVA Za \F/7 1 — L2e + $41 J -MN92e | 27 l— Fo Ves A170 i V7 OS ee A ee or EO RS Cars vileele le
NOWVZZ LIT ee lS Wem fee |S wb As -"8 1 27 Vise |e SIS be ae er se ee te bo I et FZ IFT eee
ZN ACES 62 F 1A es |- FFT DA ee eel oh FLW 52 | see foe Niro |//7_-\" ¥ Tee -— SPE SFIS YN LLF VN le [oe [0
Toe (ESV, Yo kp |— (Salle swe Fea APRA rAw7A1P. LaWe/|/ oO | K se th Sf
TURNER =“MWH OY £95 LET 1252 | Jeon | 2227 12529 NFS | AF | 35 ww Ay TAs TO het 2 TURNER [LMWH 1/2222 LC2- eI72>-
SKY *MWH PAT KP 5) PO | Zi_ltde ¥ iY | ys | ap || s2 | epol/ra | e ZL 12. sky LSMWH |Z £779 ~
Sw 291 “MVARH ES) A / is $770 FOS | oy 205 4LE-2 [2/7 2s | Ze Mm L721 3 Z “x. __| Sw291 SMVARH IOI SF || G'7PSA- K/ gn A 2h
ELE ES e 73 SE Fn z ra eS LS a a : SE LMS AP OPTS
; —MWH Of i007 Lk. GF i: ZG Ee ie. > no LEZ re Z -MWH | «.-s HZ O'37 . 4
FORT WHITE! Tawi Lp padisoied Lor tt el EL Ee ee ee pt es to | ORE RTE mwn Io 7g at 5 a
SW. It [-MVARH | 6 SIDBVIECHY | FP | | se” BZF 4s |ys-|272-|| 297 Ses - | 4 SF VR SW. iIl ~MVARH bs) ACERS" |) Cerne, ML, rae
| MARK II SS HES | OS | | OK | FEB L2-| vg || 323 ME © £2 eC eMVARH | 9 PZ EE .
8/69 KV ~-MWH. 1/3 Je SAS EES SI 2 + eS sil ZLEL V2 Fi} #24 O05 fos 7 L05E | Zz vA L2— 115/69 KV -MWH LF L2k lor 23/ -Z FS, (4
*MWH ie oF. coved, f 2 e & PA T?T4 J nad if Sf *MWH atta
BANK . re = — foo = BS 07
CITY of O MWH KPIZ Go S72SP) OL ce lee ea iF [ys | a WEATHER CITY ofOCALAL_MWH |-47z so
\69KV_SW.695) MVARH VEL 2CL22A LSA | LEY \|L?/b se Li, V3 Tame | ewe CLEAR CLOUDY] RAIN| © LIGHTNING 69KV_ SW.695 MVARH |/FYZSZZ |:
CITY-of OCALAL_MwH 597% rossi 2571. 1 AFT | enGZ I /3 Ie F lor | eal OF TC CITY of OCALA] MWH |Z F_
69KV SW. 323 MVARH DAIS PASS ol itH | (tS sis V Z| SR ae bel 69KV SW.323_MWRH |7>PZ
GAINESVILLE! -mMwH 175772 EAT ree ee a = GAINESVILLE| -MWH [2 P | ON DUTY | OFF
OKV SW.82) mw 147 05Y L057 57 |, S-7_ | GIy &% _|/2— é 69KV_ SW.82| *MWH o/s fs 57 lA
INGLIS “MWH U/SL 7 [27S | 34 oe eT ORE Co. Os BA BS ee ee INGLIS “wh 19 D¥aD
69KV_ SW.6I) +MWH [n// F221 U/ fe | oO z 2 22-0 2 ae es 69KV SW.6i| +MWH IPLA| ¥)
LEESBURG | -MWH bet/f-boS%h | 0 7 2 e e e Vo LEESBURG | WH Lo FZ | :

-||69KVSW.297) +MWH Vhh VpAseA Dir \_:: LS MAY 27S MB OF BES BOL 69KV SW.297] «MWH FES ANCE

CAP_SW.774] MWARH 57254 IS S704 202) «5 1292/4 listsdy yr |leo-|/ o- a “ICAP. SW.774] MVARH [7-75 a2 HOD 31k :

216

P-bLY /
7-§-GY | ; | FORT WHITE SUBSTATION 4
FLORIDA POWER CORPORATION . DAILY. OPERATING REPORT =
sus 110 KV. TRANSMISSION LINES ‘TRANSFORMER 66 KV. TRANSMISSION LINES q
VOLTAGE K SUWANNEE JASPER SW. 955 INGLIS SW. 954 JASPER SW. 952 INGLIS SW.953 SILVER SPRINGS 110/66 KV ORIF TON. JASPER HIGH SPRINGS 3
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354 JASPER SW. 952 INGLIS SW.953 || SILVER SPRINGS || . 110/66 KV _ ORIFTON ’ JASPER HIGH SPRINGS
T EAST CIRCUIT EAST CIRCUIT SW. 99) SW. 364 ' SW. 363 SW. 352 Sw. 350 TIME
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SA 7-OK |

FORT WHITE SUBSTATION . Hearing Exhibit No. 33 (1123).

|
|
|
|
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| DAILY OPERATING REPORT | DAY pate _Y- 77 _19
[TRANSMISSION LINES TRANSFORMER 66 KV. TRANSMISSION LINES

om JASPER SW. 952 INGLIS SwW.953 || SILVER SPRINGS 110/66 KV " DRIFTON JASPER HIGH SPRINGS

wT - EAST CIRCUIT EAST CIRCUIT SW. 99) SW. 364 SW. 363 SW. 352 Sw. 350 TIME :

AR | AMP] MW | MVAR AMP) MW | MVAR || AMP} MW |MVAR | AMP | MW | MVAR ||AMP) MW |MVAR ||AMP| Mw | MVAR |lAMP] MW | MVAR | E.S.T. || REMARKS: SWITCHING, RELAY TARGETS, UNUSUAL CONDITIONS.

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LPR RE ASIST EG oN

Hearing Exhibit No. 33 (1125)

JASPER SUBSTATION

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Source: Frix Law Library, https://www.frixlaw.com/law-library/documents/brief%3Amicro_IA40386413_0347%3A01. Public record. Not legal advice.