HomeMy WebLinkAboutConstruction PlansC-1 a. COVER
E�l 1.1 ELECTRICAL DIAGRAM & CALCULATIONS
S-l: STRUCTURAL DIAGRAMS
S-20, STRUCTURAL CALCULATIONS
SCOPE O WORK.
INSTALLATON OF GRID -TIED PHOTOVOLT IC SYSTEM
CODE SUMMARY --
STATE BUILDING ELECTRICAL
FLORIDA 2017 FBC, 6TH 2O14 NEC
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C-1
SYSTEM DESCRIPTION CODE SUMMARY
• GRID-TiEDPHOTOVOLTAIC SYSTEM. STATE.. BUILDING •ELECTRICAL:
• (37) ENPHASE IQ7 MICRO -INVERTER
FLORIDA 2017 FBC, 6TH 2014 NEC
®
(37) S-ENERGY 310W MODULES
• SYSTEM
• (37) PHOTOVOLTAIC MODULES ARE CONNECTED INTO (37) MICRO -INVERTER :.
• - CONNECT INTO 3 CIRCUIT OF 12&13 MODULES & MICRO -IN VERTERWHICH FEED
(37)MICRO-INVERTER O ( )
3 ' 2-P 240V 20A CIRCUIT BREAKERS
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• TO PHOTOVOLTAIC P OTOVOLTAIC SYSTEM STC RATED DC ENERGY POWER PRODUCTION OF 11,4
70 WATTS
a INVERTER HAS MAXIMUM POWER POINT TRACKING (MPPT)
e INVERTER MEETS REQUIREMENTS OF 3-P POWER
• INVERTER MEETS IEEE 1547
INVERTER M• ALL ELECTRICAL EQUIPMENT INSTALLED ARE UL LISTED
all FBC ADMINISTRATION CODES NOW IN EFFECT NEC 2014; FBC 2017" rtALL
E ADMINISTRATION 1 FBC
ASSOCIATED
D ANA ELECTRICAL EQUIPMENT UIPMENT TO BE INSTALLED ARE UL LIST:ED:tI
ELECTRONICS, .SOLAR PANELS S
SYSTEM AUTOMATIC OPERATION
1. GRID POWER IS PRESENT, PHOTOVOLTAIC SYSTEM FEEDS THE LOAD AT DAY TIME.
2. GRID POWER IS LOST, PHOTOVOLTAIC SYSTEM AUT(MATICALLY DISCONNECTS FROM THE GRID.
3. PHOTOVOLTAIC SYSTEM WILL AUTOMATICALLY RESUME FEEDING POWER TO THE GRID. WHEN THE
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PROPER GRID VOLTAGE AND FREQUENCY IS RESTORED (IEEE STANDARDS) AND THERE IS ENOUGH SUNLIGHT
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Point of Utility -
0
Micro Conhecfion
Inverter
Array (see options)
Revenue Meter
Item
Manufacturer
Model
Listing / Compliance
PV Modules
S-ENERGY
31OW
UL
Inverter
Enphase
IQ7
UL
AII'. disconnects
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Y
DC & AC
UL
All overcurrent protection
Enphase
DC & AC
UL
FSEC CERTIFICATION
C-ENERGY
Enphase
31OW
IQ7
RV-16-0106A'
Enphase IQ 7 and IQ 7+ Microinverters
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Grid voltage: 1-240 V
INPUT DATA (DC)
ICk7-60.2-US (IQ7-80-B-US IQ7Pi US-72-2 US; :Q7PLUS 72 8 US
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OUT DATA (AC)
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Current atP as (imp) : 9t2A 420A 926A
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Ambient temperature:
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Maximum continuous o.l. ul current
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) .. (0$ ) 12 A{240 V) 13ff.A 208 V)
Module Effie ncy 7833% 1863% i894%
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Average High Temperature: 78.0 F
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16 240 VAC` 13 (208 VAC) - 13 240 VAC) i 11 2 8 VA
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Power factor (adjustable)
0 7 eading ;:. 0.7 lagging 0.7 leading ... 0.7 laggmg
S-ENERG
EFFICIENCY
@240 V @208 V @240 V @208 V
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PER FL. STATUTE 377.705 (REVISED 7/1/2017), 1 RYAN GOOLABSINGH PE #82345 AN ENGINEER LICENSED-
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nominal power ratio (max. DC power of the inverter
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Rapiam,xlm DCAddpmr(UTX). Q-DCC-S DO adaptor to VTX(max voltage Inc VDC)
Mai<imum utput Each Cument 32A
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OvemumeM PratecOPn Gevlce 30
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Team abrap:or unused cable Soing excl orumaod...reactor
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'Valuoe movded for 25°CTo,13'AN chatne/dncta I., �I -1 _____ :.__-___. ... _.
En Fallen mode, arle.rge pover s imited to 33 W. ! - parahn$ Temparffiura-20°Cto50°C(flFm122°F)
ACto1,awpm AC.le Imxmnngof No.' Pi mums Temperature 0°C Iv 30°C (32°F mas°F) -
petatini Humido(An, net. 100%,comamen,
To ieaYO .Ora about Enphase offerings, visitenRnasa.cam - 11 Stcrege Condition. -20°C m 30°C (�'F to OWE)
e zgta EpinalOwnairlghm;esa;vac as r,mE.naa<. orbmras danavaa»wwam oteeuneae E:,erer.lr" COMPLIANCE INFORMATION Calcifications UL tsa2, tn.it7at ulle�s - !!I i : up to 9s%RN. norvcoraensirlg
U gal IEEE154]UN 3a3 I1. � State of Enmgy(SOE) 25%easel
g y - g Teal dd connect on dwldeePmpatblitly -i11 Maxmmn Election 30M m(0343 ff)
The NP=C gives your the choice of four methods for ensuring electrical
continuity at service equipment, service raceways, and service conductor enclosures [250 92(B): : I -- 1 i ____-- _-_-- "--"
.r' Bond metal parts ffie service neutral conductor. This requiresamaia bondin 'um er 250.24B and 250.28: emronmenf. Inaoartna auMoor rams
F.t3ondung}Nmpe s. o d 4 parigJ P i (. } ] Em�isaions F cPad tS Class Big Do3__ 11 .....
-"' ' - F--knum Type _- NEMA 3R _-
Because the service neutral conductor provides the effective ground -fault current. path to the power supply [250.24(C)I, : En#imnmenmi ,__ Hs Dirac ve ban ? _,.
5 Ex 2 : 1 Ingrains Rain, ....- IPW (Battery & Pacer ElaCtror.w)
.you don't have to install an equipment Bounding conductor PVC conduit containing service -entrance conductors [250,142(A)(1)zmd 3-2.60 ], seismic Atss IEEE 6eaa0o5 (hqh)
______ _.._..____:I _ - ..._!.; IP56 iwldn. narrational
I
2 Threaded, fitlin,Es. Terminate metal raceways to metal enclosures by threaded hubs on enclosures (if made wrenchbght). -
1, I
3,Thrcucllese atran s. Teammate metal. raceways to metal enclosures by threadless fittmes (if made light) Want Rating vas
4.Other listed dcwic'es. These include bonding -type lockouts bushings, wedges, or bushings with bonding jumpers. ___ __l I - - 1,-__...al at 3-.._-___----
.!; , g , .. g g.. P --- la4er: tin a____ 1 3o c---
st - --- -
DESIGN TEMP 91 DEG C, ADDER '60'DEG C(310.15(B)(2)(C); TOTAL 151 DEG C
-r'-
#1 THWN-2
MULTIPLIER AT 151 DEG C IS .58(310.16 CORRECTION FACTORS) 0
RATED 40 AMPS, TIMES .58 = 23.2 AMPS. 8 CONDUCTORS IN SINGLE CONDUIT
o .2 'X .7 -
16.24 AMPS
ADJUSTMENT FACTOR IS 50 /o. 2 3
I I
1
I
BONDING MiDCLAMPASSEMBLY
Stainless steel Midclamp points, 2 per module, NOTE:
ierce module frame anodization to bond
p 37) MICRO -INVERTERS TOTALAMPS: 37A 1I Lo os
module to module through clamp.
TOTAL 2P 240V 20A BREAKERS. 3
Serrated flange nut bonds stainless steel clamp SYSTEM TOTAL BACK FEED RATING: 60A
to stainless steel T-bolt
Serrated T-bolt head penetrates rail anodization ELECTRICAL BREAKER RATING: 200A
to bond Tbolt, nut, clamp, and modules to ELECTRICAL PANEL RATING: 200A
grounded SM rail. LINE SIDE TAP
NEMA-3R
J-BOX
6X6X4 "
1
2
3
4
5
6
7
8
9
10
11
12
13
1
2
3
4
5
6
7
8
9
10
11
12
1 2 3 4 5 6 7 8 9 10 11 12
#1.2 THWN-2 WIRE PROVIDED
BY MANUFACTURE
AC INTERCONNECT CABLE
BLACK-L1
RED-L2
I
1 6 #10THWN-2 ENPHASE Microinverter TYP.
i '
ATTACHED UNDER EACH MODULE
1 #8 THWN-2 GROUND 1 PVC SCH80 CONDUIT NEC 690.12 CODE COMPLAINT
I
3 #6 THWN-2
I 1 #8 THWN-2 GROUND ROOF ARRAY
I 1" PVC SCH80 CONDUIT
2" PVC H4 SC 0 CONDUIT NOTE.
)
2 #1 THWN-2- LOAD SIDE TAP CONNECTION IN MDP
1 #4 THWN-2 GROUND WITH PIERC
ING NG TAPS BETWEEN METER
I SOLAR i 2" PVC SCH40 CONDUIT DISCONNECT LOAD SIDE AND EXISTING MAIN DISCONNECT
' ENPHASE SOLAR
AC COMBINE ELEC. PANEL I 2 #1 THWN-2 TESLA BACKUP n
R BOX 2.5 PVC CONDUIT
1 #4 THWN-2 GROUND GATEWAY RELAY EXISTING
EXISTING MDP/ � 240V 80A 3 TES 240V 125A 3 3/0 THWN-2
STANDBY LOADS I POWE( RWALL 2 V 240V 200A 1 #4 THWN-2 GROUND SERVICE
240V 200A I 13.5KWMina 240V 200A
I O TLET 240V 30A I 200A
IFOR ENVOY
I ENPHASE
40V 125 M EXISTING
r� IJJ SOLAR METER
I 1oA I' .. soo DISC. 240V 2(XIA
30A FUSED@' EXISTING '
2oA 0A' 40V 125 ATS 4
I-> -2 A N. G---- I` METER
N 30A =. - 1 240V 200A
N
r
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.
Q -
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1 L1 L
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L
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9 #10 THWN-2 1 #4 THWN-2 GROUND
1 #10 THWN-2 GROUND 3 3/0 THWN
EXISTING SERVICE
INTERIOR EXTERIOR. GENERATOR 5/8"GROUND'ROD
REVISIONS:
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DATE: 7/6/2020
SCALE: NTS
DRAWN BY: J.B
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LABEL FOR EACH J'-BOX LABEL FOR SOLAR AC COMBINER BOX
LABEL SIZE: 4" x 2" LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
PHOTOVOLTAIC SYSTEM
A COMBINER PANEL
DO NOT ADD LOADS
/4\ z/t\\CAUTION
1�
SOLAR POINT OF CONNECTION
LABEL FOR SOLAR AC COMBINER BOX LABEL FOR MAIN DISTRIBUTION PANEL
LABEC''SIZE: 5-1/2" x 2" LABEL SIZE: 4" x:1"
PV SOLAR BREAKER WARNING 1T \
DO NOT RELOCATE A6 DUAL POWER SUPPLY
THIS OVERCURRENT
DEVICE SOURCES: UTILITY AND
PV SOLAR ELECTRIC SYTEM
LABEL FOR SOLAR CIRCUIT BREAKER
INSTALLED IN MDP ' LABEL FOR MAIN DISCONNECT OR METER
LABEL SIZE: 2" x 1 LABEL SIZE: 4" x 2"
A
PHOTOVOLTAIC SYSTEM EQUIPPED
WITH RAPID SHUTDOWN
IV b.- A 4J W. I L
LABEL FOR SOLAR DISCONNECT LABEL FOR SOLAR DISCONNECT
LABEL SIZE: 4" x 2" LABEL SIZE: 4" x 2"
NOTE: INSTALLER MUST FILL IN AC OPERATING CURRENT
ON LABEL.
---------------------
3 S-ENEOWR�65.7"
AwlALLOWABLE Load:
39.341-- NOTE: Install mid clamps between modules and end clamps
fw
SOLAR MODULE at the end of each row of modules.
ALUMINUM RAILS SHOULD ALWAYS BE SUPPORTED BY MORE THAN
FOOTING ON BOTH SIDES OF THE SPLICE.If
L
ROOFAREA
STANDINGEXISTING • METAL • OO
• TOTAL
• ROOF
i AREA:
• • '4 s •
TOTALy PHOTOVOLTAIC
. Ja .. O• • • ♦. a s y
PERIMETER WIDTH: 4.41
MEAN
i. ROOF
O•
ROOF
• SLOPE:
MODULES:TOTAL
�Y
ROOF MOUNTS: 112
ALUMINUMTOTAL POINT OF CONNECTIONS PER MODULE: 4
RAILS:
N
ROOF PLAN
REVISIONS:
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DATE: 7/1 /2020
SCALE: NTS
DRAWN BY: J.B
PAGE:
S-1
1/4 SS 18-8 BOLT 3/8" SS 18-8 BOLT REVISIONS:
END ALUMINUM!
M &MID CLAMP 1/ALLOWABLE LOAD:6,010 ATED NUT 3/6" S SERRATED FLANGE NUT
ALLOWABLE LOAD: 11,930 tbs.
ALLOWABLE LOAD:529 Ibs DISTRIBUTED LOAD: 240 tbs MAX. DISTRIBUTED LOAD: 262 tbs
DISTRIBUTED LOAD: 240 tbs
• ,:d:> ap:.q z :,: Is < :: ; 23s c e;a e;.
R Rails
s, 1 SOLAR MODULE: 18.05 sq-ft ALUMINUM L-FOOT
XR10 Rail XR100 Rail XR1000 Rail Internal Splices _ MAX. RATED WIND LOAD: 113 psf (5400 pa), ALLOWABLE LOAD: 707 tbs.
WIND LOAD APPLIED: -58.9`psf MAX. DISTRIBUTED LOAD: 456 tbs
7 pde k MAX. LOAD PER PANEL: 1063 tbs. Z
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S-5 ROOF CLIP Q
. _- ^• � d . (ATTACHED TO STANDING SEAM) { -�
ALUMINUM RAIL lea
ALLOWABLE LOAD. 4751bs.
ALLOWABLE LOAD OVER 48 : 120 If
P MAX. DISTRIBUTED LOAD. 456 Ibs
DISTRIBUTED LOAD OVER 48";77.65p1f i L I � � Q
cF Lu > M 06
06
A low -profile mounting rail The ultimate residential A heavyweight mounting All rails use internal splices ,�a•1' -( Q
iSY 4 A
for regions with light snow. solar mounting rail. rail for commercial projects. for seamless connections. $ ar
STANDING SEAM .S Qu" Q
• 6' s annin capability 8' spanning capability 12' spanning capability Self -tapping screws 3t k N
p 9 ` WH'4 METAL ROOF tv O
• i • ilit Extreme load capability • Varying versions for rails '-` m Q
Moderate load capability Heavy load capab y Y Y g
m m p
• Clear & black anod. finish Clear & black anod. finish Clear anodized finish Grounding Straps offered $X6 RAFTERS 24 OC o
t. _
mac..
Not.:Ndtmsc.!. r.i 3h _ SLOPE: 14.04 DEGREES J
ATTACHMEN to
ETAIL a`�
Attachments AI
ASCE 7-10 Velocity Pressure
FlashFoot Slotted L-Feet Standoffs Tilt Legs - -- - --- - -- �-
-5- Mini i gz10 = 0.00256Kz Kzt Kd V2 cn
,
,
d 5?
where:
gz70 = ASCE 7-10 velocity pressure evaluated at mean roof height (psf)
wtoi,
iL , yyK velocity pressure exposure coeffctent
rnIN
Kzt - topographic' factor
Kd= wind directionality factor
l {y� tqq . V basic wind speed (mph)"from ASCE "-10 maps referred to as �p CO
.Iz...,iF>F1wf4r•a.v.X :„
Anchor, flash, and mount Drop -in design for rapid rail Raise flush or tilted Tilt assembly to desired ultimate winds speed maps in 2012IBC.00
p p
with all -in -one attachments. attachment. systems to various heights. angle, up to 45 degrees. tti�i� ° k a) m
° As an example. for an array having an area of 158.04 sq.-ft.,co
• Ships with all hardware High -friction serrated face Works with vent flashing • Attaches directly to rail
P the total uplifting (resultant) force acting on the array (n Co
t �fw u! J
• Heavy-duty profile shape Ships re -assembled Ships with all hardware t would be -9.1 psf x 158.04 sq. tt. --6,1793641b. K Wowing this o� 0)
IBC & IRC compliant vy y p p p p p
„ resultant force the design engineer can now determine > O
. finish 4 and 7 Lengths Fixed and adjustable u.E g g O
Certified with XR Rails Clear &black anod .CO
g _MI the number of attachment points and the size of the Q
mounting hardware necessary to safely carry this load.
co m
CamGroundingIra ao U
Live Loads:
i='"! ,d+Ys,•MR tdW-4,...-. uux ,m._rs, , _. .::::,:..=v:. :::::2 >.. , ::::: ,.d :,.. `-/�-J Ql
End Clamps Grounding Mid Clamps T-Bolt Grounding Lugs ...3 Accessories
Live loads associated with photovoltaic systems are C)
s-s! 1 warntn9! Please use this product responsibly! Distributed by usually assumed to be distributed uniformly and are small, co
ttil V
dompiPrula'i ine Prenecn o Qy multiplean, r. and ernsforeign patents. Visit the stroae at wwwourvo,m for J
,• •' y �Y'. be Mani lnioand ranoNPafenfssnd U.mr, mks For rinaximut,es Cl mstrength, tomaewshould
t f r eieped ad the eaam, markets cemprasses , you se straw tension should be on the order of 4 psf or less.
an, pd u�l A a ca brateo teryue wrench C all other
tme and i incher gauges
when used on 22ga steel.
"_• '"' ".,'.y:,. an,
at n130 and15 f ir:ch Pounds data
roll
andstrength
gaugesof stet Consult tha:S-S.
webspe a'[ www S 5 mn+. for or btshetl data regarding ficldin9 strength: - -
M!agCopyright se Metal protests
its patents,
tr Ltd. ar products are patent protected
SS, aggress very proteds:its patents. trademarks and copyrights. Version 02WT9.
_ m S5 Product-Sheet_S5N NEW 2.0 All 2 2019 3'.37PM
MANUFACTURER CONTACT INFO.
Slide in clamps and secure Attach and ground modules Ground system using the Provide a finished and
• rail's o slot. organized look for rails.
modules at ends of rails. in the middle of the rail: top g S-5! Attachment Solutions COD
• Milf finish _&_black anod Parallel bonding T-bolt •Easy top -slot mounting • Snap -in Wire Clips Metal Roof Innovations, LTD.
• Sizes from 1.22" to 2.3" Reusable up to 10 times • Eliminates pre -drilling • Perfected End Caps ( 8655 Table BLitte Road
• Optional Under Clamps Mill & black stainless • Swivels in any direction • UV -protected polymer
Colorado Springs, CO 80908
Free Resources ___.____ (8�9) 495-0045 (fax)
r.
Design Assistant NABCEP Certified Training
I
Go from rough layout to fully Earn free continuing education credits, General Information
engineered system. For free. while learning more about our stems.
g Y Y info s-5.Com
ma yp yy..�� @ yp�y y�g 9 �y ,�y yr, ry^p ryry j.pq { g ,�•� any 9�, yry �r ,�y� k :g d �p Y 8 ______ _ _ _ � �<<,
4" to E01d10 hBi[ gn. Vf4N.f iNr t " o to i9`°onRidge.comitraii ing I ,��``N S 4.. l `f
;ti:�;S�
ABOUT THS TOOL: J4 ofLyh c�
This tool is based on the C&C Wind Loads for Enclosed
Q O
buildings. Design wind pressures are calculated using ASCE = � • �1 ' Q -
DESIGNWINDPRESSURECALCULATIONS 7-10equation 30.ri-1. All notes inFigures 30.4-1,and 3o.4- s �
AA
2(A,B,and C) have been incorporated. Mean roof height
••t _ „ , FOR SOLAR MODULES INSTALLED ON ROOFS must be less than so feet
.,
u, r,RbfEs
`SITEINFCiRMATIOiW /viu{u14t1
S-5 LOAD TABLE =
fBC VERSION 2017 RISK CATEGORY II
MEAN ROOF HEIGHT (ft) 14 ESPOSURE CATEGORY C
(Parallel LENGTH (ft) 56 ROOF SLOPE let 14.04
,Load Test Results WIDTH (ft) 63 ROOF TYPE GABLE M
PARAPET HEIGHT (ft) 0 ULTIMATE WIND SPEED 175 mph o
This
". ,` MODULE LENGTH (in) 65 NOMINAL WIND SPEED : N H W
e e Sllot,,s oL:r current list of Loam rest: Results. You can l . tt "" # �� � � W � to = W
i lk.: •:. ', . ,`` ARRAY VVIRI� LOAD CALCULATIONS MODULE WIDTH (in) 39.10 KD : 0.85 "W W U ? >- F
Choose from the options below to display the desire load test..,.: „, # OF MODULES IN ROW 1 K 1.0 (Z Q M r� > x t J
SOLAR PANEL 12 zr � Z � M > i-
EFFECTIVEWIND AREA (ftz)' 18.0 K 0.85 W LLIU um 4 IL
Total Area (SF) 216. CY _.i FW- T fn Ci
Wind Load (PSF) -58.9 - __ . _ F:. --_._ w to
rg #}ESliaxt CAtC11LATIONS"' M ^ Panel Manufacture" Total Wind Load (tbs.) 12757.7 W F- ,n
/ y *y z W W NMOE-aZ
.._i ....._.... : t .......... ...��, 3 , ......... VELOCITY PRE- Q W
PRESSURE 00256 K K V
1q/ rY ZT D Z M
:._ t Total Roof Mounts # 28 �
,a ... �. ( ) w C
5......,.. tU.......:.. ...4...... VELOCITY PRES RE F-
l3rtl ".R. a .................. 4..3 t w.:... SU ASD 33.9 Cr3
„ O{ ( ) - J w
3 „4,'i.,i,. Tension Force er Moun I 45 7
N 4,.,:_ { t// bs 5 6335 1 - U
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WMQri��=
WIDTH OF PRESSURE COEFFICIENT 56' * 10% = 5.6' WIDTHMOM Q M ' I- _i
00
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A ...,.S I Out Calculations
4� t a., 5 Clamp PUII
.e, fi { t..s , .......r,{, :2 t 3 S -!. P.-k .. ..._v'4�` Y�if ..'S't*x .s:
EXTERNAL rr> }. { .3,". s. t,.3{ .;,;,.,.,. ,4 ri :• �, „_:;y;., fF {,., .. TE NAL PRESSURE COEFFICIENT ZONE 1 0.9 -0 9
d,1_....:,..v«i.,«.i.«�t,;-..,,..✓».4:--,.-,_,;;.{„--,-,....,:+,,-.,,-ro,».,. }viv LL
Ultimate loads 1426 Ibs. ZONE 2 0.9 -1.6
Allowable loads 1426 lbs. / 3 = 475 Ibs. ZONE 3 0.9 -2.4
Allowable Pull Out Strength per Clamp 475 lb
DATE: 7/1 /2020
Max. Pull Out Strength Required per Clamp 456 INTERNAL PRESSURE COEFFICIENT (+/-) 0.18
Allowable Clam Pull Out Strength Safety Factor 1.0 I SCALE: NTS
Showing Tact R . t_, & 4� ` -0 .
p g Y
Ultimate Clamp Pull Out Strength Safety Factor 3.1 t1EStGN PRESSURE
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