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Wright, Wright,
Tallahassee, Tallahassee,
Gardner, Gardner,
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1300 1300
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John John
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Robert Robert
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In re: Petition for Determination DOCKET NO. 140110-EI Of Need for Citrus County Submitted for filing: Combined Cycle Power Plant, by July 14, 2014 Duke Energy Florida, Inc.
DIRECT TESTIMONY
OF
JOHN L. SIMPSON, P.E.
ON BEHALF OF
CALPINE CONSTRUCTION FINANCE COMPANY, L.P.
DIANA WOODMAN HAMMETT ROBERT SCHEFFEL WRIGHT Vice President and Managing Counsel Florida Bar No. 0966721 CALPINE CORPORATION JOHN T. LAVIA, III 717 Texas Avenue, Suite, 1000 Florida Bar No. 0853666 Houston, Texas 77002 GARDNER BIST WIENER WADSWORTH Te:lephone: (713) 820-4030 BOWDEN BUSH DEE LAVIA &WRIGHT Email: [email protected] 1300 Thomaswood Drive Tallahassee, Florida 32308 Telephone: (850) 385-0070 Facsimile: (850) 385-5416 IN RE: PETITION FOR DETERMINATION OF COST EFFECTIVE GENERATION ALTERNATIVE TO MEET NEED PRIOR TO 2018, BY DUKE ENERGY FLORIDA, INC.
ON BEHALF OF CALPINE CONSTRUCTION FINANCE COMPANY, L.P.
FLORIDA PUBLIC SERVICE COMMISSION DOCKET NO. 140110-EI
DIRECT TESTIMONY OF JOHN L. SIMPSON, P.E.
1 I. INTRODUCTION AND QUALIFICATIONS
2 Q. Please state your name, employer, and business address.
3 A. My name is John Simpson and I am self-employed as a Transmission Engineering
4 Consultant. My business address is 40318 Colfax Road, Magnolia, Texas 77354.
5
6 Q. On whose behalf are you testifying?
7 A. I am testifying on behalf of Calpine Construction Finance Company, L.P ., a
8 subsidiary of Calpine Corporation, (collectively "Calpine") in support of its
9 intervention in this docket, which addresses Duke Energy Florida's ("DEF") Petition
10 for Determination of Need for Citrus County Combined Cycle Power Plant. Calpine
11 owns and operates the Osprey Energy Center ("Osprey" or the "Osprey Facility''),
12 which is located in Auburndale, Florida.
13
14 Q. Please summarize your educational background and your employment
15 experience. 1 1 A. I received a Bachelor of Science Degree in Electrical Engineering from the
2 University of Colorado in 1972. I began my career with the Public Service Company
3 of Colorado where I held various engineering and engineering supervisory positions
4 of increasing importance in electric utility generation and substation engineering. I
5 then joined Florida Power Corporation ("FPC") in 1985 where I held various
6 engineering management positions of increasing responsibility, serving for over six
7 years as the Manager of Transmission Design where I was responsible for the overall
8 project activities for the engineering, design, permitting, right-of-way acquisition,
9 material procurement, and construction specifications for new transmission lines and
10 modifications to existing transmission lines on the FPC system. I then served for
11 over four years as the Director of System Planning where I was responsible for the
12 planning of all transmission, substation, and major distribution facility additions on
13 the FPC System. In that role, I was also responsible for administration of FPC's
14 open access transmission tariff. In November 1999, I joined Reliant Energy where I
15 served as the Director of Transmission Analysis. In this role, I was responsible for
16 the transmission analysis activities required to support the trading, power origination,
17 and generation development functions of Reliant Energy and its successor
18 companies, RRI Energy and GenOn Energy, in the development, operation, and
19 management of their merchant generation fleet throughout the United States. In
20 April 2011, I began working as an independent transmission consultant for various
21 merchant electric generators, including Calpine. In this role I provide transmission
22 expertise related to generator interconnection and transmission access issues. I
2 1 currently represent Calpine on the Florida Reliability Coordinating Council
2 ("FRCC") Planning Committee, Operating Committee, and Regional Entity
3 Committee and Compliance Forum.
4 I am a Registered Professional Engineer in the states of Colorado and Florida.
5
6 Q. Are you sponsoring any exhibits with your testimony?
7 A. Yes. I am sponsoring the following exhibits:
8 Exhibit JS-1 Resume' of John L. Simpson, P.E.
9 Exhibit JS-2 Excerpts from FPL Ten Year Site Plan - Turkey Point
10 Synchronous Condenser Operation
11
12 II. PURPOSE AND SUMMARY OF TESTIMONY
13 Q. What is the purpose of your testimony in this proceeding?
14 A. The purpose of my testimony is to provide an overview of the transmission system
15 impacts and issues related to the opportunities for Calpine's Osprey Facility to
16 deliver energy and capacity to the DEF Balancing Authority Area ("BAA") in the
17 2016 to 2019 and beyond time period.
18
19 Q. Please summarize your testimony.
20 A. Calpine's Osprey Facility is well positioned to deliver energy and capacity to the
21 DEF BAA as a replacement or substitute for the Suwannee simple cycle peaking
22 units ("Suwannee CTs" or "Suwannee Peakers") that DEF proposes in this
3 1 proceeding to add in 2016 and the Hines Chiller upgrades ("Hines Chillers") that
2 DEF proposes to add in 2017. In addition, Osprey provides a unique opportunity to
3 complete a cost effective direct connection to the DEF transmission system by
4 January 1, 2020, and possibly as early as the summer of 2017, to support a purchase
5 option offered by Calpine. The direct connection to the DEF transmission system
6 will not only fully integrate the Osprey generation into the DEF system, but will also
7 provide ancillary transmission system benefits by creating a southern tie between the
8 two largest load centers on the DEF system, the Florida Suncoast area (Pinellas,
9 Pasco and Hernando Counties) and the Central Florida area (Orange, Osceola, and
10 Seminole Counties), thus enhancing load and generation deliverability between these
11 two areas.
12
13 Q. What is your understanding of the Osprey Facility and the proposals by which
14 Osprey's capacity and energy would be delivered into the DEF balancing
15 authority area?
16 A. I understand that Osprey is a nominal599 MW, 2-on-1 natural gas fired combined
17 cycle facility located in Auburndale, Florida, that began commercial operation in
18 2004. Osprey can provide 515 MW of electric capacity.
4 1 I further understand that Calpine has offered to provide 515 MW of capacity and
2 energy to DEF from 2015 through 2019 pursuant to the proposed terms of a power
3 purchase agreement ("PP A"), and that, as part of its proposals, Calpine has offered to
4 sell Duke the Osprey Facility outright at the end of the PPA term, i.e., on January 1,
5 2020. I understand that Calpine participated in a 2012 Request for Proposals
6 ("RFP") conducted by Progress Energy Florida, which is now DEF, in which DEF
7 sought proposals to meet its needs before 2018, and further that Calpine was selected
8 for negotiations toward a PPA, although no PPA was ever executed.
9
10 Ill. TRANSMISSION ANALYSIS OF OSPREY DELIVERING TO DEF BAA
11 Q. Please describe Osprey's use of the transmission system.
12 A. The Osprey Facility was placed in commercial operation in 2004. It is
13 interconnected to the Tampa Electric Company {"TEC") transmission system at the
14 Recker 230 kV substation. ("TEC" is the common abbreviation for Tampa Electric
15 Company in the FRCC and Florida transmission documents.) Since its construction,
16 the Osprey Facility has delivered energy and capacity to DEF, TEC, and Seminole
17 Electric Cooperative ("SEC" or "Seminole"). Calpine Energy Services, an affiliate
18 of Calpine, has purchased Firm Point to Point ("PTP") transmission service from
19 TEC for deliveries from the Osprey Facility to both the DEF and Florida Power &
20 Light ("FPL") BAAs. From 2009 to 2014, most of the Osprey Facility's capacity
21 and energy were sold to Seminole pursuant to a long-term PPA and, during this
22 period, the Osprey Facility was designated as a Network Resource to serve SEC
5
22 22
21 21
20 20
19 19
18 18
17 17
16 16
15 15
14 14
13 13
12 12
11 11
10 10
9 9
8 8
7 7
4 4
6 6
5 5
3 3
2 2
1 1
Q. Q.
A. A.
Q. Q.
A. A.
Q. Q.
issues issues
Do Do
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likely likely
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capacity capacity
Does Does
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to to
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and and
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impact impact
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DEF DEF
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277 277
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the the
expiration expiration
and and
PTP PTP
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power power
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to to
rights rights
DEF DEF
deliver deliver
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continues continues
create create
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249 249
the the
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further further
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and and
and and
system system
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to to
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MW MW
Seminole Seminole
problems problems
may may
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plans plans
of of
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to to
be be
that that
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energy energy
277 277
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its its
extended extended
to to
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are are
or or
MW MW
retire retire
the the
and and
to to of of 1 A. Yes. The FRCC completed a study ofthe impacts ofthe retirement of Crystal River
2 Units 1 and 2, with Crystal River Unit 3 already retired. This study, titled FRCC's
3 Evaluation ofTransmission Impact ofthe EPA's Mercury and Air Toxics Standard
4 ("MATS") (Transmission Impact Study for Shutdown of Crystal River Units 1 & 2,
5 with retirement of Crystal River Unit 3), is commonly called the "MATS Study" and
6 has been provided as Exhibit ES-1 to the Direct Testimony of Ed Scott in this
7 docket. The MATS Study showed that significant transmission issues would be
8 created by the loss of such a large quantity of generation at the Crystal River site that
9 then had to be replaced by dispatching other DEF resources within FRCC. Many of
10 these transmission issues did not have a solution, or a solution could not be
11 implemented within the time frame required if Crystal River Units 1 and 2 were shut
12 down in April201 5 as required by the MATS regulation. For this reason, DEF was
13 granted an extension for compliance with the MATS regulation until April2016.
14 DEF has subsequently developed a plan to allow Crystal River Units 1 and 2 to
15 continue operation in compliance with the MATS regulation until summer of2018,
16 thereby providing additional time to replace this capacity or implement transmission
17 solutions to the problems caused by their retirement. The plan developed by DEF
18 would actually allow Crystal River Units 1 and 2 to operate through 2020 should
19 DEF encounter delays or find it advantageous to delay replacing that capacity or
20 implementing transmission solutions.
21
7 1 Q. Have you evaluated Osprey's ability to deliver to DEF as a resource to replace
2 the planned additions at Suwannee and Hines?
3 A. Yes. As I mentioned previously, the retirements of Crystal River Units 1, 2, and 3
4 create significant issues on the FRCC transmission grid. However, if Crystal River
5 Units 1 and 2 continue to operate through 2016 and 2017, as now planned by DEF,
6 the deliverability of Osprey is much improved. I stated earlier that Calpine currently
7 holds the rights to 249 MW of Firm PTP Transmission from Osprey to DEF. This
8 service can be provided with no required upgrades on the TEC system. Calpine's
9 current offer to DEF for energy and capacity from Osprey is for 515 MW with the
10 249 MW of Firm PTP Transmission Service included. This guarantees the delivery
11 of249 MW of energy and capacity from Osprey to DEF. Additional transmission
12 service will need to be purchased from TEC for the delivery of additional energy and
13 capacity from Osprey.
14
15 Q. What were the results of your evaluation of Osprey's ability to replace the
16 planned additions at Suwannee and Hines?
17 A. With the support of Calpine's Transmission Department, I modeled the ability of
18 Osprey to replace the addition of the Suwannee CTs (334 MW) in 2016 and the
19 installation ofthe Hines Chillers (220 MW) in 2017. During the summer of2016,
20 with Osprey delivering 334 MW to the DEF BAA to replace the capacity of the new
21 CTs at Suwannee, minor 69 kV issues were found under double contingency outages
22 on the TEC system. From previous studies and solutions proposed by TEC, I believe
8 1 all of these issues can be resolved through operating procedures by TEC. One 115
2 kV overload was found on the DEF system (on the Baker Tap to Miccosukee Tap
3 line), also under a double contingency line outage. However, this overload already
4 has an operating procedure that DEF currently uses to alleviate the overload under
5 this contingency.
6 During the summer of2017, with Osprey delivering 515 MW to the DEF BAA to
7 replace both the new Suwannee CTs and the Hines Chillers, a few additional
8 constraints were identified on the TEC system along with the overload of the Griffin
9 to Morgan Road 115 kV line on the DEF system. Again, the issues on the TEC
10 system should be resolved through operating procedures and/or redispatch ofTEC
11 resources. If minor construction to resolve 69 kV overloads is required, this can be
12 completed in time to allow the transmission service to proceed and the cost of those
13 upgrades would be rolled in to the transmission rate charged by TEC for the
14 transmission service. The Griffin to Morgan Road overload on the DEF system
15 would occur under a double line outage on the DEF system. DEF also has an
16 existing operating solution to mitigate this overload that can be utilized for the
17 summer of2017 and beyond. lfDEF exercises the purchase option offered by
18 Calpine, a different long term solution can be put in place to mitigate all overloads
19 caused by Osprey delivering to DEF.
20
21 Q. Please describe or give some examples of what you mean by "operating
22 solutions" or "redispatch solutions."
9 1 A. Often a transmission overload does not warrant the construction of new facilities to
2 eliminate its occurrence. This can be due to a number of reasons. For example, the
3 overload can be very minor, or the probability of the causing events may be very
4 low, such as a double contingency, or the cost of the new construction can be so high
5 that it would not make economic sense to have customers pay for new construction
6 to alleviate an overload that only occurs on rare occasions. In these instances, if the
7 overload occurs, the utility must still meet the required NERC reliability standard
8 requirements, so an "operating solution" is sought that will eliminate the overload
9 and allow all facilities to return to their planned operating limits. The operating
10 solution generally involves switching (i.e., opening and closing electrical breakers or
11 switches on) the transmission system to reconfigure the system and redistribute
12 transmission flows to eliminate the overload condition. The operating solution can
13 also involve the redispatch of generation, that is, raising some generation output and
14 lowering other generation. This is called a "redispatch solution" and it also changes
15 the flow distribution on the transmission system. Generally an operating solution
16 will include the most economic combination of switching and redispatch required to
17 eliminate the overload condition.
18
19 Q. Do other utilities in Florida use operating and/or redispatch solutions to control
20 overloads on their systems?
21 A. Yes. All utilities in Florida use operating and redispatch solutions to control
22 overloads where possible on their systems. Their use results in lower total costs for
10 1 customers in the state and is a very prudent action by the utilities. DEF makes
2 extensive use of operating procedures and redispatch solutions on their system.
3
4 Q. Is Osprey limited to delivering only 249 MW of energy and capacity to the DEF
5 BAA during all hours of a year?
6 A. No. During most hours of the year, Osprey can deliver up to the full 515 MW as
7 proposed by Calpine's offer. It is only during certain specific conditions during the
8 year, such as the peak load hours of the year, that Osprey is limited on the amount of
9 energy and capacity that can be delivered without the use of operating procedures
10 and/or redispatch of other DEF or TEC resources. When a request for finn PTP
11 transmission service is made to a Transmission Service Provider, a study is
12 completed under the most limiting conditions for granting the requested service.
13 Generally this is during the summer and winter peak load conditions. In addition,
14 certain sensitivities, which would include adverse conditions for providing the
15 service, are studied. If any limitation is found for granting the service, even if for
16 only one hour of the year, and the limitation cannot be mitigated by either an
17 operating solution or construction of new facilities, then the requested service is
18 denied. Generally, these limiting conditions only exist during the very peak load
19 hours of each year or during certain stressed dispatch conditions. Outside of these
20 very peak load hours, or under more normal dispatch conditions, additional energy
21 and capacity can be delivered. This is the case for Osprey delivering to the DEF
22 BAA. My evaluation of Osprey's ability to deliver energy and capacity to the DEF
11 1 BAA shows that with the use of operating procedures and/or redispatch solutions,
2 and some possible minor 69 kV upgrades on the TEC system for double contingency
3 outages, Osprey should be able to deliver 515 MW of capacity to DEF as a
4 replacement for the Suwannee CTs and the Hines Chillers until January 1, 2020, the
5 end of the PPA term offered by Calpine. After January 1, 2020, a long-term solution
6 needs to be completed to avoid additional transmission constraints that begin to
7 appear in the summer of 2020.
8
9 Q. What is the long-term solution for Osprey to deliver to DEF?
10 A. The long-term solution for Osprey is a direct connection of the plant to the DEF
11 transmission system. This solution was evaluated by DEF as part of the asset
12 purchase evaluation of Osprey and is summarized in Ed Scott's testimony in Docket
13 No. 140111-EI, the docket that addresses DEF's Petition for Determination of Cost
14 Effective Generation Alternative to Meet Need Prior to 2018. This solution involves
15 the construction of two new 230 kV lines from the Recker Substation to the DEF
16 system. One line would be constructed from Recker to Duke's existing Kathleen
17 Substation and the other line would be constructed from Recker to Duke's existing
18 Haines City East Substation. According to Ed Scott's testimony, these lines and the
19 new connection to DEF resolve not only the overloads on the DEF system, but also
20 all of the overloads identified on the TEC system and the overloads identified on
21 third party systems in FRCC.
22
12
22 22
21 21
20 20
19 19
18 18
17 17
16 16
15 15
14 14
13 13
12 12
10 10
11 11
9 9
8 8
7 7
6 6
4 4
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be be
offered offered
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testimony, testimony,
required required
DEF DEF
can can
the the
transmission transmission
th
to to
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to to
full full
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DEF, DEF,
by by
fit fit
provide provide
planning planning
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placed placed
purchase purchase the
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constructed constructed
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and and
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required required
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constructed constructed
2017. 2017.
in in
service service
to to
the the
transmission transmission
additional266 additional266
are are
DEF DEF
which which
that that
some some
14 14
DEF DEF
Osprey Osprey
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until until
new new
within within all
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on on
he he
before before
before before
prior prior
transmission transmission
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TEC TEC
direct direct
2020, 2020,
believes believes
their their
the the
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in in
to to
the the
exercising exercising
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time time
estimated estimated
study, study,
system? system?
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connection connection
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operating operating
2020. 2020.
MW MW
summer summer
the the
on on
to to
County County
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facility facility
facilities facilities
which which
January January
be be
of of
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the the
purchase purchase
DEF DEF
solutions solutions
that that
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placed placed
of of
needs needs
purchase purchase
and and
was was
2018 2018
overloads overloads
upgrades upgrades
exercises exercises
transmission transmission
required required
1, 1,
of of
are are
to to
in in
2020. 2020.
cited cited
if if
option option
or or
Ed Ed
b
service service
therefore therefore
desired. desired.
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option, option,
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offered offered
DEF DEF
be be
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at at
I I In In 1 A. The TEC study that DEF's witness Ed Scott cited in Exhibit ES-3 to his direct
2 testimony in Docket No. 140111-EI was done for transmission service starting in
3 summer 2018 and continuing through the planning horizon. Since this covers a
4 longer period and has to resolve overloads that show up in the later years, additional
5 upgrades are required in those later years to mitigate all of the issues identified in the
6 study. In addition, this study was completed with a smaller size combined cycle
7 installation at Citrus County and the generation at Osprey further reduced the
8 capacity installation at Citrus County. TEC did not study an additional 266 MW of
9 transmission service from Osprey to DEF starting in summer of2016. The scenario I
10 have laid out in this testimony calls for Osprey to directly replace the Suwannee CTs
11 in 2016 and the Hines Chillers in 2017. With the construction of a new direct
12 connection of Osprey to the DEF transmission system, it is my opinion that the total
13 cost of all required transmission upgrades to the FRCC grid through the planning
14 horizon is no more than $150 million.
15
16 Q. Did DEF evaluate this scenario in its evaluation of alternative supply-side
17 generation proposals to their self-build generation options?
18 A. No. To the best of my knowledge, from reviewing the testimony and submittals in
19 these dockets, DEF did not evaluate an option of Osprey replacing the Suwannee
20 CTs and the Hines Chillers through a PPA in 2015 followed by an asset purchase and
21 a direct connection to the DEF system by 2020.
22
15 1 Q. Does the direct connection of Osprey to DEF provide any additional benefits to
2 the transmission system?
3 A. Yes. To understand this, one needs to look at the design ofthe DEF transmission
4 system. The 500 kV system on DEF consists of two radial lines, one starting at
5 DEF's Crystal River station and running to the south, through Brookridge Substation
6 and terminating at Lake Tarpon, and the other starting at Crystal River and running
7 east, then south, through DEF's Central Florida Substation and terminating at
8 Kathleen. An additional500 kV line connecting the two ends ofthese circuits was
9 originally planned to be constructed, creating a loop for the 500 kV system, but this
10 project was abandoned in the 1990's due to escalating easement and right-of-way
11 acquisition costs. DEF has two major load centers, one being the Florida Suncoast
12 area (Pinellas, Pasco and Hernando Counties) and the other being the Central Florida
13 area (Orange, Osceola, and Seminole Counties). The only significant transmission
14 connections between these two load centers are through 230 kV connections on the
15 far northern end of the Central Florida area to Central Florida Substation and then
16 following the 500 kV lines through Crystal River and down to Lake Tarpon
17 Substation. There is very limited transmission capability south out of Kathleen
18 Substation back to the Florida Suncoast area due to a single 115 kV DEF line from
19 Griffin to Higgins. This is an old line that was never intended to carry bulk power
20 transfers between the radial ends of the 500 kV system. The Morgan Road
21 Substation is planned to be added in this line in 2017. By directly connecting the
22 Osprey Facility to the DEF transmission system through a 230 kV line from Recker
16 1 to Kathleen and then from Recker to Haines City East, a southern 230 kV tie on the
2 DEF transmission system is created between the two load centers. This will increase
3 the reliability of the DEF transmission system and improve the deliverability ofDEF
4 generation to DEF load.
5
6 Q. Has DEF recognized this transmission reliability benefit in the analysis of a
7 direct connection of Osprey to the DEF transmission system?
8 A. DEF mentioned this reliability benefit in the written testimony of Ed Scott, Scott
9 Exhibit ES-3 at page 2 of 4, however no monetary value was placed on this
10 transmission benefit.
11
12 Q. Are there any other transmission reliability benefits that the new CTs at
13 Suwannee would provide to the DEF transmission system?
14 A. Yes, there may be a need for additional reactive supply and voltage support in the
15 Suwannee area that would be provided by the new Suwannee CTs. This may be
16 especially true ifDEF retires the existing Suwannee steam units in 2018 as noted in
17 the 2014 Ten Year Site Plan.
18
19 Q. If DEF uses Osprey to replace the planned capacity of the Suwannee CTs, are
20 there other cost effective options for providing this reactive supply or voltage
21 support?
17
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13 13
12 12
11 11
10 10
9 9
8 8
7 7
4 4
6 6
5 5
3 3
2 2
1 1
Q. Q.
A. A.
building building
necessary, necessary,
Is Is
needed needed
more more
retire retire
transmission transmission
manner manner
the the
prime prime
provided provided
synchronous synchronous
operation operation
synchronous synchronous
or or
through through
Voltage Voltage
voltage voltage
possible possible
Yes. Yes.
it it
(2) (2)
reactive reactive
reasonable reasonable
of of
the the
While While
through through
mover mover
at at
the the
them them
support, support,
the the
support support
the the
to to
Suwannee Suwannee
by by
the the
is is
would would
synchronous synchronous
move move
power power
installation installation
that that
a a
Osprey Osprey
Suwannee Suwannee
system system
motor, motor,
condenser condenser
of of
Suwannee Suwannee
to to
generating generating
the the
the the
synchronous synchronous
to to
the the
can can
has has
reactive reactive
be be
conversion conversion
flowing flowing
expect expect
generator generator
steam steam
reactive reactive
spinning spinning
voltage, voltage,
also also
be be
to to
more more
be be
provided provided
of of
operation. operation.
site. site.
CTs? CTs?
condenser condenser
supplies supplies
unit. unit.
power power
provided provided
that that
units units
static static
either either
cost-effective cost-effective
supply supply
depending depending
with with
condenser condenser
is is
of of
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using using
uncoupled uncoupled
from from
supply supply
one one
over over
at at
out out
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reactive reactive
no no
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close close
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electric electric
load. load.
this this
long long
then then
18 18
advantage advantage
be be
Suwannee Suwannee
more more
on on
or or
on on
operation operation
to to
for for
synchronous synchronous
power power
used used
into into
the the
and and
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distances. distances.
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dynamic dynamic
of of
production production
Duke Duke
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needs needs
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to to
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existing existing
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where where
convert convert
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adjusted adjusted
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generally generally
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capacitors, capacitors,
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needed. needed.
simply simply
same same
it it
or or
control control
either either
the the
is is
still still
or or
not not as as
22 22
21 21
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14 14
13 13
12 12
11 11
10 10
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8 8
7 7
6 6
5 5
4 4
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2 2
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A. A.
Q. Q.
A. A.
individual individual
transmission transmission
evaluated evaluated
for for
sufficient sufficient
which which
grouped grouped
No. No.
proposal proposal
Do Do
condition condition
speed. speed.
voltage voltage
conversion conversion
changes changes
operation operation
also also
to to
providing providing converted converted
Yes. Yes.
two two
synchronous synchronous
you you
In In
plans plans
compete compete would
Synchronous Synchronous
evaluation, evaluation, its
similarly similarly
Ongoing Ongoing
starting starting
agree agree
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itself itself
2017. 2017.
convert convert
into into
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mechanism mechanism
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costs costs
situated situated
the the
cost cost
may may
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Excerpts Excerpts
th
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Exhibit Exhibit
DEF DEF
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required required
problem problem
the the
added added
unit unit
are are
may may
during during
all all
or or
to to
self-build self-build
O&M O&M
conducted conducted
to to
FPL's FPL's
at at
a a
of of
generators generators
voltage voltage
proposals. proposals.
the the
exist exist
to to
to to
widely widely
my my
when when
Turkey Turkey
the the
19 19
operation operation
that that
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provide provide
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RFP? RFP?
to to
to to
2013 2013
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that that
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for for
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able able
compare compare
maintain maintain
grouped grouped
would would
support. support.
options. options.
known known
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one one
since since
the the
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at at
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to to
exactly exactly
In In
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for for
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bring bring transmission transmission
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and and
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together together
as as
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have have
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while while
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necessary necessary
upgrades upgrades received received
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other other
detailing detailing
to to
in in
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used used
with with
condenser condenser
spin spin
operating operating
of of
to to
benefits. benefits.
to to
recently recently
and and
proposal proposal
of of
proposals, proposals,
DEF, DEF,
such such
synchronous synchronous
means means
this this
at at
and and
capacity capacity
are are
a a
for for
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of of
no no
reduced reduced
is is
station station
a a
but but
then then
each each
an an
that that
load. load.
of of
FPL FPL not not
21 21
20 20
19 19
18 18
17 17
16 16
15 15
14 14
13 13
12 12
11 11
10 10
8 8
9 9
7 7
6 6
4 4
5 5
3 3
2 2
1 1
Q. Q.
A. A.
Q. Q.
Please Please
receive receive
with with
expansion expansion
developed developed
serving serving
option option
of of
and and
individually. individually.
evaluation evaluation
In In
How How
make make
requiring requiring
effective effective
small small
such such
"lumpy" "lumpy"
the the
my my
capacity capacity
DEF's DEF's
as as
should should
proposal proposal
the the
increments), increments),
opinion, opinion,
summarize summarize
which which
the the
obligation. obligation.
the the
(i.e., (i.e.,
set set
entire entire
upgrades, upgrades,
plan plan
by by
of of
greatest greatest
own own
amount amount
of of
from from
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would would
combining combining
the the
Transmission Transmission
such such
results. results.
the the
and and
upgrades, upgrades,
group group
most most
proposals proposals
each each
most most
have have
the the
a a
benefit benefit
would would
In In
upgrades upgrades
of of
th
result result
proposal proposal
economic economic
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this this
of of
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main main
facility facility
next next
appropriate appropriate
conducted conducted
the the
proposals proposals
but but
then then
in in
the the manner,
in in
it it
expansion expansion
most most
increment increment
the the
conclusions conclusions
can can
received received
this this
that that
when when
considered considered
offered offered
be be
self-build self-build
net net
only only
instance instance
can can
economic economic
coupled coupled
no no
grouped grouped
the the
way way
capacity capacity
be be
be be
20 20
would would
longer longer
costs costs
optimum optimum
would would
of of
transmission transmission
carried carried
for for
added added
by by
of of
upgrade upgrade
option option
as as
with with
associated associated
offers offers
together together
your your
DEF DEF
itself itself
well, well,
increase increase
have have
economic. economic.
b
e e
a a
in in
over over
generation generation
included included
or or
corresponding corresponding
to to
testimony. testimony.
may may
large, large,
may may
been been
received received
since since
options. options.
conduct conduct
with with
a a
needed needed
evaluation? evaluation?
with with
require require 230 230
be be
to to
the the
discrete discrete
in in
other other
much much
evaluate evaluate
kV kV
expansion expansion
in in
the the
truly truly
the the
the the
DEF's DEF's
to to
response response
a a
circuit circuit
delivery delivery
proposals proposals
meet meet
total total
optimum optimum
reasonable reasonable
more more
transmission transmission
blocks blocks
lowest lowest
each each
customers customers
evaluated evaluated
DEF's DEF's
rather rather
plan plan
expensive expensive
to to
of of
of of
cost cost
offer offer
self-build self-build
also also
the the
capacity, capacity,
energy energy
is is
or or
load load
than than
RFP RFP
cost cost
price price
and and in in
14 14
15 15
13 13
12 12
11 11
10 10
9 9
8 8
7 7
5 5
6 6
4 4
3 3
2 2
1 1
A. A.
Q. Q.
A. A.
Yes, Yes,
Does Does
addition addition
purchase purchase
ancillary ancillary
if if
Suwannee Suwannee
to to
connection connection
construction construction
begin begin
starting starting
Hines Hines
Calpine's Calpine's
so so
be be
it it
desired desired
this this
fully fully
delivering delivering
does. does.
Chillers Chillers
in in
to to
transmission transmission
with with
conclude conclude
Osprey Osprey
CTs CTs
2015. 2015.
integrated integrated
the the
transmission transmission
by by
can can
a a
DEF DEF
proposed proposed
and and
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direct direct
be be
energy energy
Operating Operating
Facility Facility
the the
your your
utilized utilized
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into into
transmission transmission
system system
DEF DEF
Hines Hines
and and
facilities facilities
by by
testimony? testimony?
the the
is is
did did
DEF. DEF.
to to
procedures, procedures,
well well
capacity capacity
DEF DEF
benefits benefits
Chillers Chillers
mitigate mitigate
not not
positioned positioned
are are
From From
transmission transmission
evaluate evaluate
connection. connection.
to to
constructed constructed
21 21
through through
resulting resulting
any any
DEF DEF
redispatch redispatch
a a
transmission transmission
transmission transmission
the the
to to
through through
a a
replace replace
in in
ability ability
system system
The The
5-year 5-year
to to
a a
solutions solutions
reliable reliable
allow allow
direct direct
firm firm
the the
of of
PP PP
perspective, perspective,
by by
constraints constraints
Osprey Osprey
A A
Suwannee Suwannee
the the
PTP PTP
January January
connection connection
and and
followed followed
and/or and/or
full full
transmission transmission
cost cost
to to
capacity capacity
1, 1,
minor minor
replace replace
Osprey Osprey
until until
effective effective
CTs CTs
2020 2020
by by
provides provides
an an
new new
and and
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Reliant Reliant
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DIRECTOR, DIRECTOR,
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CONSULTANT CONSULTANT
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transmission transmission
highest highest value
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ENERGY, ENERGY,
appeared appeared
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Energy Energy
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representing representing
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SIMPSON SIMPSON
ENERGY, ENERGY,
Transmission Transmission
transmission transmission
Development. Development.
expert expert
opportunities opportunities
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generator generator
utility, utility, transfer transfer
development development
TRANSMISSION TRANSMISSION
TRANSMISSION TRANSMISSION
as as
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optimize optimize
INC./GENON INC./GENON
access access
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ENERGY, ENERGY,
40318 40318
Providers Providers
Represent Represent
Generator Generator
power power
2003. 2003.
services services
expertise expertise
Direct Direct ANALYSIS ANALYSIS
POLICY POLICY
and and
overall overall
Department Department
and and
provided provided
PROFESSIONAL PROFESSIONAL
TRANSMISSION TRANSMISSION
Email: Email:
Energy Energy
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140110-EI 140110-EI
PAGE PAGE
the the
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the the P.E. P.E. DocketNo. 140110-EI Excerpts-FPL TYSP-Turkey Point Synchronous Condenser Operation JS-2, Page 1 of 7
I=PL
Ten Year Power Plant Site Plan
2013-2022
Submitted To:
Florida Public Service Commission
Miami, Florida Apri/2013
0 I 5 7 9 APR-I !!
FPSC-Cot1~·1!SSIONCLERK IV.
Florida Ill.
11.
I.
List OVerview Executive
List
List
of of
of
Power
Abbreviations
Schedules Figures
Environmental
Projection
Forecast
Description
of
Summary
A.
G. E. C. D. F. E. A. F. B. B. D. G. C. A.
H.
E. C. A. F. B. C. D.
B.
D.
&
the
light
Transmission Environmental Preferred Renewable FPL'• FPl's Environmental Envlronmenta.l Demand FPl's Protection Projected Discussion FPL's
Hourly Uncertainty' System DSM Long- OVerview Nat Comparison
Non-Finn and
FPl..Qwned Finn
Demand
Document
of
......
of
Company
Energy
Electric
Tables
of
Capacity
··························································~··························································
Tenn
Incremental
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and
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of
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load
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Environment
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2
Impacting 140110-EI
of
Condenser
TYSP-Turkey
7
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Operation
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151 128 129
146 141 127 123 128
125 128 127
Point
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140110-EI
of
Condenser
TYSP-
7
Turkey
236
237
238 234
236
235
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233
233
232
232
231
231 Operation
229
171
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156 159 163 168
Point Florida
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Energy
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