W912QR24R0044_Plans-0002.pdf

F.H. #1 COVERAGE

LINEAR HOSE RUN

L=300.00'

M

AT

C H

L

IN

E

- A

1/ C

U

CLIFF ROAD

U /E

U /E

U/E

U/E

U/E

U/E

U /E

U /E

U/E

U /E

U /E

U /E

U /E

U/E U/E U/E U/E

S S

W W

W W

U /E

U /E

U/E

U/E

U/E

U/E

U/E

U/E

U/E U/E

U/E

U/E U/E

U/E U/E

U/E

U/E

U/E

U/E U/E U/E U/E U/E U/E U/E U/E

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

W W W W W W W W W W W W W W W W

U/E U/E U/E U/E

U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E

U/E

U/E U/E U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E U/E U/E U/E U/E

U/E U/E

U/E U/E

U/E

U/E U/E

U/E

U/E

U/E U/E U/E U/E U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U /E

U/E

U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E

U /E

U /E

U /E

U/E U/E U/E U/E U/E U/E

U/E

ST

M

ST

M

ST

M

ST

M

ST

M

U /E

S S

S

SS S S S S S S S S S S S S S S S S

U/ESTM STM STM STM STM STM STM

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E U/E

U/E U/E

U/E

U/E

U/E

U/E

U/E

U/E

U/E U/E U/E U/E U/E U/E U/E U/E U/E

U /E

U /E

37.24

220.27

ST

M

ST

M

ST

M

ST

M

21.56

CHAIN LINK FENCE

18" Ø PIPE

" Ø

P

IP

E

" Ø P

IP

ECB

T.E.=174.11

I.E.=170.54

CHAIN LINK FENCE

CHAIN LINK FENCE

APROX. DEPTH = 6"APROX.

DEPTH = 3FT

M.C.

WATER

METER

APROX.

DEPTH = 2FT

APROX. DEPTH = 3FT

CB

T.E.=171.58

I.E.=167.41

" Ø

P

IP

E

15" Ø PIPE

AP

R

O X.

D

EP

TH

FT M.C.

E.B.

AP

R

O X.

D

EP

TH

FT

M.C.

8" Ø

P

IP

E 6"

Ø P

IP

E

8" Ø PIPE

APROX.

DEPTH = 2FT

6" Ø PIPE

APROX.

DEPTH = 2.5FT

APROX. DEPTH = 2FT

APROX. DEPTH = 2FT

APROX. DEPTH = 1FT

S.MH

T.E.=173.48

I.E.=169.18

APROX.

DEPTH = 3FT

12" Ø PIPE

APROX. DEPTH = 3FT

DEPTH = 3.FT

SIDEWALK

GAZEBO

F.F.E=173.84

PIV

A/C

STAIRSARMY RESERVE CENTER

BUILDING #807

3 STORY

F.F.E.=173.69

HEIGHT=100.8FT

12" Ø PIPE

APROX.

DEPTH = 2FT

APROX. DEPTH = 2FT

ACCESS ROAD

(ASPHALT PAVEM

ENT)

POWER

GENERATOR

DIESEL

TANK

AP

R

O X.

D

EP

TH

.5

FT

STONES

CONCRETE

SLAB

APROX. DEPTH = 3FT

SI

D

EW

AL

K

C O

N C

R

ET

E

SL

AB

APROX. DEPTH = 2FT

CONCRETE

SLAB

RAMP

RAMEY ARMY RESERVE CENTER

TAX ID #001-000-009-01-001

RAMEY ARMY RESERVE CENTER

TAX ID #001-000-009-01-001

WWWWWWWWWWWWWWWWWWWWW

4"Ø PVC WATER LINE PER

DWG. P000 DATED MAR

04, 2011 WITH REV. NO.3

DATED NO 22, 2011

ES

ESESESESESESESESESESESESESESES

ES

ES

ES

ES

ES

ESESESESESESESESES

ES

ES

ES

ES

ES

ESESESESESESESESESES ES ES ES ES ES ES ES

ES

ES

ES

ES

ES

ES

ES

ESESESESESESES

ES

GRASS AREA

GRASS AREA

GRASS AREA

GRASS AREA

GRASS AREA

EXISTING ASPHALT PAVEMENT

EXISTING ASPHALT PAVEMENT

EXISTING ASPHALT PAVEMENT

GRASS AREA

GRASS AREA

33 1

20 20

EXISTING

SUBSTATION

US Army Corps of Engineers Louisville District

SHEET

ID

U S

A R

M Y

C O

R

PS

O F

EN

G

IN

EE

R S

D R

AW

N

B Y:

D

ES

IG

N

ED

B

Y:

SU

BM

IT

TE

D B

Y:

SI

ZE

C H

EC

KE

D B

Y:

AN

SI

D

2x

IS

SU

E D

AT

E:

C O

N

TR

AC

T

N O

SO

LI

C

IT

AT

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D

AT

E M

AR

K

D

ES

C R

IP

TI

O N

D R

AW

IN

G C

O D

E.

-22 D

EC

FI

LE

N

AM

E:

LO

U

IS

VI

LL

E

D

IS

TR

IC

T

LO

U

IS

VI

LL

E, K

EN

TU

C

KY

PR

A

R E

R C

IP

M

IC

R

O G

R

ID

S R

A M

EY

A

R M

Y R

ES

ER

VE

C

EN

TE

R , A

G U

A D

IL

LA

JA

C

O

BS

E N

G

IN

EE

R

IN

G

G R

O U

P

IN

C

M ai n St re et

Fo rt

W or th , T

X

RTA SUBMISSION

W

2D Y2

2F

W

2Q R

D

PR

O

JE

C

T N

U M

B

ER

: 9

, P

CU101

EN

LA

R G

ED

U

TI

LI

TY

P

LA

N

20' 40'0

ENLARGED UTILITY PLAN

SCALE: 1: 20' A1

GENERAL SHEET NOTES

J.

M

AR

Q

U

EZ

W .N

O

LA

SC

O

J.

C

O

LO

N

3- C

U

B.

D

O M

BR

O

W

SK

I

PLAN

NORTH

SHEET KEYNOTES

1. FOR GENERAL NOTES, EARTHWORK NOTES, LEGEND AND ABBREVIATIONS, SEE

DRAWING C-001.

2. FOR DEMOLITION PLAN, REFER TO DWG. CD100 TO CD102.

3. ALL DISTANCES, COORDINATES AND ELEVATIONS ARE EXPRESSED IN FEET

U.N.O.

4. FOR ELECTRICAL TRENCH PROFILES, REFER TO DWG. CU200 AND CU201.

5. FOLLOWING COMPLETION OF THE FIRE PROTECTION SYSTEM UNDERGROUND

WATER SUPPLY PIPING AND FIRE HYDRANT MODIFICATIONS, THE AWARDED FIRE

PROTECTION SYSTEM CONTRACTOR IS RESPONSIBLE FOR CONDUCTING AND

DOCUMENTING SATISFACTORY HYDROSTATIC TESTING OF ALL PIPING AND

COMPONENTS WITHIN THE SYSTEM BOUNDARIES AFFECTED BY THE

MODIFICATIONS IN ACCORDANCE WITH NFPA 24 REQUIREMENTS. IN ADDITION,

THE CONTRACTOR MUST ALSO CONDUCT AND DOCUMENT OPERATIONAL

TESTING OF EACH NEW OR MODIFIED FIRE HYDRANT IN ACCORDANCE WITH

NFPA 24 TO ENSURE THAT THE FACILITY FIRE PUMP(S) AUTOMATICALLY ENGAGE

UPON SYSTEM PRESSURE DROP. EACH FACILITY MUST PROVIDE A COGNIZANT

BASE REPRESENTATIVE TO WITNESS THE QUALIFICATION TESTING AND

APPROVE THE REQUIRED ACCEPTANCE TEST DOCUMENTATION. THE

CONTRACTOR MUST PROVIDE DOCUMENTATION OF SATISFACTORY FIRE

PROTECTION SYSTEM ACCEPTANCE TESTING 3 WORKING DAYS.

1. NEW UTILITY CROSSING, APPROX. LOCATION. REFER TO UTILITY PROFILES.

2. NEW HANDHOLE,. FOR DETAIL, REFER TO ELEC. PLANS.

3. NEW ELECTRICAL TRENCH. FOR DETAIL, REFER TO ELEC. PLANS

4. NEW UTILITY INSTALLATION BELOW FENCE.

5. NEW 6"Ø P.V.C. DR-14, FOR DETAIL, REFER TO DWG. C-502

6. NEW BOLLARD PROTECTION, FOR DETAIL, REFER TO DWG. C-501

7. 6"X6"Ø TAPPING SLEEVE. FOR DETAIL, REFER TO DWG. C-503

8. NEW FIRE HYDRANT,. FOR DETAIL, REFER TO DWG. C-502

9. NEW UL-LISTED NON-RISING STEM OS&Y VALVE WITH LOCKED OPEN POST

INDICATOR. FOR DETAIL, REFER TO DWG. C-503.

10. NEW FUEL STORAGE TANK. FOR DETAILS, REFER TO MECH. PLANS.

11. NEW GENERATOR. FOR DETAILS, REFER TO MECH. PLANS.

12. NEW DEF ENCLOSURE. FOR DETAILS, REFER TO MECH. PLANS.

13. NEW ELECTRICAL CONTROL CENTER (ECC), FOR DETAILS, REFER TO ELEC.

PLANS.

14. NEW TRANSFORMER, FOR DETAILS, REFER TO ELEC. PLANS.

15. NEW BATTERY ENERGY STORAGE SYSTEM (BESS), REFER TO ELEC. PLANS.

16. BID OPTION 1, REFER TO STRUCTURAL, ELECTRICAL AND SOLAR PLANS.

17. NEW CATCH BASIN FOR DETAIL, REFER TO DWG. C-503

18. NEW 12"Ø PVC SDR-35 STORM PIPE

19. BID OPTION 2, REFER TO STRUCTURAL, ELECTRICAL & SOLAR PLANS.

20. NEW CONCRETE SPLASH BLOCK. FOR DETAIL REF. TO SHEET 503.

21. NEW SANITARY SERVICE LINE RELOCATION. INVERT ELEVATION TO BE VERIFIED

IN FIELD.

22. TRAFFIC RATED CLEAN-OUT. FOR DETAIL REF. TO SHEET 501.

23. NEW ABOVE GROUND UTILITY. REFER TO MECH. PLAN, SHEET MP-401.

24. NEW LIGHT POLE COLUMN. FOR DETAILS REFER TO ELECTRICAL AND

STRUCTURAL PLANS.

25. EXISTING UNDERGROUND UTILITY. VERIFY IN FIELD (DEPTH, ABANDONED, IN

SERVICE, CONNECTIONS POINTS).

KEY PLAN PLAN

NORTH

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

R

EV

IS

ED

IN

A C

C O

R D

AN

C

E W

IT

H

A M

EN

D

M

EN

T 0 0

/1 0/

W

2Q R

R

_P la ns -0

ARIMS: 200A Disposition: Maintain for 15 yrs after construction.

F.H. #1 COVERAGE

LINEAR HOSE RUN

L=300.00'

M

AT

C H

L

IN

E

- A

1/ C

U

CLIFF ROAD

U .S

.C O

AS

T

G U

AR

D

U/E

U/E

U/E

WW

W

W

W W W W W W W W W W

U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E

U /E

U/E

U/E

U /E

U /E

U /E

U /E

U /E

U /E

U /E

U/E U/E

U/T U/T U/T U/T U/T

U/E U/E

U/E U/E

U/E U/E

U/E U/E

U/E U/E U/E

W W

W W

U/E U/E U/E U/EU/E U/E U/E U/E U/E U/E U/E U/E U/E U/E

S S

S S

S S

S

W W W W W W W

U/E U/E U/E U/E

U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E

U/E U/E U/E U/E U/E

W W

W W

U /E

U /E

U /E

U /E

U /E

U /E

U /E

U /E

U /E

U /E

U /E

U/E U/E U/E U/E

U/E U/E

U/E U/E

U/E

U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E

U /E

U /E

U /E

U /E

U /E

U /E

U/E U/E U/E U/E U/E

S S S S S S S S S S S S

U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E U/E STM STM STM STM STM STM STM STM STM STM STM STM STM STM STM STMSTM STM STM STM STM STM STM STM

S S S S S S S S S S S S S S S S S S S S S S S S S S

STM STM STM STM STM STM STM STM STM STM STM

ST

M

ST

M

ST

M

U/E U/E

14.21

14.26

U/E

U/E

U/E

U /E

U/E

S S

S

113.61

141.57

40.36

80.66

U/E

U/E U/E

U/E U/E

U/E U/E

U/E U/E

U/E U/E

U/E

U/E

STM

STM

STM

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

STM

STM

STM

STM

U/E U/E U/E U/E U/E U/E U/E

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

ST

M

37.43

220.23

S S

S S

S S

S S

S

CHAIN LINK FENCE

CHAIN LINK FENCE

CHAIN LINK FENCE

CHAIN LINK FENCE

CHAIN LINK FENCE

APROX.

DEPTH = 2FT

APROX. DEPTH = 1FT

WATER

METER

APROX.

DEPTH = 2FTAPROX.

DEPTH = 2FTAPROX.

DEPTH = 2FT

CB

T.E.=169.92

I.E.=165.01

15" Ø PIPE

S.MH

T.E.=171.15

I.E.=167.80

8" Ø PIPE8" Ø PIPE8" Ø PIPE

CB

T.E.=169.48

I.E.=163.61

WATER METER

CB

T.E.=168.91

I.E.=165.39 12 " Ø

P

IP

E

APROX.

DEPTH = 2FT

APROX.

DEPTH = 2FT

STORAGE

F.F.E.=170.78

H=28FT

APROX.

DEPTH = 2FT

M.C.

EXISTING BUILDING

BUILDING #809

1 STORY

F.F.E.=171.28

HEIGHT=40.9FT

SIDEWALK

SIDEWALKSIDEWALK

POWER

GENERATOR

APROX.

DEPTH = 3FT

PUMP

HOUSE

SI

D

EW

AL

K

OPERATIONS MAINTENANCE SHOP

BUILDING #810

F.F.E.=168.25

HEIGHT=57.8FT

RAMP

RAMP RAMP

SWALE

APROX.

DEPTH = 3FT

APROX.

DEPTH = 3FT

APROX.

DEPTH = 3FT

APROX. DEPTH = 3FT

CB

T.E.=166.10

I.E.=165.05

6" Ø PIPE

6" Ø

PIPE

APROX. DEPTH = 2FT

METAL

SHED

APROX.

DEPTH = 1FT

APROX.

DEPTH = 3FT

4" Ø PIPE

M.C.

M.C.

TANK

A/C

A/C A/C

APROX.

DEPTH = 3.FT

SIDEWALK

ARMY RESERVE CENTER

BUILDING #808

3 STORY

F.F.E.=173.69

HEIGHT=100.8FT

CHAIN LINK FENCE

APROX. DEPTH = 2FT APROX. DEPTH = 2FT

CONCRETE BOX

DIESEL TANK

APROX. DEPTH = 3FT

CB

T.E.=169.45 I.E.=163.14

HEADWALL

T.E.=171.21 I.E.=170.53

8" Ø

P

IP

E

POWER

GENERATOR

STAIRS

" Ø

P

IP

E

CONCRETE SLAB

CB

T.E.=167.19 I.E.=165.25

18" Ø PIPE

RAMP

RAMEY ARMY RESERVE CENTER

U/E

W

W

W

W

WWWWWWWWWWWWWWWWWW

W

4"Ø PVC WATER LINE PER

DWG. P000 DATED MAR

04, 2011 WITH REV. NO.3

DATED NO 22, 2011

W

ES

ES

ES

ES

ES

ES

ES

ESESESESESESESESESESESESESES

ES ES

ESESESESESESESESESESES

ESESESESESESESESESESESES

ES

ES

ES

ES

ES

ES

ES

ES

ES

ES

ES

ESESESESESESESES ESESESESESESESES

ES

ES

ES

ES

ES

ES

ES ES ES ES ES ES ES ES

ES

ES

ES

ES

ES

ES

ES

ES

ES

ES

ES

ES

ES ES ES ES ESESESESESES

ES

ES

ES

ES

ES

ES

PIV

ES

ES ES ES ES ESES ES ES ES ES

ES

ESESES

ES

ES

ES

ES

ES

ES

ES

CO

1 1

F.H. #1 COVERAGE

LINEAR HOSE RUN

L=239.27'

F.H. #1 COVERAGE

LINEAR HOSE RUN

L=300.00'

24 24

US Army Corps of Engineers Louisville District

SHEET

ID

U S

A R

M Y

C O

R

PS

O F

EN

G

IN

EE

R S

D R

AW

N

B Y:

D

ES

IG

N

ED

B

Y:

SU

BM

IT

TE

D B

Y:

SI

ZE

C H

EC

KE

D B

Y:

AN

SI

D

2x

IS

SU

E D

AT

E:

C O

N

TR

AC

T

N O

SO

LI

C

IT

AT

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D

AT

E M

AR

K

D

ES

C R

IP

TI

O N

D R

AW

IN

G C

O D

E.

-22 D

EC

FI

LE

N

AM

E:

LO

U

IS

VI

LL

E

D

IS

TR

IC

T

LO

U

IS

VI

LL

E, K

EN

TU

C

KY

PR

A

R E

R C

IP

M

IC

R

O G

R

ID

S R

A M

EY

A

R M

Y R

ES

ER

VE

C

EN

TE

R , A

G U

A D

IL

LA

JA

C

O

BS

E N

G

IN

EE

R

IN

G

G R

O U

P

IN

C

M ai n St re et

Fo rt

W or th , T

X

RTA SUBMISSION

W

2D Y2

2F

W

2Q R

D

PR

O

JE

C

T N

U M

B

ER

: 9

, P

CU102

EN

LA

R G

ED

U

TI

LI

TY

P

LA

N

ENLARGED UTILITY PLAN

SCALE: 1: 20' A1 20' 40'0

1. FOR GENERAL NOTES, EARTHWORK NOTES, LEGEND AND ABBREVIATIONS, SEE

DRAWING C-001.

2. FOR DEMOLITION PLAN, REFER TO DWG. CD100 TO CD102.

3. ALL DISTANCES, COORDINATES AND ELEVATIONS ARE EXPRESSED IN FEET

U.N.O.

4. FOR ELECTRICAL TRENCH PROFILES, REFER TO DWG. CU200 AND CU201.

5. FOLLOWING COMPLETION OF THE FIRE PROTECTION SYSTEM UNDERGROUND

WATER SUPPLY PIPING AND FIRE HYDRANT MODIFICATIONS, THE AWARDED FIRE

PROTECTION SYSTEM CONTRACTOR IS RESPONSIBLE FOR CONDUCTING AND

DOCUMENTING SATISFACTORY HYDROSTATIC TESTING OF ALL PIPING AND

COMPONENTS WITHIN THE SYSTEM BOUNDARIES AFFECTED BY THE

MODIFICATIONS IN ACCORDANCE WITH NFPA 24 REQUIREMENTS. IN ADDITION,

THE CONTRACTOR MUST ALSO CONDUCT AND DOCUMENT OPERATIONAL

TESTING OF EACH NEW OR MODIFIED FIRE HYDRANT IN ACCORDANCE WITH

NFPA 24 TO ENSURE THAT THE FACILITY FIRE PUMP(S) AUTOMATICALLY ENGAGE

UPON SYSTEM PRESSURE DROP. EACH FACILITY MUST PROVIDE A COGNIZANT

BASE REPRESENTATIVE TO WITNESS THE QUALIFICATION TESTING AND

APPROVE THE REQUIRED ACCEPTANCE TEST DOCUMENTATION. THE

CONTRACTOR MUST PROVIDE DOCUMENTATION OF SATISFACTORY FIRE

PROTECTION SYSTEM ACCEPTANCE TESTING 3 WORKING DAYS.

GENERAL SHEET NOTES

SHEET KEYNOTES

J.

M

AR

Q

U

EZ

W .N

O

LA

SC

O

J.

C

O

LO

N

3- C

U

B.

D

O M

BR

O

W

SK

I

PLAN

NORTH

1. NEW UTILITY CROSSING, APPROX. LOCATION. REFER TO UTILITY PROFILES.

2. NEW HANDHOLE,. FOR DETAIL, REFER TO ELEC. PLANS.

3. NEW ELECTRICAL TRENCH. FOR DETAIL, REFER TO ELEC. PLANS

4. NEW UTILITY INSTALLATION BELOW FENCE.

5. NEW 6"Ø P.V.C. DR-14, FOR DETAIL, REFER TO DWG. C-502

6. NEW BOLLARD PROTECTION, FOR DETAIL, REFER TO DWG. C-501

7. 6"X6"Ø TAPPING SLEEVE. FOR DETAIL, REFER TO DWG. C-503

8. NEW FIRE HYDRANT,. FOR DETAIL, REFER TO DWG. C-502

9. NEW UL-LISTED NON-RISING STEM OS&Y VALVE WITH LOCKED OPEN POST

INDICATOR. FOR DETAIL, REFER TO DWG. C-503.

10. NEW FUEL STORAGE TANK. FOR DETAILS, REFER TO MECH. PLANS.

11. NEW GENERATOR. FOR DETAILS, REFER TO MECH. PLANS.

12. NEW DEF ENCLOSURE. FOR DETAILS, REFER TO MECH. PLANS.

13. NEW ELECTRICAL CONTROL CENTER (ECC), FOR DETAILS, REFER TO ELEC.

PLANS.

14. NEW TRANSFORMER, FOR DETAILS, REFER TO ELEC. PLANS.

15. NEW BATTERY ENERGY STORAGE SYSTEM (BESS), REFER TO ELEC. PLANS.

16. BID OPTION 1, REFER TO STRUCTURAL, ELECTRICAL AND SOLAR PLANS.

17. NEW CATCH BASIN FOR DETAIL, REFER TO DWG. C-503

18. NEW 12"Ø PVC SDR-35 STORM PIPE

19. BID OPTION 2, REFER TO STRUCTURAL, ELECTRICAL & SOLAR PLANS.

20. NEW CONCRETE SPLASH BLOCK. FOR DETAIL REF. TO SHEET 503.

21. NEW SANITARY SERVICE LINE RELOCATION. INVERT ELEVATION TO BE VERIFIED

IN FIELD.

22. TRAFFIC RATED CLEAN-OUT. FOR DETAIL REF. TO SHEET 501.

23. NEW ABOVE GROUND UTILITY. REFER TO MECH. PLAN, SHEET MP-401.

24. NEW LIGHT POLE COLUMN. FOR DETAILS REFER TO ELECTRICAL AND

STRUCTURAL PLANS.

25. EXISTING UNDERGROUND UTILITY. VERIFY IN FIELD (DEPTH, ABANDONED, IN

SERVICE, CONNECTIONS POINTS).

KEY PLAN PLAN

NORTH

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

R

EV

IS

ED

IN

A C

C O

R D

AN

C

E W

IT

H

A M

EN

D

M

EN

T 0 0

/1 0/

W

2Q R

R

_P la ns -0

E

P

TE

E

R-102

R-201

R-202

DG-01

D1 E-506

A4 E-505

A1 E-505

A1 E-506

D5 E-506

D3 E-505

D1 E-505

H

R-103,104, 105

C7 E-502

BUILDING 808

BUILDING 807

BUILDING 809

BUILDING

BESS-RAMEY-01

BESS-RAMEY-02

BESS-RAMEY-03XFMR-RAMEY-03

XFMR-R-UTIL

ECC-R-01

PVPNL-R-01

XFMR-RAMEY-01

XFMR-RAMEY-02

A1 E-508

H

H

H

H

H

PP-R-02

F-001

CANOPY 4

CANOPY 3

CANOPY 2

CANOPY 1

EHHLV #100

EHHLV #101

EHHLV #102

EHHLV #106

EHHLV #105EHHLV #104

EHHLV #103

CHH#100

CHH#101

CHH#102

CHH#103

E-509

D1

E-509

C3

C H C

C C

E-509

A1

E-509

E1

US Army Corps of Engineers Louisville District

SHEET

U S

A R

M Y

C O

R P

S O

F E

N G

IN

E

E R

S

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D x

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

D R

A W

IN

G

C O

D E

-W Q

R D

W D

Y F

N

O V

B D

O M

B R

O W

S K

I F

IL

E

N A

M E

L O

U

IS

V

IL

L E

D

IS

T R

IC

T

L O

U

IS

V

IL

L E

K

E N

T U

C K

Y

P R

A R

E R

C

IP

M

IC

R O

G R

ID

S

P R

O J E

C T

N U

M B

E R

P

R A

M E

Y A

R M

Y R

E S

E R

V E

C E

N T

E R

A

G U

A D

IL

L

A

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr e e t

F o rt

W o rt h

T X

RTA SUBMISSION

C .M

A N

IS

C M

A N

IS

H W

R

IG

H T

E-100

E L E

C T

R

IC

A L S

IT

E

P L A

N

O V

E R

A L L

U N

D E

R G

R O

U N

D C

O N

D U

IT

-E

-1

SCALE 1" = 40'-0"C1 ELECTRICAL CONDUIT SITE PLAN

GENERAL NOTES

A REFER TO SHEET E-001 FOR SYMBOLS AND GENERAL

NOTES AND E-002 FOR ABBREVIATIONS.

B FOR CONDUIT AND CABLE SCHEDULE, SEE SHEET E-700.

C REFER TO SHEET E-505 AND E-506 FOR CONDUIT SECTION

VIEWS

D CONDUIT DEPTH IS A MINIMUM 24" BELOW GRADE UNDER

ROAD WAYS AND PARKING LOTS PER N.E.C. 300.5 MINIMUM

COVER REQUIREMENTS

KEYNOTES

1 CABLE FROM PV INVERTERS 1,2 AND 3,4 COMBINED IN

CONDUITS R-107 AND R-109 RESPECTIVELY AT STUB UP.

2 INCOMING ELECTRIC UTILITY FEED.

3 STUB UP TO PV STRUCTURE, FEEDER CONTINUES

OVERHEAD TO PV INVERTERS 1,2,3, AND 4.

4 HANDHOLES PLACED IN PARKING LOT OR ROADWAY MUST

HAVE TRAFFIC RATED LID

5 HANDHOLES TO BE 36"X36" BY 42" MINIMUM. TO

ACCOMMODATE WIRE BENDING RADIUS OF MAXIMUM SIZED

CABLE (500KCMIL) REFER TO DRAWING E-502 FOR DETAILS

6 EXTENSION OF CANOPY 4 INCLUDING LIGHTNING

PROTECTION, LUMINARIES, INVERTERS, AND PANELS ARE

PART OF BID OPTION 2

7 CONDUIT TO INV-07 TO STUB UP AND CONTINUE ABOVE

GROUND VIA CANOPY FOR BID OPTION 2

8 STUB UP TO CONNECT TO EXISTING FIRE PANEL INSIDE

BUILDING. SEE E-504 A7 FOR DETAILS.

9 CANOPY 4, AND ASSOCIATED CONDUIT, CABLE, EQUIPMENT

AND PV PANELS ARE PART OF BID OPTION 1.

10 CANOPY 4 INCLUDING LIGHTNING PROTECTION, LUMINARIES,

INVERTERS, AND PANELS ARE PART OF BID OPTION 1

11 UTILITY TRANSFORMER AND INCOMING LINE FEED TO

UTILITY TRANSFORMER ARE THE RESPONSIBILITY OF LUMA.

CABLE AND CONDUIT CONNECTING THE UTILITY

TRANSFORMER TO THE INCOMING LINE MUST BE

SCALE: 1"=40'-0"

0 40

TRUE NORTH

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

UTILITY TRANSFORMER TO THE INCOMING LINE MUST B

COORDINATED WITH THE AFOREMENTIONED ENTITY.COORDINATED WITH THE AFOREMENTIONED ENTITY.

R

EV

IS

ED

IN

A C

C O

R D

AN

C

E W

IT

H

A M

EN

D

M

EN

T 0 0

/1 0/

W

2Q R

R

_P la ns -0

US Army Corps of Engineers Louisville District

SHEET

U S

A R

M Y

C O

R P

S O

F E

N G

IN

E

E R

S

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D x

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

D R

A W

IN

G

C O

D E

-W Q

R D

W D

Y F

N

O V

B D

O M

B R

O W

S K

I F

IL

E

N A

M E

L O

U

IS

V

IL

L E

D

IS

T R

IC

T

L O

U

IS

V

IL

L E

K

E N

T U

C K

Y

P R

A R

E R

C

IP

M

IC

R O

G R

ID

S

P R

O J E

C T

N U

M B

E R

P

R A

M E

Y A

R M

Y R

E S

E R

V E

C E

N T

E R

A

G U

A D

IL

L

A

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr e e t

F o rt

W o rt h

T X

RTA SUBMISSION

C .M

A N

IS

C M

A N

IS

H W

R

IG

H T

E-601

P A

R T

IA

L S

IN

G

L E

L

IN

E D

IA

G

R A

M

N E

W W

O R

K

-E

-6

SCALE NTSA1 ONE-LINE DIAGRAM - NEW WORK

GENERAL NOTES

A REFER TO SHEET E-001 FOR SYMBOLS AND GENERAL

NOTES, E-002 FOR ABBREVIATIONS AND E-003 FOR ONE

LINE SYMBOLS.

B ALL CIRCUIT BREAKERS ARE 3 POLE UNLESS

OTHERWISE NOTED.

KEYNOTES

1 LUMA SERVICE CONNECTION TO BE UPGRADED AS

NECESSARY TO PROVIDE APPROPRIATE SYSTEM

PROTECTION AND DISCONNECT. ONGOING COORDINATION

WITH LUMA TO DETERMINE EXACT REQUIREMENTS.

2 MOLDED CASE CIRCUIT BREAKER (TYP.)

3 INTERCEPT EXISTING CONDUIT AT ATS. DISCONNECT AND

REMOVE EXISTING WIRING BACK TO NEAREST HAND HOLE.

EMPTY CONDUIT TO BE ABANDONED IN PLACE.

4 INTERCEPT EXISTING CONDUIT TO BUILDING. DISCONNECT

AND REMOVE EXISTING WIRING BACK TO EXISTING UTILITY

SERVICE LOCATION. EMPTY CONDUIT TO BE ABANDONED IN

PLACE.

5 REFER TO SHEETS E-610 A & B FOR CONTINUATION OF ONE

LINE

6 SEE SHEET E-603 FOR UPS SINGLE LINE DIAGRAM

7 CANOPY 4 INCLUDING LIGHTNING PROTECTION, LUMINARIES,

INVERTERS, AND PANELS ARE PART OF BID OPTION 1

8 EXTENSION OF CANOPY 4 INCLUDING LIGHTNING

PROTECTION, LUMINARIES, INVERTERS, AND PANELS ARE

PART OF BID OPTION 2

ONE-LINE DIAGRAM - NEW WORK

EMPTY CONDUIT TO BE ABANDONED IN PLACE.

4 INTERCEPT EXISTING CONDUIT TO BUILDING. DISCONNE

AND REMOVE EXISTING WIRING BACK TO EXISTING UTILI

SERVICE LOCATION. EMPTY CONDUIT TO BE ABANDONE

PLACE.

5 REFER TO SHEETS E-610 A & B FOR CONTINUATION OF O

LINE

6 SEE SHEET E-603 FOR UPS SINGLE LINE DIAGRAM

7 CANOPY 4 INCLUDING LIGHTNING PROTECTION, LUMINAR

INVERTERS, AND PANELS ARE PART OF BID OPTION 1

8 EXTENSION OF CANOPY 4 INCLUDING LIGHTNING

PROTECTION, LUMINARIES, INVERTERS, AND PANELS AR

PART OF BID OPTION 2

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

7.5 KVA

208-240V

MDP 809 ,208/120V, 400A

LP-K

208/120V 225A

LP-H

208/120V 225A

LP-D 1P

240/120V 60A

EMDPA, 208/120V, 400A

MDPA 807, 208/120V, 800A

LPK

208/120V 225A

ELPB-A

208/120V 125A

ELPC-A

208/120V 125A

LPA-A

208/120V 225A

LPB-A

208/120V 400A

LPC-A

208/120V 225A

ELPA-A

208/120V 125A

30 KVA

208-208V

CU-711

TRP-A

208/120V 225A

CU-712 CU-713 CU-721 CU-722 CU-731 CU-732

35 A 60 A 70 A 70 A 70 A 70 A 70 A 400 A

100 A 150 A 150 A 150 A 150 A 150 A 150 A

G

EMDPB, 208/120V, 400A

808 MDPB, 208/120V, 800A

ELPB-B

208/120V 125A

ELPC-B

208/120V 125A

LPA-B

208/120V 225A

LPB-B

208/120V 400A

LPC-B

208/120V 225A

ELPA-B

208/120V 125A

30 KVA

208-208V

CU-811

TRP-B

208/120V 225A

CU-812 CU-821 CU-822 CU-831 CU-832

60 A 70 A 70 A 60 A 70 A 40 A 400 A

100 A 150 A 150 A 150 A 150 A 150 A 150 A

250 A

50 A

100 A

LP-A 810

240/120V 125A

N

250 KW

E

NE

PULL

UP

GEN

BOX

800 A G N

250 KW

E

NE

PULL

UP

GEN

BOX

800 A

100 A100 A

G

ECC-R-01 480V 1200 A, 3 P + GND, 65KAIC

E.O.

DG-01

275 KW

XFMR-R-UTIL

750 KVA

4160-480V

E.O.

32R

BESS-

R-01

105 KW

1200 A

600 A 175 A E.O.

175 A 175 A

XFMR-R-02

150 KVA

480-208V

PP-R-01, 208/120V, 150A 10KAIC

E.O. E.O. E.O. E.O.

XFMR-R-03

75 KVA

480-208V500 A

250 A

XFMR-R-01

150 KVA

480-208V 500 A

E.O. E.O.

125 A 225 A 70 A225 A

XFMR-R-04

45 KVA

480-208V

125 A

FP-R-01

1/3 HP

DEF-

R-01/02

1/2 HP

600 A

BESS-

R-02

105 KW

BESS-

R-03

105 KW

ATS-02 ATS-01

M

M-101 R-101

M-102 R-102

M-103 R-103

M-104 R-104

M-105 R-105

M-106 R-106

M-202 R-202

M-203 R-203

M-201 R-201

M-204 R-204

M-301 R-301

M-303 R-303

M-302 R-302

M-304 R-304

AC-01 LTG-

RAMEY

AUX-R-01

M-308/309 R-308/309

M-306/307 R-306/307

M-305 R-305

M-310 R-310

M-311-316 R-311-316

UTILITY

PVPNL-R-01 480/277V

600A 50KAIC

80 A 80 A 80 A 80 A 100 A 80 A 80 A

M-107 M-108 M-109 M-110 M-111 M-112 M-113

M-205 R-205

PV-DISC 480/277V

600 A 65KAIC

MAIN-DISC 480/277V

1200A 65KAIC

M-100 R-100

PP-R-02

20 A

20 A 20 A 20 A 20 A 20 A

50 A

30 A

TO UPS

SPARE

250AF

SPARE

250AF

E.O. E.O. E.O. E.O. E.O. E.O. E.O.

7 8

ONE-LINE DIAGRAM - NEW WORK

REMOVE EXISTING WIRING BACK TO NEAREST HAND HO

EMPTY CONDUIT TO BE ABANDONED IN PLACE.

4 INTERCEPT EXISTING CONDUIT TO BUILDING. DISCONN

AND REMOVE EXISTING WIRING BACK TO EXISTING UTI

SERVICE LOCATION. EMPTY CONDUIT TO BE ABANDON

PLACE.

5 REFER TO SHEETS E-610 A & B FOR CONTINUATION OF

LINE

6 SEE SHEET E-603 FOR UPS SINGLE LINE DIAGRAM

7 CANOPY 4 INCLUDING LIGHTNING PROTECTION, LUMINA

INVERTERS, AND PANELS ARE PART OF BID OPTION 1

8 EXTENSION OF CANOPY 4 INCLUDING LIGHTNING

PROTECTION, LUMINARIES, INVERTERS, AND PANELS A

PART OF BID OPTION 2

R

EV

IS

ED

IN

A

C C

O R

D

AN

C E

W

IT

H A

M

EN

D M

EN

T

0 0

/2 3/

M-322 R-318

R

EV

IS

ED

IN

A

C C

O R

D

AN

C E

W

IT

H A

M

EN

D M

EN

T

0 0

/1 0/

W

2Q R

R

_P la ns -0

D

E C

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr e e t

F o rt

W o rt h

T X

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

R

EV

IS

ED

IN

A C

C O

R D

AN

C

E W

IT

H

A M

EN

D

M

EN

T 0 0

/1 0/

W

2Q R

R

_P la ns -0

D

E C

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr e e t

F o rt

W o rt h

T X

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

/1

0/

R

EV

IS

ED

IN

A

C C

O R

D

AN

C E

W

IT

H A

M

EN

D M

EN

T

0 0

W

2Q R

R

_P la ns -0

Louisville District

SHEET

U S

A R

M Y

C O

R P

S O

F E

N G

IN

E

E R

S

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D x

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

D R

A W

IN

G

C O

D E

-W Q

R D

W D

Y F

N

O V

B D

O M

B R

O W

S K

I F

IL

E

N A

M E

L O

U

IS

V

IL

L E

D

IS

T R

IC

T

L O

U

IS

V

IL

L E

K

E N

T U

C K

Y

P R

A R

E R

C

IP

M

IC

R O

G R

ID

S

P R

O J E

C T

N U

M B

E R

P

R A

M E

Y A

R M

Y R

E S

E R

V E

C E

N T

E R

A

G U

A D

IL

L

A

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr e e t

F o rt

W o rt h

T X

RTA SUBMISSION

C .M

A N

IS

C M

A N

IS

H W

R

IG

H T

E-700

C A

B L E

A N

D C

O N

D U

IT

S

C H

E D

U L E

-E

-7

CABLE SCHEDULE

CIRCUIT Load Name Panel RATING WIRE SIZE (CU) #POLES VOLTAGE Comments

K-000 JACE CONTROLLER ECC-R-01* N/A 12 STRAND FIBER N/A N/A

K-001 DG-01 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-002 DEF ENCLOSURE ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-003 DG-01 ANCILLARY ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-004 INV-01 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-005 INV-02 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-006 INV-03 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-007 INV-04 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-008 INV-05 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-009 INV-06 ECC-R-01* N/A 6 STRAND FIBER N/A N/A BID OPTION 1

K-010 INV-07 ECC-R-01* N/A 6 STRAND FIBER N/A N/A BID OPTION 2

K-011 BESS-R-01 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-012 BESS-R-02 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

K-013 BESS-R-03 ECC-R-01* N/A 6 STRAND FIBER N/A N/A

M-100 MAIN-DISC XFMR-R-UTIL 1200 A 4 RUNS OF 3-#350, 1-#350, 1-#3/0 3 480 V

M-101 ECC-RAMEY-01 MAIN-DISC 1200 A 4 RUNS OF 3-#350, 1-#350, 1-#3/0 3 480 V

M-102 DG-01 ECC-R-01 600 A 2 RUNS OF 3-#350, 1-#1 3 480 V

M-103 BESS-R-01 ECC-R-01 175 A 3-#4/0, 1-#6 3 480 V

M-104 BESS-R-02 ECC-R-01 175 A 3-#4/0, 1-#6 3 480 V

M-105 BESS-R-03 ECC-R-01 175 A 3-#4/0, 1-#6 3 480 V

M-107 INV-01 PVPNL-R-01 80 A 3-#1/0, 1-#6 3 480 V

M-108 INV-02 PVPNL-R-01 80 A 3-#1/0, 1-#6 3 480 V

M-109 INV-03 PVPNL-R-01 80 A 3-#1/0, 1-#6 3 480 V

M-110 INV-04 PVPNL-R-01 80 A 3-#1/0, 1-#6 3 480 V

M-111 INV-05 PVPNL-R-01 100 A 3-#1/0, 1-#6 3 480 V

M-112 INV-06 PVPNL-R-01 80 A 3-#1/0, 1-#6 3 480 V BID OPTION 1

M-113 INV-07 PVPNL-R-01 80 A 3-#1/0, 1-#6 3 480 V BID OPTION 2

M-201 XFMR-R-01 ECC-R-01 225 A 3-#300, 1-#4 3 480 V

M-202 XFMR-R-02 ECC-R-01 225 A 3-#300, 1-#4 3 480 V

M-203 XFMR-R-03 ECC-R-01 125 A 3-#1/0, 1-#6 3 480 V

M-204 XFMR-R-04 ECC-R-01 70 A 3-#4, 1-#8 3 480 V

M-205 PV-DISC ECC-R-01 600 A 2 RUNS OF 3-#350, 1-#1 3 480 V

M-206 PVPNL-R-01 PV-DISC 600 A 2 RUNS OF 3-#350, 1-#1 3 480 V

M-301 ATS-RAMEY-01 XFMR-RAMEY-01 600 A 2 RUNS OF 3-#350, 1-#1 3 208 V

M-302 ATS-RAMEY-02 XFMR-RAMEY-02 600 A 2 RUNS OF 3-#350, 1-#1 3 208 V

M-303 MDP 809 XFMR-RAMEY-03 400 A 2 RUNS OF 3-#3/0, 1-#3 3 208 V

M-304 PP-RAMEY-01 XFMR-R-04 150 A 3-#1/0, 1-#1/0, 1-#6 3 208 V

M-305 GAUX-R-01 PP-R-02 20 A 1-#10, 1-#10, 1-#10 1 120 V

M-306 DEF-R-01 PP-R-02 20 A 1-#12,1-#12,1-#12 1 120 V

M-307 DEF-R-02 PP-R-02 20 A 1-#12, 1-#12,1-#12 1 120 V

M-308 FPC-R-01 PP-R-02 20 A 1-#10, 1-#10, 1-#10 1 120 V

M-309 FPU-R-01 PP-R-02 20 A 1-#12,1-#12,1-#12 1 120 V

M-311 PVLTG-R-01 PP-R-01 15 A 1-#6, 1-#6, 1-#6 1 120 V SPLICE TO #12 PRIOR TO PANEL ENTRY

M-312 PVLTG-R-02 PP-R-01 15 A 1-#10, 1-#10, 1-#10 1 120 V

M-313 PVLTG-R-03 PP-R-01 15 A 1-#12, 1-#12,1-#12 1 120 V

M-314 PVLTG-R-04 PP-R-01 15 A 1-#10, 1-#10, 1-#10 1 120 V BID OPTION 1 AND 2

M-315 ECCLTG-01 PP-R-01 20 A 1-#12, 1-#12,1-#12 1 120 V

M-316 BESSLTG-R-01 PP-R-01 20 A 1-#10, 1-#10, 1-#10 1 120 V

M-317 AC-01 PP-R-01 30 A 3-#10, 1-#10 3 208 V

M-318 ECCRECP-R-01 PP-R-01 20 A 1-#12, 1-#12,1-#12 1 120 V

M-319 PP-R-02 PP-R-01 100 A 3-#1, 1-#8 3 208 V

M-320 GVM-R-01 PP-R-02 20 A 1-#12,1-#12,1-#12 1 120 V

M-321 ECCLTG-02 PP-R-01 20 A 1-#12,1-#12,1-#12 1 120 V

M-322 FUEL-LTG PP-R-01 20 A 1-#12,1-#12,1-#12 1 120 V

CONDUIT SCHEDULE

CONDUIT

FROM TO TYPE

SIZE

(INCHES) QUANTITY NOTES

C-000 EXISTING JACE ECC-RAMEY-01 PVC-40 2 1

C-001 ECC-RAMEY-01 PARKING CANOPY 2 AND 1 PVC-40 2 2 CONTROL CONDUIT TO INV-01 - 04

C-002 ECC-RAMEY-01 PARKING CANOPY 3 PVC-40 2 2 CONTROL CONDUIT TO INV-05

C-003 ECC-RAMEY-01 PARKING CANOPY 4 PVC-40 3 2 CONTROL CONDUIT TO INV-06 -07*

C-004 ECC-RAMEY-01 BESS ENCLOSURE PVC-40 3 1 CONTROL CONDUIT TO BESS UNITS

C-005 ECC-RAMEY-01 DG-01 PVC-40 2 1

C-006 ECC-RAMEY-01 DG-01 ANCILLARY PVC-40 2 1

C-007 ECC-RAMEY-01 DEF ENCLOSURE PVC-40 2 1

F-001 FIRE PANEL BESS AREA PVC-40 3 1

R-101 MAIN-DISC ECC-RAMEY-01 PVC-40 3 4

R-102 ECC-RAMEY-01 GEN-RAMEY-01 PVC-40 3 2

R-103 ECC-RAMEY-01 BESS-RAMEY-01 PVC-40 3 1

R-104 ECC-RAMEY-01 BESS-RAMEY-02 PVC-40 3 1

R-105 ECC-RAMEY-01 BESS-RAMEY-03 PVC-40 3 1

R-106 ECC-RAMEY-01 PVPNL-R-01 PVC-40 3 2

R-107 PVPNL-R-01 PARKING CANOPY 2 PVC-40 3 1 INV-01, INV-02

R-109 PVPNL-R-01 PARKING CANOPY 2 PVC-40 3 1 INV-03, INV-04

R-111 PVPNL-R-01 PARKING CANOPY 3 PVC-40 3 1 INV-05

R-112 PVPNL-R-01 PARKING CANOPY 4 PVC-40 3 1 INV-06, INV-07 *

R-114 ECC-RAMEY-01 PARKING CANOPY 2 PVC-40 2 1 EMPTY CONDUIT FOR FUTURE EV CHARGER

R-115 ECC-RAMEY-01 PARKING CANOPY 4 PVC-40 3 1 EMPTY CONDUIT FOR FUTURE EV CHARGER*

R-116 ECC-RAMEY-01 ECC HANDHOLE PVC-40 3 2 SPARE CONDUIT FOR FUTURE EXPANSION

R-201 ECC-RAMEY-01 XFMR-RAMEY-01 PVC-40 3 2 SPARE CONDUIT

R-202 ECC-RAMEY-01 XFMR-RAMEY-02 PVC-40 3 2 SPARE CONDUIT

R-203 ECC-RAMEY-01 XFMR-RAMEY-03 PVC-40 3 2 SPARE CONDUIT

R-204 ECC-RAMEY-01 XFMR-RAMEY-04 PVC-40 3 1

R-205 ECC-RAMEY-01 PV-DISC PVC-40 3 2

R-301 XFMR-RAMEY-02 ATS-RAMEY-02 PVC-40 3 2

R-302 XFMR-RAMEY-01 ATS-RAMEY-01 PVC-40 3 2

R-303 XFMR-RAMEY-03 MDP 809 PVC-40 3 2

R-304 XFMR-RAMEY-04 PP-RAMEY-01 PVC-40 2 1

R-305 PP-RAMEY-01 AUX-RAMEY-01 PVC-40 2 1

R-306 PP-RAMEY-01 DEF-RAMEY-01 PVC-40 2 1

R-307 PP-RAMEY-01 DEF-RAMEY-02 PVC-40 2 1

R-308 PP-RAMEY-01 FPC-RAMEY-01 PVC-40 2 1

R-309 PP-RAMEY-01 FPU-RAMEY-01 PVC-40 2 1

R-310 PP-RAMEY-01 HVAC-RAMEY-01 PVC-40 2 1

R-311 PP-RAMEY-01 PARKING CANOPY 2 PVC-40 2 1 CANOPY LIGHTING PVLTG-RAMEY-01 AND PVLTG-RAMEY-02

R-313 PP-RAMEY-01 PARKING CANOPY 3 PVC-40 3 1 CANOPY LIGHTING PVLTG-RAMEY-03

R-314 PP-RAMEY-01 PARKING CANOPY 4 PVC-40 3 1 CANOPY LIGHTING PVLTG-RAMEY-04 *

R-316 PP-RAMEY-01 BESSLTG-RAMEY-01 PVC-40 3 1 WALL PACK LTG BESS

GENERAL NOTES

A EACH RUN WILL INCLUDE A SET OF SPARES EQUAL TO

THE QUANTITY OF FILLED RUNS.

B CABLE IS SIZED FOR COPPER CONDUTORS UNLESS

OTHERWISE SPECIFIED

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

M-322 PP-R-02 PP-R-01 30 A 3-#10,1-#10 3 208 V

R-318 PP-RAMEY-01 PP-RAMEY-02 RGS 1 1

3-#10, 1-#10

M-323 PP-R-01PP-R-02

208/120V

3 1 1RGS

PP-R-02PP-R-01R-317

*CONTROLS CABLING FROM ECC TO BE RUN FROM SECTION 1, WHICH HOUSES THE CONTROLS AND HMI

* CONDUIT AND RELATED CIRCUITS PART OF BID OPTION 1 FOR INVERTER 6 AND BID OPTION 2 FOR INVERTER 7

R

EV

IS

ED

IN

A

C C

O R

D

AN

C E

W

IT

H A

M

EN

D M

EN

T

0 0

/1 0/

W

2Q R

R

_P la ns -0

Louisville District

SHEET

U S

A R

M Y

C O

R P

S O

F E

N G

IN

E

E R

S

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D x

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

D R

A W

IN

G

C O

D E

-W Q

R D

W D

Y F

N

O V

B D

O M

B R

O W

S K

I F

IL

E

N A

M E

L O

U

IS

V

IL

L E

D

IS

T R

IC

T

L O

U

IS

V

IL

L E

K

E N

T U

C K

Y

P R

A R

E R

C

IP

M

IC

R O

G R

ID

S

P R

O J E

C T

N U

M B

E R

P

R A

M E

Y A

R M

Y R

E S

E R

V E

C E

N T

E R

A

G U

A D

IL

L

A

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr e e t

F o rt

W o rt h

T X

RTA SUBMISSION

C .M

A N

IS

C M

A N

IS

H W

R

IG

H T

E-701

P A

N E

L S

C H

E D

U L E

S

-E

-7

Total Estimated Demand: 12135 VA Total Estimated Demand Current: 34 A

PVLTG-R-04 IS PART OF BID OPTIONS 1 AND 2 Total Connected Load: 11.79 kVA Total Connected Current: 33 A

Notes: Panel Totals

Total Load: 2508 VA 5244 VA 4040 VA

41 42

39 40

37 38

35 36

33 34

31 32

29 30

27 28

25 26

23 2000 VA 24

21 672 VA 1667 VA 22

PP-R-02 30 A 3

402 VA 1667 VA 20

17 1667 VA

3 30 A AC-01

15 PVLTG-R-04 15 A 1 315 VA 360 VA 1 20 A ECCRECP-R-01 16

13 14

11 198 VA 1 20 A FUEL-LTG 12

9 PVLTG-R-02 15 A 1 1072 VA 10

7 35 VA 1 20 A ECCLTG-02 8

5 BESSLTG-R-01 20 A 1 175 VA 6

3 ECCLTG-01 20 A 1 160 VA 1006 VA 1 15 A PVLTG-R-01 4

1 PVLTG-R-03 15 A 1 404 VA 2

CKT Circuit Description Trip Pole s A B C Pole s Trip Circuit Description CKT

NEMA: 1

Mounting: Surface Wires: 4 MCB Rating 125 A

Supply From: XFMR-R-04 Phases: 3 Bus Rating: 225 A Neutral Size: 100%

Location: ECC ENCLOSURE Volts: 120/208 Wye Mains Type: MCB A.I.C. Rating: 10 KAIC

PP-R-01

SEE SHEET E-800 FOR SEQUENCE OF OPERATIONS

Notes:

Total Est. Demand 617 A

DER CURRENT: 935 A

DISTRIBUTED ENERGY RESOURCES 777000 VA 100.00% 777000 VA Total Conn.: 1551 A

Receptacle 360 VA 100.00% 360 VA Total Est.: 1290135 VA

Other 511054 VA 100.00% 511054 VA Total Conn. Load: 1289791 VA

Lighting 1378 VA 125.00% 1722 VA

Load Classification Connected Load Demand Factor Estimated Demand Panel Totals

Legend:

Total Amps: 1551 A

Total Conn. Load: 1289791 VA

9 PV-DISC 3 800 A 600 A 462 A

8 XFMR-R-04 3 150 A 70 A 14 A

7 XFMR-R-03 3 150 A 125 A 36 A

6 XFMR-R-02 3 250 A 225 A 96 A

5 XFMR-R-01 3 250 A 225 A 91 A

4 BESS-R-03 3 250 A 175 A 126 A

3 BESS-R-02 3 250 A 175 A 126 A

2 BESS-R-01 3 250 A 175 A 126 A

1 DG-01 3 800 A 600 A 473 A

CKT Circuit Description # of Poles Frame Size Rating

Load

Remarks

Notes:

Enclosure: CONCRETE MCB Rating: 1200 A

Mounting: PAD Wires: 4 BUS Rating: 1200 A

Supply From: MAIN-DISC Phases: 3 Mains Type: MCB

Location: ECC ENCLOSURE Volts: 480/277 Wye A.I.C. Rating: 65 K.A.I.C

Switchboard: ECC-R-01

ALL PV INVERTERS ARE DISTRIBUTED ENERGY RESOURCES Total Estimated Demand: 384000 VA Total Estimated Demand Current: 462 A

INV-06 IS PART OF BID OPTION 1, INV-07 IS PART OF BID OPTION 2 Total Connected Load: 384.00 kVA Total Connected Current: 462 A

Notes: Panel Totals

Total Current 462 A 462 A 462 A

Total Load: 128000 VA 128000 VA 128000 VA

41 42

39 40

37 38

35 36

33 34

31 32

29 30

27 28

25 26

23 17667 VA 24

21 17667 VA 22

INV-07 80 A 3

17667 VA 20

17 22000 VA 17667 VA 18

15 22000 VA 17667 VA 16

INV-05 100 A 3

22000 VA 17667 VA

3 80 A INV-06

11 17667 VA 17667 VA 12

9 17667 VA 17667 VA 10

INV-03 80 A 3

17667 VA 17667 VA

3 80 A INV-04

5 17667 VA 17667 VA 6

3 17667 VA 17667 VA 4

INV-01 80 A 3

17667 VA 17667 VA

3 80 A INV-02

CKT Circuit Description Trip Pole s A B C Pole s Trip Circuit Description CKT

NEMA: 3R

Mounting: Surface Wires: 4 MCB Rating 600A

Supply From: PV-DISC Phases: 3 Bus Rating: 800 A Neutral Size: 100%

Location: ECC ENCLOSURE Volts: 480/277 Wye Mains Type: MCB A.I.C. Rating: 50 KAIC

PVPNL-R-01

Total Estimated Demand: 3074 VA Total Estimated Demand Current: 9 A

Total Connected Load: 3.07 kVA Total Connected Current: 9 A

Notes: Panel Totals

Total Load: 402 VA 672 VA 2000 VA

41 42

39 40

37 38

35 36

33 34

31 32

29 30

27 28

25 26

23 24

21 22

19 20

17 18

15 16

13 14

11 12

9 10

7 8

5 FPC-R-01 20 A 1 1000 VA 1000 VA 1 20 A GAUX-R-01 6

3 DEF-R-02 20 A 1 372 VA 300 VA 1 20 A FPU-R-01 4

1 GVM-R-01 20 A 1 30 VA 372 VA 1 20 A DEF-R-01 2

CKT Circuit Description Trip Pole s A B C Pole s Trip Circuit Description CKT

NEMA:

Mounting: Surface Wires: 4 MCB: 100 A

Supply From: PP-R-01 Phases: 3 Bus Rating: 225 A Neutral Size: 100%

Location: FUEL UNLOADING AREA Volts: 120/208 Wye Mains Type: MCB A.I.C. Rating: 10 KAIC

PP-R-02

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

R

EV

IS

ED

IN

A C

C O

R D

AN

C

E W

IT

H

A M

EN

D

M

EN

T 0 0

/1 0/

W

2Q R

R

_P la ns -0

OPERATING PROCEDURES

THIS PROCEDURE COVERS THE OPERATION OF THE RAMEY MICROGRID.

STATE: S0, CONDITION: DURING NORMAL POWER UP

1. VERIFY UTIL POWER IS STABLE FOR 30 SECONDS

2. OPEN THE GENSET CB

3. CLOSE BESS CB

4. SET BESS TO GRID-FOLLOWING MODE

5. CLOSE MAIN CB.

6. TRANSITION TO S1.

STATE: S1 GRID CONNECTED

1. ECC SOFTWARE CONTROLS BESS ACTIVE POWER SET POINT

2. IF THERE IS AN EXPORT:

A. LOAD BESS DEPENDING UPON POWER EXPORT THRESHOLD

B. CURTAIL PV WHEN BESS IS FULLY CHARGED.

C. OPEN PV INVERTER CB WHEN CURTAILMENT FAILS.

STATE: S2 TRANSITION FROM GRID TO BESS ISLAND

1. WHEN GRID OUTAGE OCCURS:

A. OPEN MAIN CB.

B. STOP BESS.

C. COMMAND ALL BESS INTO GRID FORMING MODE (AFTER DEAD BUS TIMER).

D. OPEN ALL ESSENTIAL AND NON-ESSENTIAL LOADS.

E. RESTART THE BESS IN GRID FORMING MODE.

F. CLOSE ALL LOADS DEPENDING ON LOAD PRIORITY.

G. TRANSITION TO S3.

STATE: S3 BESS ISLAND

1. IF BESS SOC = 100%

A. CURTAIL PV

B. OPEN PV INVERTER IF CURTAILMENT FAILS

2. IF BESS DRAW POWER EXCEEDS LIMIT

A. SHED LOADS STARTING WITH LOWEST PRIORITY.

3. IF BESS SOC FALLS BELOW THRESHOLD

A. SHED GROUP OF LOADS.

4. IF BESS SOC ABOVE LOAD SHEDDING THRESHOLDS

A. RECONNECT LOADS.

5. IF BESS SOC BELOW CRITICAL THRESHOLD

A. TRANSITION TO S4.

6. WHEN UTILITY POWER RESTORED

A. REMAIN IN STATE UNTIL STABLE VOLTAGE AND FREQUENCY OBSERVED FOR

PRE-PROGRAMMED AMOUNT OF TIME.

B. IMPLEMENT TRANSITION TO S7.

STATE: S4 TRANSITION FORM BESS ISLAND TO GEN ISLAND

1. COMMAND GENSET TO START.

2. STOP BESS.

3. OPEN ALL ESSENTIAL AND NON-ESSENTIAL LOADS.

4. WAIT UNTIL STABLE VOLTAGE AND FREQUENCY ARE OBSERVED FROM THE GENSET

FOR 10 SECONDS.

5. CLOSE GENSET CB.

6. START BESS IN GRID FOLLOWING MODE.

7. CLOSE ALL LOADS DEPENDING UPON LOAD PRIORITY.

8. TRANSITION TO S5.

STATE: S5 GEN ISLAND

1. KEEP GENSET RUNNING ABOVE 40% OF CAPABILITY BY CONTROLLING BESS AND PV

PRODUCTION TO ENSURE GENSET MINIMAL PRODUCTION.

2. RECHARGE BESS WITH AVAILABLE EXTRA CAPACITY OF PV INVERTERS.

3. CONTROL PV INVERTERS TO NOT DISTRUB GENSET WITH FAST FLUCTUATIONS.

SMOOTH PV OUTPUT BY LIMITATION.

4. IF GENSET FALLS BELOW MINIMUM PRODUCTION:

A. USE GENSET TO CHARGE BESS

5. IF GENSET FALLS BELOW MINIMUM PRODUCTION AND BESS IS FULL:

A. CURTAIL PV INVERTERS, IF CURTAILMENT FAILS OPEN PV CB. TRANSITION TO S6

6. IF GENSET POWER EXCEEDS PRE-PROGRAMMED LIMIT AND BESS HAS INSUFFICIENT

SOC TO PROVIDE POWER:

A. SHED LOADS STARTING WITH LOWEST PRIORITY LOAD.

7. WHEN POWER UTILITY RESTORED:

A. REMAIN IN STATE UNTIL STABLE VOLTAGE AND FREQUENCY OBSERVED FOR 30

SECONDS.

B. IMPLEMENT TRANSITION TO S7.

STATE: S6 TRANSITION FROM GEN ISLAND TO BESS ISLAND

1. WHEN BESS SOC RISES ABOVE PRE-PROGRAMMED LIMIT:

A. OPEN THE GENSET CB.

B. COMMAND GENSET TO STOP.

C. STOP BESS.

D. OPEN ALL ESSENTIAL AND NON-ESSENTIAL LOADS.

E. START BESS IN GRID FORMING MODE.

F. CLOSE ALL LOADS DEPENDING UPON LOAD PRIORITY.

G. IMPLEMENT TRANSITION TO S3.

ERROR CIRCUMSTANCES:

STATE: S0

1. UTIL POWER NOT AVAILABLE

2. BESS POWER AVAILABLE:

A. OPEN MAIN CB, TRANSITION TO S3.

3. GENSET AND BESS UNAVAILABLE:

A. OPEN MAIN CB, TRANSITION TO S4.

4. GENSET POWER AVAILABLE:

A. OPEN MAIN CB, TRANSITION TO S5.

STATE: S1

1. IF UTILITY POWER UNAVAILABLE:

A. GENSET POWER AVAILABLE BESS SOC LOW:

a. OPEN MAIN CB, TRANSITION TO S4.

STATE: S2

1. MCB CANNOT OPEN: HALT MODE

A. OPEN BESS CB.

B. COMMAND BESS OFFLINE

C. MANUAL RESTART MUST BE INITIATED.

STATE: S3

1. WHEN UTIL POWER RESTORED:

A. IMPLEMENT TRANSITION TO S7.

B. WAIT BEFORE CLOSING ECC MAIN CB.

STATE: S4

1. IF GENSET VOLTAGE NOT DETECTED AS STABLE:

A. IF UTIL POWER RESTORED

B. RETURN TO S7.

C. WAIT BEFORE CLOSING ECC MAIN CB.

2. SOC FALLS BELOW SHUT-OFF THRESHOLD:

A. OBSERVE BUS DE-ENERGIZED BECAUSE BESS SHUTDOWN.

B. CONTINUE TO MONITOR ALL LOADS AND SOURCES UNTIL ITS INTERNAL UPS IS DEPLETED, THEN SHUT DOWN.

C. RESTART AUTOMATICALLY IN S0 WHEN UTILITY, GENSET OR BESS VOLTAGE IS PRESENT AGAIN.

STATE: S7

1. IF UTILITY OUTAGE OCCURS BEFORE TRANSITION TO S1:

A. IMPLEMENT TRANSITION TO S2 TO ATTEMPT TO RESTORE POWER BY USING BESS.

FROM MONITORED:

1. IF TEMPERATURE EXCEEDS TEMPERATURE HIGH THRESHOLD IN THE BESS

A. TEMPERATURE ALARM WILL INITIATE.

B. BREAKER TO AFFECTED BESS WILL OPEN.

C. AFFECTED BESS WILL BE ELECTRICALLY ISOLATED AND MONITORED UNTIL MAINTENANCE IS PERFORMED.

2. IF TEMPERATURE EXCEEDS TEMPERATURE HIGH-HIGH THRESHOLD IN BESS

A. WARNING ALARM WILL INITIATE.

B. BREAKER TO ALL BESS UNITS WILL OPEN.

C. AFFECTED BESS WILL BE SHUT DOWN AND ELECTRICALLY ISOLATED UNTIL MAINTENANCE IS PERFORMED.

3. IF VOLTAGE, OR CURRENT FOR BESS UNIT WITH A CLOSED BREAKER FALL OUT OF BOUNDS FOR THE PERFORMANCE OF THE

SYSTEM:

A. RELEVANT WARNING ALARM WILL INITIATE

B. BREAKER TO AFFECTED BESS WILL OPEN

C. AFFECTED BESS WILL BE ELECTRICALLY ISOLATED AND MONITORED UNTIL MAINTENANCE HAS BEEN PERFORMED.

4. IF DISCHARGE RATE EXCEEDS TRHESHOLDS:

A. DISCHARGE RATE ALARM WILL INITIATE.

B. BREAKER TO AFFECTED BESS WILL OPEN

C. AFFECTED BESS WILL BE ELECTRICALLY ISOLATED AND MONITORED.

D. USER WILL BE ADVISED TO INVESTIGATE THE AFFECTED BESS UNIT. IF THE BESS UNIT SHOWS SIGNS OF DAMAGE, QUALIFIED REPAIR OR REPLACEMENT WILL BE REQUIRED.

NOTE:

WHEN MULTIPLE BESS UNITS MEET QUALIFYING CONDITIONS FOR AN OPERATION, THE BESS UNIT TO FULFILL THE OPERATION

SHALL BE SELECTED AT RANDOM TO PREVENT PREMATURE WEAR ON ANY SINGLE UNIT.

STABLE VOLTAGE AND FREQUENCY DEFINED AS ±5% VOLTAGE AND ±HZ FREQUENCY

MAINTENANCE:

IF A BESS UNIT HAS NOT BEEN CYCLED WITHIN 30 DAYS, A CYCLING PROCEDURE WILL BE INITIATED BY A TRAINED MEMBER OF THE STAFF. THE BATTERY WILL BE USED TO PROVIDE POWER TO THE FACILITY UNTIL ITS CHARGE IS DEPLETED, THEN IT WILL BE RECHARGED TO THE STATE OF CHARGE THRESHOLD USING A COMBINATION OF GRID AND SOLAR POWER.

BATTERIES SHOULD BE PERIODICALLY INSPECTED AND CLEANED PER MANUFACTURER INSTRUCTION.

TEMPERATURE, STATE OF CHARGE (SOC), VOLTAGE, CURRENT, CHARGE AND DISCHARGE RATE FOR THE BESS SHALL BE

MONITORED AND DISPLAYED AT EACH BESS HMI, AND AT THE ECC HMI.

LOAD PRIORITIES (HIGHEST TO LOWEST):

0: GENERATOR EQUIPMENT

1: BLDG 809

2: BLDG 808

3: BLDG 807

THRESHOLDS:

BESS HIGH STATE OF CHARGE: 80%

BESS LOW STATE OF CHARGE: 25%

BESS CRITICAL STATE OF CHARGE: 5%

BLACK START:

BLACKSTART DEFINED AS STARTING THE GENERATOR WITHOUT EXTERNAL POWER.

UPS TO SUPPORT GENERATOR BLACKSTART FOR UP TO 2 HOURS FOLLOWING TOTAL SHUTDOWN.

VARIATIONS

PURE RESILIENCE

ECC SOFTWARE V1:

1. IF ANY BESS SOC < SOC THRESHOLD AND LOAD < LOAD THRESHOLD

A. CLOSE BREAKER TO QUALIFYING BESS SEQUENTIALLY IN GRID

FOLLOWING MODE

B. IF BREAKER ON BESS CLOSED AND BESS SOC> THRESHOLD, OPEN

BREAKER TO BESS

RESILIENCE + SHAVING:

ECC SOFTWARE V2:

1. IF BESS SOC < THRESHOLD AND PV POWER > THRESHOLD

A. CLOSE BREAKER TO QUALIFYING BESS SEQUENTIALLY IN GRID

FOLLOWING MODE

2. FOR BESS WITH CLOSED BREAKER, IF BESS SOC> THRESHOLD, OPEN

BREAKER

A. IF ALL BESS SOC> THRESHOLD AND PV< LESS THAN THRESHOLD

AND LESS THAN HIGH THRESHOLD, MOVE TO STATE 3.5

STATE: S3.5

1. IF BESS SOC = 100%

A. CURTAIL PV

B. OPEN PV INVERTER IF CURTAILMENT FAILS

2. IF BESS DRAW POWER EXCEEDS LIMIT

A. IMPLEMENT TRANSITION TO S7

3. IF BESS SOC FALLS BELOW THRESHOLD

A. IMPLEMENT TRANSITION TO S7.

B. IF GRID POWER NOT DETECTED, TRANSITION INSTEAD TO STATE S3.

STATE: S5 V2 GEN ISLAND WITH ADDITIONAL BESS BACK-UP

1. KEEP GENSET RUNNING ABOVE 40% OF CAPABILITY BY CONTROLLING

BESS AND PV PRODUCTION TO ENSURE GENSET MINIMAL PRODUCTION.

2. RECHARGE BESS WITH AVAILABLE EXTRA CAPACITY OF PV INVERTERS.

3. CONTROL PV INVERTERS TO NOT DISTRUB GENSET WITH FAST

FLUCTUATIONS. SMOOTH PV OUTPUT BY LIMITATION.

4. IF GENSET FALLS BELOW MINIMUM PRODUCTION:

A. USE GENSET TO CHARGE BESS

5. IF GENSET FALLS BELOW MINIMUM PRODUCTION AND ANY BESS IS FULL:

A. CURTAIL PV INVERTERS, IF CURTAILMENT FAILS OPEN PV CB.

6. IF GENSET POWER EXCEEDS PRE-PROGRAMMED LIMIT AND ANY ONE

BESS HAS INSUFFICIENT SOC TO PROVIDE POWER:

A. IF ADDITIONAL BESS IS AVAILABLE WITH SOC ABOVE THRESHOLD,

CLOSE ADDITIONAL BESS BREAKER(S) TO PROVIDE ADDITIONAL

POWER. OPEN BREAKER(S) WHEN NO LONGER NEEDED.

B. SHED LOADS STARTING WITH LOWEST PRIORITY LOAD.

7. WHEN POWER UTILITY RESTORED:

A. REMAIN IN STATE UNTIL STABLE VOLTAGE AND FREQUENCY

OBSERVED FOR PRE-PROGRAMMED AMOUNT OF TIME.

B. IMPLEMENT TRANSITION TO S7.

STATE: S8 BATTERY STORAGE, CONDITION: USER INITIATED

1. FOR ANY BESS SOC GREATER THAN 60%

A. OPEN MAIN CB

B. SEQUENTIALLY CLOSE BREAKERS TO BESS MEETING CONDITION IN

GRID FORMING MODE

a. WHEN A BESS FALLS BELOW 55% SOC, OPEN BREAKER AND

MOVE TO THE NEXT BESS IN SEQUENCE

b. WHEN NO BESS REMAIN MEETING THE CONDITION, COMMAND

BESS TO GRID FOLLOWING MODE AND OPEN BREAKERS

2. FOR ANY BESS WITH SOC LESS THAN 50%

A. SEQUENTIALLY CLOSE BREAKER TO BESS MEETING CONDITION IN

GRID FOLLOWING MODE

a. WHEN BESS SOC REACHES 55% SOC, OPEN BREAKER TO

BESS AND MOVE TO THE NEXT BESS IN SEQUENCE.

3. SET ALL BESS STATUS TO OFFLINE.

4. DUPLICATE PROCEDURE FOR S1.

5. IF MODE CONTINUES FOR ONE MONTH, BRING ALL BESS ONLINE AND

REPEAT.

STATE S9: STORM PREPARATION, CONDITION: USER INITIATED

1. CLOSE ALL PV BREAKERS TO FUNCTIONAL PV SYSTEMS, MAXIMIZE PV

PRODUCTION WHERE POSSIBLE.

2. FOR ANY BESS WITH SOC< 99%

A. CLOSE MAIN CB (IF NOT ALREADY CLOSED)

B. CLOSE BESS CB IN SEQUENCE FOR BESS MEETING CONDITION

1. WHEN BESS SOC REACHES 99% OPEN BESS CB AND MOVE TO

NEXT BESS IN SEQUENCE

C. WHEN GRID OUTAGE OCCURS, TRANSITION TO STATE 2.

D. OTHERWISE FUNCTION AS S1 WITHOUT BESS.

US Army Corps of Engineers Louisville District

SHEET

U S

A R

M Y

C O

R P

S O

F E

N G

IN

E

E R

S

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D x

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

D R

A W

IN

G

C O

D E

-W Q

R D

W D

Y F

N

O V

B D

O M

B R

O W

S K

I F

IL

E

N A

M E

L O

U

IS

V

IL

L E

D

IS

T R

IC

T

L O

U

IS

V

IL

L E

K

E N

T U

C K

Y

P R

A R

E R

C

IP

M

IC

R O

G R

ID

S

P R

O J E

C T

N U

M B

E R

P

R A

M E

Y A

R M

Y R

E S

E R

V E

C E

N T

E R

A

G U

A D

IL

L

A

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr e e t

F o rt

W o rt h

T X

RTA SUBMISSION

C .M

A N

IS

C M

A N

IS

H W

R

IG

H T

E-800

S E

Q U

E N

C E

O F

O P

E R

A T

IO

N

-E

-8

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

STATE: S7 RETURN TO UTILITY POWER

1. STOP BESS.

2. OPEN GENSET AND BESS CB.

3. COMMAND GENSET TO STOP.

4. CLOSE MAIN CB.

5. COMMAND BESS INTO GRID FOLLOWING MODE.

6. CLOSE ALL LOADS.

7. RETURN TO S1 AFTER USER INITIATED COMMAND.

R

EV

IS

ED

IN

A C

C O

R D

AN

C

E W

IT

H

A M

EN

D

M

EN

T 0 0

/1 0/

W

2Q R

R

_P la ns -0

INSTRUMENTATION DEVICE AND FUNCTION SYMBOLS

NOTE: NUMBERS IN PARENTHESES REFER TO EXPLANATORY NOTES IN CLAUSE 5.3.1 BELOW THE CHART

SHARED DISPLAY,

SHARED CONTROL (1)

A B

No.

LOCATION & ACCESSIBILITY (6)

C D

- LOCATED IN FIELD.

- NOT PANEL, CABINET, OR CONSOLE MOUNTED.

- VISIBLE AT FIELD LOCATION.

- NORMALLY OPERATOR ACCESSIBLE.

- LOCATED IN OR ON FRONT OF CENTRAL OR MAIN PANEL OR CONSOLE.

- VISIBLE ON FRONT OF PANEL OR ON VIDEO DISPLAY.

- NORMALLY OPERATOR ACCESSIBLE AT PANEL FRONT OR CONSOLE.

- LOCATED IN REAR OF CENTRAL OR MAIN PANEL.

- LOCATED IN CABINET BEHIND PANEL.

- NOT VISIBLE ON FRONT OF PANEL OR ON VIDEO DISPLAY.

- NOT NORMALLY OPERATOR ACCESSIBLE AT PANEL OR CONSOLE.

- LOCATED IN OR ON FRONT OF SECONDARY OR LOCAL PANEL OR CONSOLE.

- VISIBLE ON FRONT OF PANEL OR ON VIDEO DISPLAY.

- NORMALLY OPERATOR ACCESSIBLE AT PANEL FRONT OR CONSOLE.

- LOCATED IN REAR OF SECONDARY OR LOCAL PANEL.

- LOCATED IN FIELD CABINET.

- NOT VISIBLE ON FRONT OF PANEL OR ON VIDEO DISPLAY.

- NOT NORMALLY OPERATOR ACCESSIBLE AT PANEL OR CONSOLE.

ALTERNATE

CHOICE OR

SAFETY

INSTRUMENTED

SYSTEM (3)

COMPUTER

SYSTEMS AND

SOFTWARE (4)

DISCRETE (5)

PRIMARY

CHOICE OR

BASIC PROCESS

CONTROL

SYSTEM (2)

CLAUSE 5.3.1 - INSTRUMENTATION DEVICE AND FUNCTION SYMBOLS:

(1) DEVICES AND FUNCTIONS THAT ARE REPRESENTED BY THESE BUBBLES ARE:

(a) USED IN SHARED DISPLAY, SHARED CONTROL, CONFIGURABLE, MICROPROCESSOR-BASED, AND DATA LINKED INSTRUMENTATION WHERE

THE FUNCTIONS ARE ACCESSIBLE BY THE OPERATOR VIA A SHARED DISPLAY OR MONITOR.

(b) CONFIGURED IN CONTROL SYSTEMS THAT INCLUDE, BUT ARE NOT LIMITED TO, DISTRIBUTED CONTROL SYSTEMS (DCS), PROGRAMMABLE LOGIC CONTROLLERS (PLC), PERSONAL COMPUTERS (PC), AND INTELLIGENT TRANSMITTERS AND VALVE POSITIONERS.

(2) THE USER SHALL SELECT AND DOCUMENT ONE OF THE FOLLOWING FOR USE OF THESE SYMBOLS IN A:

(a) PRIMARY SHARED-DISPLAY, SHARED-CONTROL SYSTEM.

(b) BASIC PROCESS CONTROL SYSTEM (BPCS).

(3) THE USER SHALL SELECT AND DOCUMENT ONE OF THE FOLLOWING FOR USE OF THESE SYMBOLS IN AN:

(a) ALTERNATE SHARED-DISPLAY, SHARED-CONTROL SYSTEM.

(b) SAFETY INSTRUMENTED SYSTEM (SIS).

(4) DEVICES AND FUNCTIONS REPRESENTED BY THESE BUBBLE SYMBOLS ARE CONFIGURED IN COMPUTER SYSTEMS THAT INCLUDE, BUT ARE NOT LIMITED TO:

(a) PROCESS CONTROLLERS, PROCESS OPTIMIZERS, STATISTICAL PROCESS CONTROL, MODEL-PREDICTIVE PROCESS CONTROL, ANALYZER CONTROLLERS, BUSINESS COMPUTERS, MANUFACTURING EXECUTION SYSTEMS, AND OTHER SYSTEMS THAT INTERACT WITH THE PROCESS BY

MANIPULATING SETPOINTS IN THE BPCS.

(b) HIGH LEVEL CONTROL SYSTEM (HLCS)

(5) DISCRETE DEVICES OR FUNCTIONS THAT ARE HARDWARE-BASED AND ARE EITHER STAND-ALONE OR ARE CONNECTED TO OTHER INSTRUMENTS, DEVICES, OR SYSTEMS THAT INCLUDE, BUT ARE NOT LIMITED TO, TRANSMITTERS, SWITCHES, RELAYS, CONTROLLERS, AND CONTROL VALVES.

(6) ACCESSIBILITY INCLUDES VIEWING, SETPOINT ADJUSTMENTS, OPERATING MODE CHANGING, AND ANY OTHER OPERATOR ACTIONS REQUIRED TO

OPERATE THE INSTRUMENTATION.

SEISMIC AND WIND REQUIREMENTS

FOR MECHANICAL SYSTEMS

INFORMATION FOR IBC-2018/ASCE 7-16

PER 2018 INTERNATIONAL BUILDING CODE, MECHANICAL EQUIPMENT AND

COMPONENTS, INCLUDING THEIR SUPPORTS AND ATTACHMENTS, SHALL BE DESIGNED

FOR SEISMIC FORCES IN ACCORDANCE WITH CHAPTER 13 OF ASCE 7-16.

REFERENCE THE STRUCTURAL DRAWINGS FOR SITE SPECIFIC INFORMATIONON SEISMIC DESIGN

CATEGORY, WIND SPEED, ETC.

USE TABLE BELOW TO DETERMINE SEISMIC RESTRAINT REQUIREMENTS FOR EACH COMPONENT.

WHERE SEISMIC RESTRAINT IS REQUIRED, HOUSEKEEPING PADS NEEDED FOR THE INSTALLATION OF EQUIPMENT UNDER THIS CONTRACT MUST BE DESIGNED BY THE SEISMIC ENGINEER. DO NOT POUR ANY

HOUSEKEEPING PADS PRIOR TO THE RECEIPT OF APPROVED SEISMIC SUBMITTAL.

SEISMIC RESTRAINTS FOR GENERATOR EXHAUST, SCR, PIPING AND CONDUIT MUST BE SHOWN ON SEISMIC SUBMITTAL LAYOUT DRAWINGS SHOWING SPECIFIC RESTRAINT LOCATIONS ALONG WITH

ACCOMPANYING DETAILS AND CALCULATIONS.

SEISMIC DESIGN CATEGORY: D

RISK CATEGORY: II

ALL COMPONENTS HAVE Ip = 1.0

ROOF MOUNTED

COMPONENT

IDENTIFICATION

FLOOR MOUNTED

WALL MOUNTED

COMPONENT SUPPORTS

SUSPENDED

DUCTILE PIPING

(STEEL, AL, CU, ETC.)

SUSPENDED NON-

DUCTILE PIPING

(CAST IRON, PLASTIC, ETC.)

SUSPENDED PIPE

ON TRAPEZE

COMPONENT

CERTIFICATION

(SEE NOTE 6)

REQUIRED 13.2.2

NOTES:

EQUIPMENT 20 LBS. OR LESS IS EXEMPT IF FLEXIBLE CONNECTIONS ARE PROVIDED

BETWEEN THE COMPONENT AND ASSOCIATED PIPING AND CONDUIT.

RESTRAINTS ARE NOT REQUIRED IF THE COMPONENT WEIGHS 400 LBS. OR LESS, IS MOUNTED AT 4 FT.

OR LESS ABOVE A FLOOR, AND HAS FLEXIBLE CONNECTIONS BETWEEN THE COMPONENT AND

ASSOCIATED PIPING AND CONDUIT.

FLEXIBLE CONNECTIONS REQUIRED FOR PIPE CONNECTIONS ONLY.

RESTRAINT IS NOT REQUIRED IF THE PIPING IS SUPPORTED BY HANGERS AND EACH HANGER IN THE PIPING RUN IS 12 IN. OR LESS IN LENGTH FROM THE TOP OF THE PIPE TO THE SUPPORTING STRUCTURE. WHERE PIPES ARE SUPPORTED ON A TRAPEZE, THE TRAPEZE SHALL BE SUPPORTED BY HANGERS HAVING A LENGTH OF 12 IN. OR LESS. WHERE ROD HANGERS ARE USED, THEY SHALL BE EQUIPPED WITH SWIVELS, EYE NUTS OR OTHER DEVICES TO PREVENT BENDING IN THE ROD.

ALL GENERATOR EXHAUST, REGARDLESS OF SIZE, DESIGNED TO CARRY TOXIC, HIGHLY TOXIC OR EXPLOSIVE

GASES OR USED FOR SMOKE CONTROL MUST BE RESTRAINED.

COMPONENT CERTIFICATION MUST BE SUPPLIED BY THE EQUIPMENT MANUFACTURERS AT TIME OF

SUBMITTAL FOR REVIEW BY ENGINEER OF RECORD.

TC-8-CH13-48-R8 IS A DOCUMENT DATED DEC. 5, 2008 BY THE ASCE 7STANDARDS COMMITTEE

PROPOSING REVISIONS TO THE 2005 EDITION OF ASCE 7.

TC-8-CH13-49-R5 IS A DOCUMENT BY THE ASCE7 STANDARDS COMMITTEEPROPOSING REVISIONS TO

THE 2005 EDITION OF ASCE 7.

COMPONENT IMPORTANCE

FACTOR (Ip)

1.0

SEISMIC RESTRAINT

REQUIREMENT

RESTRAIN ALL

RESTRAIN ALL

RESTRAIN ALL

RESTRAIN ALL

>2"

(SEE NOTES 4&7)

RESTRAIN ALL

(SEE NOTES 4&7)

RESTRAIN IF ANY PIPE ON

TRAPEZE >2" RESTRAIN IF

TOTAL WEIGHT OF PIPES

ON TRAPEZE >10 LBS/FT

(SEE NOTES 4&7)

ASCE 7-16

REFERENCE

13.1.4.3

13.1.4.3

13.1.4.3

13.6.5

TC-8-CH13-48-R8

13.6.8.3.3A

TC-8-CH13-48-R8

13.6.8.3.3

13.1.4.3

1.

2.

3.

4.

5.

6.

1.

2.

3.

4.

5.

6.

7.

8.

THIS SHALL BE CONSIDERED A DELEGATED SYSTEM FOR WHICH DESIGN DRAWINGS AND CALCULATIONS SHALL BE PROVIDED BY THE CONTRACTOR. DESIGN DRAWINGS, SHOP DRAWINGS, AND CALCULATIONS FOR THE DESIGN AND FABRICATION OF DELEGATED SYSTEMS SHALL BEAR THE SEAL AND SIGNATURE OF A STRUCTURAL ENGINEER

REGISTERED IN PUERTO RICO.

US Army Corps of Engineers Louisville District

SHEET

U S

A R

M Y

C O

R P

S O

F E

N G

IN

E

E R

S

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D x

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

D R

A W

IN

G

C O

D E

-W Q

R D

W D

Y F

D

E C

B D

O M

B R

O W

S K

I F

IL

E

N A

M E

L O

U

IS

V

IL

L E

D

IS

T R

IC

T

L O

U

IS

V

IL

L E

K

E N

T U

C K

Y

P R

A R

E R

C

IP

M

IC

R O

G R

ID

S

P R

O J E

C T

N U

M B

E R

P

R A

M E

Y A

R M

Y R

E S

E R

V E

C E

N T

E R

A

G U

A D

IL

L

A

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr e e t

F o rt

W o rt h

T X

RTA SUBMISSION

L T

A T

E

S A

L M

O N

D

R U

N G

R

MP002

M E

C H

A N

IC

A

L I

N T

S T

R U

M E

N T

A T

IO

N

S Y

M B

O L S

A N

D S

E

IS

M

IC

C R

IT

E

R

IA

-M

P

12-22-23

12-22-23

M A

R K

D E

S C

R

IP

T

IO

N D

A T

E

CERTIFIED FINAL

R

EV

IS

ED

IN

A C

C O

R D

AN

C

E W

IT

H

A M

EN

D

M

EN

T 0 0

/1 0/

W

2Q R

R

_P la ns -0

PUMP SCHEDULE

DESCRIPTION LOCATION

MOTOR DATA

HP VOLT/PHASE/FREQ

PUMP DATA

TYPE FLOW (GPM) HEAD (FT)MARK NOTES

115/1/604 80SUBMERSIBLE PUMP 1/2

NOTES:

1. PUMP PROVIDED BY DEF SKID MANUFACTURER.

105 3/4"ABOVEGROUND BULK STORAGE DOUBLE WALL FUEL OIL TANKAST-01

SERVICE

4,000 GAL

CAPACITY

NOMINAL DIMENSIONS

211"

DESIGN

PRESSURE

ATMOSPHERIC

SHELL MATERIAL NOTES

FPS-01 4 1 1

FLOWRATE GPM NOTESCOALESCER QUANTITY

HEIGHT WIDTH LENGTH

96 1/2"

SEPARATOR QUANTITY

STORAGE TANK SCHEDULE

FUEL POLISHING SYSTEM SCHEDULE

MARK

MARK

NOTES:

1. PROVIDE WITH INSTALLATION KIT AND DIFFERENTIAL PRESSURE SWITCH.

2. ASME RATED PRESSURE VESSEL WITH MANUFACTURER RECOMMENDED RELIEF VALVES.

3. PACKAGE INCLUDES 1/3 HP FUEL PUMP WITH 16 FT. HEAD.

REINFORCED CONCRETE

ALL

DIESEL EXHAUST FLUID PUMP DEFT-01DEFP-01

DG-01 SITE

LOCATION

ALTERNATOR

FREQUENCY GEN SET POWER

343 kVA

NOTES

771 °F

TEMPERATURE

DUTY/CAP

STANDBY/275 KW

FUEL

#2 FUEL OIL

FUEL

CONSUMPTION

100% LOAD

21 GAL/HR

NOx CO HC

0.5 g/bhp-hr

PM

MAX. EXHAUST EMISSIONS EXHAUST

STACK

COMBUSTION

AIR INLET

FLOW RATE

649 SCFM

GENERATOR SCHEDULE

UNIT NO.

NOTES:

1. 90.5 dB(A) ENCLOSURE SOUND RATING

2. PROVIDE EXHAUST TESTING PORT FOR EMISSIONS VERIFICATION.

3. 30 GAL. DEF STORAGE TANK.

4. TIER 4 CERTIFIED.

1,2,3

NOTES:

1. UL 2085 PROTECTED.

2. DEF SKID MANUFACTURER PROVIDED IN PREPACKAGED SYSTEM, REFER TO SPECIFICATIONS FOR DEF SKID INFORMATION.

3. TANK MANUFACTURER TO PROVIDE SINGLE CONTROL CABINET TO INCLUDE LEAK DETECTION, POLISHING CONTROLLER, AND FUEL CONTROLLER.

85"DIESEL EXHAUST FLUID STORAGE TANK WITIHIN DEF ENCLOSURE 330 GAL 66" ATMOSPHERIC48" HIGH DENSITY POLYETHYLENEDEFT-01

2.6 g/bhp-hr 0.14 g/bhp-hr 0.02 g/bhp-hr

115/1/604 80SUBMERSIBLE PUMP 1/2DIESEL EXHAUST FLUID PUMP DEFT-01DEFP-02

1,3

RG-1 780 30

NOTES:

1. NECK SIZE / DUCT SIZE CONNECTION TO BE THE SAME.

CFM NECK SIZESERVICE FACE SIZE

GRILLE SCHEDULE

MARK

RETURN

W (IN.) H (IN.) W (IN.) H (IN.)

MAX NC NOTES

ALL3016 29.88 15.88

SG-1 780 30SUPPLY ALL3010 29.88 9.88

AC-1 ECC ENCLOSURE ECC ENCLOSURE 1544 43.210.3 33.34 PACKAGED 80/67 60/58.3 AXIAL 1/3 208/3 25.52" 42" 84.88" 51020

NOTES:

1. PROVIDE SPECIAL COATING TO COMPONENTS EXPOSED TO SALT LADEN ENVIRONMENT.

US Army Corps of Engineers Louisville District

SHEET

U S

A R

M Y

C O

R P

S O

F E

N G

IN

E

E R

S

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D x

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

G

2 3 4 5 6 7 8 9 10

F

E

D

C

B

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

D R

A W

IN

G

C O

D E

-W Q

R D

W D

Y F

D

E C

B D

O M

B R

O W

S K

I F

IL

E

N A

M E

L O

U

IS

V

IL

L E

D

IS

T R

IC

T

L O

U

IS

V

IL

L E

K

E N

T U

C K

Y

P R

A R

E R

C

IP

M

IC

R O

G R

ID

S

P R

O J E

C T

N U

M B

E R

P

R A

M E

Y A

R M

Y R

E S

E R

V E

C E

N T

E R

A

G U

A D

IL

L

A

J A

C O

B S

E N

G

IN

E E

R

IN

G G

R O

U P

I N

C

M a in

S tr…