The URL can be used to link to this page

Home My WebLink AboutW_5392_SM REX M H H J 25 1 J CP2 LT S LV 24 2 25 1 WS 23 1 25 2 25 3 H M J PREPARED BY : CITY OF NEWPORT BEACH 9400 WARD PARKWAY KANSAS CITY, MO 64114 816-333-9400 Burns & McDonnell Engineering Co, Inc. LICENSEE NO. 755238 SAN DIEGO CREEK TRASH INTERCEPTORA 6/10/22 DH ISSUED FOR 100% DESIGN CJ REVISIONS B 4/18/23 DH ADDENDUM 1 CJ 04/18/2023 M. SKELTOND. HATTON SOLAR PANELS. QUANTITY OF PANELS IS NOT DEFINED. ONLY INDICATIVE LOCATION SHOWN. 16'8'4'0 SCALE IN FEET DUMPSTER WINCH #2. 6.6HP, 24VDC MOTOR. 443 FLA. ENTRY GATE MOTOR HOIST JUNCTION BOX2/C #18 IN 3/4" C FOR ENTRY GATE OPEN SIGNAL. 2/C #18 IN 3/4" C FOR REQUEST TO EXIT SIGNAL. DC FEED TO WINCH MOTOR. 1-4"C WITH 2-500 MCM (POS) + 2-500 MCM (NEG) + 1-1AWG EGC. PP1-1 1.25''C PP1-7 2/C #18 IN 3/4" C FOR KEYPAD DC POWER. PLUG SUPPLY XFMR INTO RECEPTACLE WIRED TO PP1-3 - 1ELECTIRCAL SITE PLAN 22 30 TRASH TRANSFER FACILITY ELECTRICAL SITE PLAN 7/1/22 124301 NORTH DUMPSTER SLED. (AT RETRACTED POSITION) ROUTE CONDUITS ON GANG WAY CATWALK SPARE 1" C TO JBOX FOR FUTURE CONTROLS 1" C FOR CCTV CAT 6 1" C FOR CCTV CAT 6 1.25" C FOR POWER (PP1-1) FIXTURE P1.CAMERA AT 14' ON POLE. PROVIDE BRACKET, FLEXIBLE CABLE, CAT 6 TO CONTROLS ENCLOSURE/NETWORK SWITCH. (TYP. OF 3). SEE CAMERA LAYOUT AND FIELD OF VIEW ON SHEET 23. ONE FOR CAT 6 AND ONE FOR POWER 2 EACH, CAT 6, SPARE 2 EACH, CAT 6, SPARE, CAT 6 CABLE TO BE BUNDLED, SLEEVED IN FIBERGLASS MESH AND RUN UP GANGWAY GUIDE FRAME, DRAPED TO TRASH INTERCEPTOR WITH LOOP LENGTH TO PROVIDE FULL VERTICAL MOVEMENT. PROVIDE MESSENGER WIRE FOR PHYSICAL STRENGTH AND SUPPORT. 1. SEE FIXTURE SCHEDULE ON SHEET 25. 2. SEE SCADA CONTROL ARCHITECTURE ON SHEET 28. 3. SEE PROJECT SPECIFICATIONS ON SHEET 26, 27 AND PROJECT SPEC BOOK. 4. NEC 553 APPLIES TO FLOATING TRASH INTERCEPTOR. NEC 553.11 - ALL METAL PARTS IN CONTACT WITH WATER, ALL METAL PIPING, AND ALL NO-CURRENT-CARRYING PARTS THAT ARE LIKELY TO BE ENERGIZED SHALL BE CONNECTED TO THE GROUNDING BUS OF THE FLOATING TRASH INTERCEPTOR SOLAR SYSTEM. GENERAL NOTES: 2X2'' PVC CONDUITS. 2''C FOR - CAT 6 CONDUIT, AND 1-SPARE 2''C AS REQUIRED, PROVIDE LIQUID TIGHT CONDUIT WITH ENOUGH SLACK FOR MOVEMENT BETWEEN FIXED AND MOVEABLE SYSTEMS. C. JOHNSON TRASH INTERCEPTOR SCADA CONTROL PANEL CP2 ENCLOSURE. PROVIDE 20A, 120V TO PLC FROM TRASH INTERCEPTOR ELECTRICAL SYSTEM PP1-1 1.25''C RIVER WATER LEVEL TRANSMITER. PROVIDE 3/4''C AND SIGNAL CABLE (4-20MA) TO SCADA CONTROL PANEL CP1. SEE CIVIL DETAILS. LITHONIA nLIGHT AIR SWITCH LOCATED WITHIN A NEMA 4X ENCLOSURE. PROVIDE LINE VOLTAGE POWERED rPODBLA. WEATHER STATION MONITOR TO BE PROVIDED. BASIS OF DESIGN IS ORION MODEL 536 FROM COLUMBIA WEATHER SYSTEMS. PROVIDE 3/4'' C AND CAT 6 CABLE TO SCADA CONTROL PANEL CP1. CP1 BCN1 8' AFF. SOLAR POWER SYSTEM. ELECTRICAL EQUIPMENT MOUNTED BENEATH PV PANEL SUPPORT STRUCTURE 1. PROVIDE 24''X24''X8'' NEMA 4X PVC JUNCTION BOX. PROVIDE LIQUID TIGHT CONDUIT TRANSITION TO HOIST CONNECTION POINT. 2. NO SWIMMING SIGN. PROVIDE PER NEC 555.24 KEYED NOTES:# 1 CAMERA CAT 6 TO CAT 6 JUNCTION BOX NSW 2 DUMPSTER RAILS. GANGWAY CATWALK. GANGWAY RAMP. NSW 2 BOND ALL METAL COMPONENTS TO FLOATING TRASH INTERCEPTOR SOLAR SYSTEM GROUND BUS. 1''C CAT 6 PP1-1 DUMPSTER AT DEPLOYED CONDITION FLOATING TRASH INTERCEPTOR CP1 1. CAT 6 OUTDOOR CABLE, GET FILLED, SUNLIGHT RESISTANCE, UTP. 0.251''OD. 300 VOLT RATED. BELDEN OSP6U. NOTES: ZERO DEGREE REF ZERO DEGREE REF POLE 2 DUMPSTER WINCH #1. 6.6HP, 24VDC MOTOR. 443 FLA. POLE 3 POLE 1 ZERO DEGREE REF B B B B J C-7127 W-5392-S ' I ~ ? -"''' - . --• - . ;--::...> ,, '' ---' ·-------'"' . ' ---.. ' ' ' ' ' X 0 0 0 0 i( I. I I 0 0 0 0 0 --t \._ -~ ~-'--~--- ----~--cae=:---'=>; -- ~-' ' .·----~ .---' ---~ , \I I / I I \ I I 0 \'. ,-,-- \ \ , ·, ,,n , \ ·, ' \\ •.. ' ,, ' I'.',.•., \.---, \ ~ -· •• \ \ "" • \', ,~ - \ \ ' OV1 \. ·, ' \\ . --~' ·' \\ -----·--r· I '\._ I ' \ " \ \ e --------------- ';,,i- ~ ~ ~BURNS ~MSDONNELL NO. DATE BY ____ Q RIGID PVC CONDUIT SCH 80 CON DU IT SIZE 100% AREA (I N2) 40% FILL # OF CABLES % FILL 3/4" 0.409 0.1636 3 36.3% 1" 0.688 0.2752 5 36.0% 1.2511 1.237 0.4948 10 40.0% 1.5'' 1.711 0.6844 13 37.6% 2" 2.874 1.1496 23 39.6% 2.51' 4.119 1.6476 33 39.6% 3" 6.442 2.5768 52 39.9% 3S' 8.688 3.4752 70 39.9% 4" 11.258 4.5032 91 40.0% DIAMETER OF BELDEN OSPSU (in) 0.251 AREA OF BELDEN OSPSU (in2) 0.04948087 APPROVED ~(' APPROVED /'y DATE: DESIGNED BY: DRAWN BY: PROJECT NO. CHECKED BY: DATE : PUBIJC WORKS DEPARTMENT S LV PREPARED BY : CITY OF NEWPORT BEACH 9400 WARD PARKWAY KANSAS CITY, MO 64114 816-333-9400 Burns & McDonnell Engineering Co, Inc. LICENSEE NO. 755238 SAN DIEGO CREEK TRASH INTERCEPTORA 6/10/22 DH ISSUED FOR 100% DESIGN CJ REVISIONS B 4/18/23 DH ADDENDUM 1 CJ 04/18/2023 M. SKELTOND. HATTON DC BATTERY ENCLOSURE. PROVIDE 6'' HOUSING CONCRETE PAD CP1 CONTROLS ENCLOSURE LCP PANEL HOIST # 1 DC Combiner MPPT CHARGE CONTROLLER 26 30 POWER PAVILION ENLARGED VIEW 7/1/22 124301 NORTH- 1POWER PAVILION ENLARGED VIEW C. JOHNSON PANELBOARD SCHEDULE 1. ADDITIONAL OPTIONS TO BE SELECTED WHEN ORDERING SHALL BE: NLTAIR2 RSBOR10. FIXTURES WIRELESSLY CONNECTED TO RPODLA SWITCHES FOR LIGHTING CONTROLS. 2. POLE RATING: 89 MPH WIND, EPA TBD. SELECT POLE SHAFT SIZE AND WALL THICKNESS PENDING CCTV SELECTION. NOTES: FIXTURE P2 LITHONIA nLIGHT AIR SWITCH LOCATED WITHIN A NEMA 4X ENCLOSURE. PROVIDE LINE VOLTAGE POWERED rPODBLA. SOLAR PANEL SUPPORT SIZE AND PV ARRAY IS A DELEGATED DESIGN/BUILD. SIZE THE SYSTEM COMPONENTS PER THE REQUIREMENTS ON SHEET 24. THIS LAYOUT IS DIAGRAMMATIC TO SHOW THE BASIC COMPONENTS NEEDED FOR AN OFF GRID PV SYSTEM WITH DC AND AC DISTRIBUTION AND BATTERY STORAGE. SCADA CONTROLS ENCLOSURE "CP1 CONTROLS ENCLOSURE" IS A DELEGATED DESIGN/BUILD COMPONENT. THE SCADA CONTROLS VENDOR SHALL DESIGN THE SYSTEM AND SIZE THE COMPONENTS. SOLAR POWER SUPPORT SYSTEM 3DETAIL PV ARRAY PV STRUCTURAL SUPPORT CONTROLS ENCLOSURE PP1-9 PP1-6 PP1-5 CP1 CONTROLS ENCLOSURE POWER SCHEMATIC 4DETAIL ETHERNET DEVICES. SEE SHEET 25 FOR SCADA CONTROL SYSTEM ARCHITECTURE. SIMPLEX RECEPTACLE FOR KEYPAD CONTROL POWER TRANSFORMER #2 BARE COPPER TO GROUND RING PANEL ELEVATION 2DETAIL 28.6° FRAMING AND FOOTING SIZES TO BE DETERMINED BY SUPPLIER (CONFIRM DIMENSIONS RELATIVE TO ENCLOSURE WITH CITY) POE NETWORK SWITCH (BY CITY) SPD CAT 6 CABLE DIRECT BURIAL, OUTDOOR RATED 8 PIN SURGE PROTECTOR FOR CAMERA CABLE. CAT 6 PATCH CABLE TO SWITCH CCTV CAMERA. IP BASED, POE, MEGAPIXEL HIGH RESOLUTION, PTZ OR PANO, OUTDOOR ENCLOSURE WITH MOUNTING ARM TO MOUNT TO LIGHT POLE. COORDINATE WITH ENGINEER TO PROVIDE CCTV SYSTEM COMPLIANT AND INTERACTIVE WITH OWNER CCTV SYSTEM. OWNER'S CCTV SYSTEM TO BE IP BASED WITH CENTRALIZED NETWORK VIDEO RECORDER AT CITY HALL WITH DIGITAL VIDEO MANAGEMENT SYSTEM ALLOWING ACCESS TO CAMERAS OFFSITE FROM THE CENTRAL CONTROL CENTER. (TYP OF CCTV CAMERA) PTZ OR PANO SCADA PLC J PP1-11 PROVIDE FENCE ENCLOSURE WITH LOCKABLE PERSONNEL DOOR AND NO-PEEK FENCE SURROUNDING FRAMING SYSTEM. 4 BOTTOM OF EDGE OF PANELS AT 8' ABOVE FINISH GRADE (MIN.) SEE SHEET 28, SCADA CONTROLS SYSTEM ARCHITECTURE. SEE SHEET 26, SCADA CONTROLS PERFORMANCE SPECIFICATION AND SUPPLEMENTAL SPECIFICATION DIV 40. PP1-8 ELECTRICAL EQUIPMENT BENEATH STRUCTURE. DC Combiner MP P T C h a r g e Co n t r o l l e r AC IN V E R T E R CP 1 CO N T R O L S EN C L O S U R E LC P PA N E L 1. SOLAR PANEL SUPPORT STRUCTURE HALL BE STRUCTURALLY DESIGNED FOR THE SITE SOILS AND APPLICABLE LOADS. GEOTECH REPORT AVAILABLE UPON REQUEST. 2. SOLAR PANEL SUPPORT IS DRAWN AS A CONCEPT DESIGN. CONTRACTOR CAN OPT FOR ALTERNATIVE DESIGN INCLUDING A 2 VERTICAL POST SUPPORT SYSTEM INSTEAD OF A 4 VERTICAL POST SUPPORT SYSTEM. NOTES: WORKING CLEARANCE (TYP.) PP 1 PA N E L GROUND BUS B B B Panels Face North, This view is from the at the back of the panels. NOT USED HOIST # 1 AS-BUILT Batteries Cabinet C-7127 W-5392-S CP S LV PREPARED BY : CITY OF NEWPORT BEACH 9400 WARD PARKWAY KANSAS CITY, MO 64114 816-333-9400 Burns & McDonnell Engineering Co, Inc. LICENSEE NO. 755238 SAN DIEGO CREEK TRASH INTERCEPTORA 6/10/22 DH ISSUED FOR 100% DESIGN CJ REVISIONS B 4/18/23 DH ADDENDUM 1 CJ 04/18/2023 M. SKELTOND. HATTON 16'8'4'0 SCALE IN FEET 23 30 ELECTRICAL DETAILS - 1 7/1/22 124301 NORTH CAM 6 PTZ CAM 5 PTZ CAM 4 PTZ PTZ PANO CAMERA AT 16' ON POLE. PROVIDE ROUND POLE MOUNTING BRACKET, FLEXIBLE CABLE, CAT 6 TO CP1 CONTROLS ENCLOSURE/NETWORK SWITCH. (TYP. OF 3) COORDINATE CAMERA LOCATIONS WITH TRASH INTERCEPTOR AND CITY FOR VIEWS PREFERRED. PROVIDE CAT 6 TO CONTROLS CABINET. PROVIDE 4X4 STRUCTURAL STEEL TUBE TO MOUNT CAMERA AT 12' ABOVE TOP OF PILE. C. JOHNSON NOTES: ACCESS CONTROL MOUNTING POST DETAIL 1DETAIL DKS DOORKING ACCESS CONTROL MOUNTING POST. STANDARD GOOSENECK 1200-045, WITH 2X2 POST. DKS DOORKING MODEL 1802 ACCESS PLUS. SURFACE MOUNT DIGITAL KEYPAD ENTRY. SCH 80 TO CONTROLS ENCLOSURE 2/C #18 TO CONTROL POWER TRANSFORMER IN 3/4" SIMPLEX RECEPTACLE AND 600V RATED CAT 6 FOR INTERCOM 72" 2/C #18 TO GATE MOTOR CONTROLLER 2/C #18 REQUEST TO EXIT DKS DOORKING INGROUND ADAPTER POST SUPPORT 1. DETAILS DRAWN ON THIS SHEET ARE DIAGRAMMATIC ONLY, NOT TO SCALE. DKS DOORKING INTERCOM. IP BASED FOR CALLING TO REMOTE HELP DESK. CAMERA VIEWING PLAN GATE KEYPAD W/ INTERCOM GENERAL NOTES: 1. DETAIL DEPICTS BASES OF DESIGN PRODUCTS. EQUAL PRODUCTS MAY BE UTILIZED WHERE APPROVED BY CITY. FIELD OF VIEW EXPECTATION FOR CAMERA (TYP.) PTZ B C-7127 W-5392-S '---·-·- I I I I l - 0 0 ) I / (!J 0 0 0 ------\/'I 0 t" I I I I I I I I I \ I I I I I I / {,,.--~:~:-i < 0 \/'I I ! ,.,y,;,;:;, 1 ~""'"""".:?'._ JI;,• ,~t'" " v' f, I ~ ,/ " . -· ->~&'!I~~'":f--,,-c;,-\ ~BURNS ~MSDONNELL NO. DATE BY ----------------------- .0 e APPROVED ~(' APPROVED /'y DATE: DESIGNED BY: DRAWN BY: PROJECT NO. CHECKED BY: DATE : PUBIJC WORKS DEPARTMENT OF BARGE FLOOR PLAN SCALE: 3/8" = 1'-0"1 GENERAL NOTES A. ALL CONDUCTORS SHALL BE COPPER (CU) WITH A THHN/THWN-2 OR XHHW-2 (90°C) RATING, UON. B. CONDUIT SHALL BE 1/2" MINIMUM. MARINE-GRADE RIGID ALUMINUM CONDUIT (RAC), GRC, LIQUID-TIGHT FLEXIBLE METALLIC OR NON-METALLIC CONDUIT, FIBERGLASS, OR OTHER MEANS THAT ARE RESISTIVE TO SALT WATER CORROSION SHALL BE USED. C. SEAL ALL CONDUITS WITH CAULKING OR FOAM TO PREVENT WATER INGRESS. D. BRANCH CIRCUITS SHALL BE #12 PHASE/NEUTRAL WITH A #12 EGC, UNLESS NOTED OTHERWISE. E. PV PANEL LOCATIONS ARE APPROXIMATE. CONTRACTOR SHALL FIELD VERIFY FINAL LOCATIONS IN COORDINATION WITH THE BARGE MANUFACTURER'S SHOP DRAWINGS. F. ALL EXTERIOR EQUIPMENT SHALL BE RATED FOR CORROSIVE/MARINE ENVIRONMENTS; NEMA 4X PLASTIC, FIBERGLASS, OR 316SS, UNO. REFERENCE NOTES BARGE POWER PLANS PROVIDE CONNECTION TO OVERHEAD LIGHTING,. TOTAL 8 FIXTURES, 4 PER SIDE OF BARGE. REFER TO LANDSIDE DRAWINGS FOR FIXTURE TYPES AND COORDINATE FINAL LOCATIONS IN FIELD. BOND EACH RIB OF THE CANOPY WITH A BRONZE U-BOLT PIPE GROUND CLAMP AND #8 CONNECTED BACK TO PANEL "MP" GROUND BUS. BOND THE BARGE FLOAT WITH AN EXOTHERMIC WELD IN A DISCRETE LOCATION AND #8 CONNECTED BACK TO PANEL "MP" GROUND BUS. FIELD COORDINATE LOCATION. MOUNT RECEPTACLE BELOW PANEL. PROVIDE WEATHER RESISTANT, GFCI TYPE RECEPTACLE WITH WHILE-IN-USE WEATHER PROOF COVER. PROVIDE NEMA 4X CABINET, SIZE AS REQUIRED. REFER TO DETAIL 1/E500 FOR WIRING INFORMATION. 1 OWNER ISSUANCE DESIGNER PROJECT NO.: REV DESCRIPTIONDATE ORIGINAL ISSUE DATE: DRAWN BY: SHEET TITLE SCALE: SHEET NUMBER CLIENTS PROJECT NAME/LOCATION ENGINEER SAN DIEGO CREEK TRASH INTERCEPTOR 3250 JAMBOREE ROAD, NEWPORT BEACH, CA E100 24013 AS NOTED 11.05.2024 SC -11.06.2024 PERMIT SUBMITTAL BARGE ROOF PLAN SCALE: 3/8" = 1'-0"2 3/8" = 1'-0" 1.5' 3'6'0'NN J J MP-1 1 1 MP-4 2 2 (TYP) 3 3 3 4 + - A11- A1+ + - B10- B1+ PV PANEL, TYP OF 21 RELAY CABINET 5 5 C-7127 W-5392-S 6 <J ► v //~ ; I ; // "/ ' ' ' / : / , I, , '! ' ' ' ,I ; II ! ' ' ' ' ' ' ' ' :/ : ' ' ' ' i ', ' ' ' :/ : ' ' ' ' i' '/ ' ' I I , I I I I I/ C i ' I I 1 ' I :I, : I I I I I ' I I I I I I I I I I I I I I II 111 1 I I I ' I I I , I I I I I I ' ' 11 \ 11 ' I I I ' ' ' 'I \ '\ \ ' ' \ \ \ ' ' \ ', ' ' ' ' \ \ \ ' . \ \. \, \ \ \ \, \ . ' . ' ' ' \ \- ~ \ \\ · \ \ \ \ \,_ \. - - ~ " ,I '-~ -i: : + 1--:1 ! 1_·1 3 ' 0 1, + ,1 C' 1-1 l~ J Q ~ .. 0~')1 I 11 ~ H (I ) - I -c c:-; , ' [> [ > > 7 i:1 • I I) ' ,_ , _, ,+ ~I i' l j :-; -3' OJ ru IJ I >' -r , + u 1-1 ri.1 > [> [ > [> ;n '. I I) -' 7 I + [> C- ) D ' (J I_ i I, ) D D c, [> [ > [ y [> [> 0 \ \ \) \\ . \~ /\ \ ~\ . \ \ n: Y\ U ,, , \ , ' ' 0 1\ DI \I I I I I ,',I I 'I .I ,1 111 ! I I I I I I ' ,I f'/ ' ' / ,' ' 1/ "C l :: c C l "T 1 ' " en en :: c en '" -; p o C l Z n ;p , c : r - r - m CC I z ~ c; , - I z e n m Cl m Z :: c -z c; , I I I I _ _ _ , - - = ~ - " : . - ~ 3 ~ --- ~ - = - - = ~ C , : : ' ; : , • •• > • • • • • 11 \ / 11 1 I ' ' I I , , \I I I I \ / / \I \ I' / \ \ , 1 I I I , ; I , I ''/ ' 0 - - - 7 / 111 I 1 \ I // I 11 1 11 I , \' 11 / \ ' \ / \,1 111 \ - - - - - - ,, 11 1 1,1 - - - -- - - - - - = = - ~ - "'.. > ~ ~ 11 \1 1 1 II - - - ~ - - ~ ~ - - - - - - ", ,: : , - ; ; ; ; < -' - > > , , ,II 111 -- - : = C C - . , c ; c = - - I ,, "< ' ; ; ; ; - ! ' C : : · " " 1, 1 I/ I . :c < ; : . ' , : c : > - - ' /I / "" " < < > > • i \ ,I 1,1 • ,, , :1 ... . . . , ~ , I/ , , , < ; / , , , - ~ I \l _ _ _ _ _ _ _ _ JL _ _ _ -tr === ~ = = = ~ = ~ ~ =;/ i'f \ I ! I ,, . / ' . > ~ 11 -= = = - - - - - - - 7 , - 1 - 1: r - 7 '\ I r'I .. : : . . , , . , , , . 1 ', _ , 11 ,,, 1 1 1 / ,,, ,, , \: ' , , \ \ ' I '" \ ', ~ / I I '1 , \ ' I \ ,, /\ ~ i: n \',, \ - c ·= = aE - =-- - - - =- - = =- - - - - - _ == - - - - - : .. 1'.: _ - _ ; , - - _ _ _ , \,, 1 I / 1 1\ - -= . - - - ~ \ ' 1- - - - e : , _ ; : , I I _ 11 -_ - _ c . - c " , - - -_ - ii / ii ,, " _ . W e e . - - , I i I ::- - : . - ~ - : : : . - - - - q ' \ _j' I I j • • \ I ' / I "F < ~ 11 \ v : > ~\'1 , \ _ -= - ~ ~ - ~~ - ~--- - ~ - 2c ~ 1 ' ' ' : c o ' ; ; - C c · : ; , ~-- = - - - - = - = - :: : : = : - I / ~ ~=- = = - - = = - ---= = - - - ,, ·1 ' ' / ' . - " ,'- < : : , : : ; : ; j :: - 3 ' . : ~ I \1 1 \ ' C - - ~ f:/ m \ I '• < < , / ,, 1 ,, 1ff i • :> . : v - ,_ , ,, I • , ' I, , ,, I 1, 1 ,, I ', , 1 ,, I <'\ " ~ - - - - ~ L \' - - :: - - - - - - - - - -~~~ \I \ - - ~ =r f - r - - , - - - =- - - - - - - - , . , _ == a : : - - - ~ - : _ - - J " - - • I I. ~ - - - . , j r _ -_ _ - - ,! / I =- = - - ~ - = = - - -- - - - i ; ' 1 \ - I '' 1 I ·- - C C - - - I " I I ·3 , - , - . - - - <' ', 1 / '/ 1 1 I s' I ' ' ' ,1 1 1 ~~1 == = = = = = ~f7~ , b ~ = = = =r== = = ~ , ', 1 ' I I, \ I I I ~k~ = = ~~ == =i~-- ' ~ ' ~ 1== = = = = = = 11 I I \ I \ I I I I ; : I 11 I \ '1 I I ii I I I ,1 I I I I\ \ I \I I I I \ 1 1: \ \,, \ __ __ 1- - - - - - ; i: 1 / II \: I - I /! / 11 I, ~ I I I I \,\ I 1:/ I 11 1 V 'I I I ' I I ; '/ . ii I, I I \ ', \ I I : I I I I \ \ i I/ ,11 1 I r1 i't '' l l \ \ '/ I \ i \\ ' I 1il 1 ! · ' . ly y I I ''1 1 1 1 I 1, 1 1 ' 'I I ' I 11 I II . ' I I i'1 • I I I I . / 1 , I I 111 11 \I I 11 ,1 1 I 11 \{ I i i 111 '. · ~\ /H 1/1 ! . ! I t~ V , \ 1 ~ Cl- ~ /1 ; ' I I '\ \ \ ~ 1, 11, I, 11 \ -: : , : : , : : : - : . : :- : . , : 0:: : : : ; = - ~ - - - . . . l __ ·-: : : : c i , ~ " ' - 3: : > / ·1 i ,l :f* i ¼ l ! i , \ \: 1 I \1~ ' 0•, , _ . , , . , . , ; : , I I , ; I I \ \ \'\ W } r 1 1I1 \ ~- = = = . ; , . - - _ ; : . ; : ~ = -~ ~ ~ .. . = . - - - ~ - -= - : : ~ - == : 1f f I v f / i '1 \ \ \\ . ,1 , " , I - - - - · - = 1l1 1 1 il: t i ; \ 1 • · 1 ' : \ > •' \ \' // j I / 1 i • 1\1 \ Y / I 1 ' \' \ • • 'I I I I ," I , , \ \ \ \ ~, \ 11 , ,' , i f t / ·,, ,S \ , 1, 1' I \I 1/ 1, , 1 0 1 # , 1 , \ ,1- . ~h . i (·! · / : , ,i ; / '. '¾ \ \. \ 1 \I /N 1 i t / , , • ~r A, I ' , \ i \ t i . , / • 1 l , ' f j / \t , . \I \ 1 ' - - - - - 1 - f r - - - ' ' - - - - - - - - - ! !- - - - - - - - - ' " - - - - ' + - - - - ~ ,~ ; ' : ; , ; : \ f // V 1/: i \ ' ,.1 I ,.l e I J " i 1 I ; I \' 1 1 \\ ,F'. " ' C '. " ' C - i - tt - - , ,,, ,, -,, , 1, , I ' 1 ' , \ ~ I \ \ I I ~:~ < " > · , " • ~, , , < > ; > I I /, ' '' :J i \ \t , ~\ \ \ I \ _, _ . . , _ ~ - : : • ~-~ ~ : i ; • - l r - - - - - - - -1 1 1 - - - - - - - - , 1 - ~'" " " : , ~ - - - ; ; ; - " ' I 111 ir if i \ ' \ 1 \ ~: . . , _ - _ : : - : - : . " " . : : ' - = ~ = = ~ --: : _ = _ : - : - : : - : . - - ~ : , : , . _ , , - /1 j c/i / \ \.1 , , \ \ ' 1 , \ I ·-. - . - -2 : ~ : C ~ - : : - = - ~ ~ - ~ ~ c . = -- - - - - ~ l: f I/ I ! : 1 , 1 / 1,, · \ 1, 'I I{ $ ~~' i \ ~' t,, { I I I I I I ,H i l t : . , . ' · ' > 1,1 ~ 1' J ' , '¾ I t 1.1 I I ' .• • it , \ / 1•1 / i ~\ :¾ • ~ - - - - - - - - - - - - J \-, i : I 11 I !/1 , 1,. , ' ! , ! ,~ : 11~ I\ < ~', i ~I i '~ \ '1 y , \ I I "< ~ i •• 1 i. I ... ., '" ' " " " - · · - - - ;,1 : <, , < ~ ~ ~ < : : - = ,\ \ I r - - - ~ ~ - - ; - ~ : - : : : - ,< , I I "I ~ \ I '1 1 ~ ' \ \ \\ i' ' '\ yl \ 1 \ ' I \'\ ~ 1 \ \ \~ \ \ ~>- , \W \ "( '. . . . I I\ \~ J \ '¼ <~ ~ \1 / 1 , •• r- : " • "\ m i .... \ \ 11 1 ~ • ,. ,. ' \\ \ \\ 0 0 0 - _J - - = - = 'c c . - - - ~ = - . : - : : . ' ! ~ ; , 0 0 0 I I I Ji li1 ,~ , 11, , /! ~ " ,, : fl: . ! n ,,, '/1 1 1.1 1 1 , ) f f I '.' • . / ~ I I! / I / ' ! I I I / / / ll I { / / / 1l / 1 1 >'. : / ! ~ f J / I I /! / , ; , / I I / 1' ,., . _ : ' > > 11 , ' i ;:: : ; . , : , m:1 , :. : . / 1 1 ii j/ !,, I I I ' I " " ,., jj j i ,I f / } SINGLE LINE DIAGRAM SCALE: NONE1 GENERAL NOTES A. SYSTEM SHALL BE CAPABLE OF OPERATING IN OFF-GRID OR ISLANDED MODE. B. ALL BREAKERS AND DISCONNECT SWITCHES ARE CLOSED UNDER NORMAL OPERATING CONDITIONS, UON. C. ALL CONDUCTORS SHALL BE COPPER (CU) WITH A THHN/THWN-2 OR XHHW-2 (90°C) RATING, UON. D. CONDUIT SHALL BE 1/2" MINIMUM. MARINE-GRADE RIGID ALUMINUM CONDUIT (RAC), GRC, LIQUID-TIGHT FLEXIBLE METALLIC OR NON-METALLIC CONDUIT, FIBERGLASS, OR OTHER MEANS THAT ARE RESISTIVE TO SALT WATER CORROSION SHALL BE USED. D. SEAL ALL CONDUITS WITH CAULKING OR FOAM TO PREVENT WATER INGRESS. E. BATTERY PACKS SHALL BE FULLY CHARGED PRIOR TO CONNECTING TO SYSTEM. F. ALL EXTERIOR EQUIPMENT SHALL BE RATED FOR CORROSIVE/MARINE ENVIRONMENTS; NEMA 4X PLASTIC, FIBERGLASS, OR 316SS, UNO. REFERENCE NOTES SINGLE LINE DIAGRAM AND PANEL SCHEDULES BOND #8GEC TO BOTH BARGE FLOATS AND EACH RIB OF THE STEEL CANOPY STRUCTURE. SEE E100 FOR MORE DETAILS. PROVIDE GFCI TYPE BREAKER. 1 OWNER ISSUANCE DESIGNER PROJECT NO.: REV DESCRIPTIONDATE ORIGINAL ISSUE DATE: DRAWN BY: SHEET TITLE SCALE: SHEET NUMBER CLIENTS PROJECT NAME/LOCATION ENGINEER SAN DIEGO CREEK TRASH INTERCEPTOR 3250 JAMBOREE ROAD, NEWPORT BEACH, CA E050 24013 AS NOTED 11.05.2024 SC -11.06.2024 PERMIT SUBMITTAL 15A 1P 70A2P PV AC DISCONNECT 100AS/2P MPPT1 (25A)+- MPPT2 (15A)+- MPPT3 (15A)+- +-- 250A 2P + A1 A2 A3 A4 A5 A6 A7 A8 A9 + - + - + - + - + - + - + - + - + - B1 B2 B3 B4 B5 B6 B7 B8 B9 + - + - + - + - + - + - + - + - + - PV DC DISCONNECT 4-POLE, 32A, 600V NEMA 4X, LOCKABLE #SI32-PEL64R-4 OR EQUAL PV INVERTER & CHARGE CONTROLLER 12KW, 50FLA @ 240V, 1PH, 3W NEMA 4X EG4 #18KPV HYBRID INVERTER OR EQUAL NEMA 4X ENCLOSURE (24X36X8) W/ FUSED POSITIVE AND NONFUSED NEGATIVE DC BUS BARS 1000A, 58Vdc MIN EACH (2) #POWERBAR 1000 OR EQUAL W/ INSULATED COVER 200A, 58V CLASS 'T' FUSE (TYP OF 5) BATTERY PACK (TYP OF 4) 14.3KWH, 280AH, 48Vdc LITHIUM IRON PHOSPHATE NEMA 3R MIN #EG4 WALL MOUNT ALL WEATHER OR EQUAL 2"C-2#3/0 CABLES (TYP OF 4) 2"C-4#1/0 CABLES 500W PV MODULE (TYP OF 21) SILFAB #SIL-500-HM OR EQUAL 15A 1P 15A 1P 20A 1P 15A 1P 20A 1P 20A 1P MAIN CB PUMPS 1-4 PUMPS 5-8 PUMPS 9-12 TO RECEPTACLE (SEE FLOOR PLAN) TO LIGHTING (SEE FLOOR PLAN) 1"C-3#4+1#8EGC 3/4"C-2#10 PV-WIRE 3/4"C-2#10 PV-WIRE 1"C-3#4+1#8EGC 1/ 2 " C - 2 # 1 2 + 1 # 1 2 E G C 1/ 2 " C - 2 # 1 2 + 1 # 1 2 E G C 1/ 2 " C - 2 # 1 2 + 1 # 1 2 E G C 1/ 2 " C - 2 # 1 2 + 1 # 1 2 E G C 1/ 2 " C - 2 # 1 2 + 1 # 1 2 E G C PV PANEL RATINGS MODULE MANUFACTURER SILFAB MODEL NO.SIL-500-HM TOTAL NUMBER OF MODULES 21 WATTAGE RATING, STC 500W WATTAGE RATING, CEC PTC 456W MAXIMUM POWER VOLTS (Vpmax) 38.8V MAXIMUM POWER CURRENT (Ipmax) 12.89A OPEN CIRCUIT VOLTS (Voc)45.78V SHORT CIRCUIT CURRENT (Isc)13.48A MAXIMUM SYSTEM VOLTS 1500VDC INVERTER RATINGS MANUFACTURER EG4 MODEL NO.18KPV HYBRID INVERTER TOTAL NO. OF INVERTERS 1 INVERTER CEC EFFICIENCY 96.9% MAXIMUM OUTPUT CURRENT 50A OUTPUT VOLTS 240/120V, 1Ø, 3W MAXIMUM DC INPUT VOLTS 600VDC MPPTS 3 MAX USABLE INPUT CURRENT 25A (MPPT1), 15A (MPPT2 & 3) MAX SHORT CIRCUIT INPUT CURRENT 31A (MPPT1), 19A (MPPT2 & 3) MPPT OPERATING VOLTAGE 140-500V SYSTEM WATTAGE CALCULATIONS DC SYSTEM: 21 X 500W = 10.5KW AC SYSTEM: 10.5KW X 96.9% = 10.17KW RATED INVERTER AC OUTPUT: 12KW (15.5KW MAX PEAK, 5 MINUTES) POS(+) NEG(-) 20A 1P TO CP-2 (SEE FLOOR PLAN) 1/ 2 " C - 2 # 1 2 + 1 # 1 2 E G C DC WIRING CALCULATION SHORT CIRCUIT CURRENT 13.48A MAXIMUM SOURCE CIRCUIT CURRENT 13.48A x 125% = 16.85A [CEC 690.8(A)(1)] MINIMUM CONDUCTOR AMPACITY 16.85A X 125% = 21.06A [CEC 690.8(B)(1)] PV DC WIRE AMPACITY (75°C)35A [CEC 310.16] DC OVERCURRENT PROTECTION NOT REQUIRED [CEC 690.9(A)(1)] MAXIMUM SYSTEM VOLTAGE MODULE OPEN CIRCUIT VOLTAGE 45.78V Voc TEMPERATURE COEFFICIENT -0.28%/°C TESTING TEMPERATURE 25°C LOWEST AMBIENT TEMPERATURE 2°C (ASHRAE, TUSTIN MCAF) TEMPERATURE DIFFERENCE 2°C - 25°C = -23°C ADJUSTMENT FACTOR -23°C x -0.28%/°C = 6.44% ADJUSTED Voc 45.78V x 1.0644 = 48.73V MAXIMUM SYSTEM VOLTAGE 48.73V x 11 = 536.03V A10 A11 B10 + - + - + - COPPER LAY-IN LUG W/ SS SET SCREW, ATTACHED TO PV MODULE AT MARKED GROUNDING HOLE, TYP CONTINUOUS #6 EGC RS485 COMM WIRING PANEL "MP" 100A, 240/120V, 1PH, 3W GND N 1"C-1#8GEC TO BARGE FLOATS AND STEEL CANOPY STRUCTURE 1"C-1#8MBJ 1 2 2 2 2 SPARE SPARE C-7127 W-5392-S I I ~ 0 - 1 oo-..., _..., _ ""7 I ii ~ -~ I :I ~ -~ -~ ~ --g g r -r -r -r -r -r - ~ -~ -ii ii r -r - ~ -~ -ii I l -~ _/ -~ ; -I I I ii I ---------------------~ -r··----------------------------------------------------------------. i T i : : : : ' ' ' ' ' ' ' ' ' ' r1-, r1-, r1-, r1-7 I -,-I I --I I __ I I --I L __ _J l -_J L ~ _J L ~ >_J . ·~ -,__, ,__, -+--+---- I ,, -" ---X'--p-----t----'"'-----X'--~,, - - - ii I - r t7 ii I I I I I L==::::::1:::P.:!:====t:::~ -~=l:::::-.::t===============t:1=.============- , 0 l I ,, - - I) 0 - - I ii . a a ---...... l.., __ ---.., __ .., ______ .., __ ---GNII~ - - - - - - - I) 0 I) 0 I) - - - - A..Y - - -7 ) I I) I) I) ) _J • • . -- - - NEW CKT NO. MAIN CIRCUIT BREP.KER MAIN TYPE DESCRIPTION /U/>. MAIN RATING 100A BUS RATING -UPSTREAM CB w ~ 0 z OCPD TRIP w ~ p ~ PANEL: MP VOLTAGE 120 I 240 1 PHASE 3 WIRE MOUNTING SURFACE ENCLOSURE NEMA4X CON. LOAD PHASE DEV (VA) A B - LOAD (VA) LOCATION TRASH INTERCEPTOR FED FROM N/A AIC RATING 10KA ------------- TOTAL CALCULATED AMPS 10.2A ------------- CON. w OCPD w ~ ~ 0 DESCRIPTION >-DEV ~ p TRIP z 1 OVERHEAD LIGHTING 15 1 L 8 392 "' 576 1 0 1 20 CP-2 3 CONVENIENCE RECEPTACLE 20 1 " 1 180 580 400 4 M 1 15 (1) 5 PU MPs 5-B 7 PUMP5 9-12 ' 11 13 15 17 19 21 23 NOTES: SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE (1) (1) 15 15 1 M 4 400 400 1 20 1 M 4 400 400 1 20 PHASE SUBTOTAL (kVA) 1.37 0.98 PHASE SUBTOTAL (AMP) "11.40 8. ·17 LOA.D CLASSIFICATION (TYPEJ~_CO_N_N_EC_T_E_D_L_O_A_D~IV_A~)---------------------~~~ DEMAN□ FACTOR DEMAN □ LOA□ (VA.) CO\JTINUOIJS [Cl LIGHTING [L] HVAC EQ I MOTORS [M] LARGEST MOTOR [LMJ 392 120C 17"i¼ 125% 100% '90 1200 c-------------------------------------j 125% c-------------------------------------j OTHER/MISCELLA\JEOLS [OJ 576 100% 576 c-------------------------------------j R[C[PTACL[ [R] 18U I IR~I 10k@:: 10U%, f-11:MAI\ILJl:R@:: =io¾ 1'U TOTAL CALCULATE □ LOAD 2446.0VA TOTAL FULL LOAD AMPS 10.2A 1. PROVIDE GFCI TYPE BREAKER. 2. PUMPS 1-4 SPARE SPARE CODE REFERENCE NEC/CEC 210.20 N[C/C[C 210 20 NEC/CEC 430.24 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE NEC/CEC 430.22 & 430.24 Nl:UU:l 21U.14 NEC/CEC 220.44 CKT NO. 2 4 6 8 10 12 14 16 18 20 22 24 0 0 SHEA CULBERTSON PROFESSIONAL ENGINEERING I\ I\ L L I\ I\ L L I\ I\ L L