HomeMy WebLinkAbout20163033 - PermitCity of Santa Ana
Permit Counter: (714) 647-5800
20 Civic Center Plaza (M-19), Sanla Ana, CA 92702 Electrical Permit #: 20{63033
Pin #: 6.2280lnspection Requests: (714) 667-2738 lnspector Section: (714\ 647-5853
Project Address: 1 106 E Oxford St Unit
Block: NA
Bldg:
Tract: 2626
Address Range:
Hisloric: No
Suite Range:
Zoning: Ri \LAssessor'sParcel: 014-222-05 Lot: 133
Owner:
Address
Guadalupe zamutio
1 106 E. Oxford St.
Santa Ana, CA 927071413
(7141326-2637
Fos Type
01116002 51600 General Plan Update
Amount
20.56
Qt)'
000
Fee
$0.00
Phone
Tenant Name
Contractor
Address:
South West Sun Solar, lnc
13752 Ha.bor Blvd
Garden Grove, CA 92843
(714) 582-3909Phone
State Lic #: '1004667
Lic Type: C-10
Bus. Lic #: 350754
Workers' Compensation lnsurance:Carrier: COMMERCE & INOUSTRY INSURANCE COMPANY
Policy #: 033571266
Expires: OGlO1l2O17
Building Use:
Job Type:
Nature of Work
Singlo Famaly Dwelling
Solar
Solar
Occupancy:
Conslr Type
Code:
R.3
VB
cEc 2016 Notesr lnstall additional PV panels to existing root mounted
PV system. (12 panels additional 3.48kWA).
Planning Conditions:
Planning Approval By
Plan Checked By:
Permit lssued By:
Subject to Field:
Building Permil #:
Chavez- Dave2(.
10192733
Date
Date
Date 04120t2017
Account#
Misc. Receipl:
Misc. Receipt:
Misc. Receipt:
Total
Ewry pemit issued shell becgrne invalid unless lho wo.r( on lh€ silo
authonzed by such po.mit is conmenced within 180 days after its
issuanco, ot if the wgrt authoized on the site by such petfiil is suspended
ot abandoned lor a period of 1 80 days aftet the time the wo* is
comfienced.
$0.00
$0.00
$0.00
t
lnspector MID#: 2017-135685
Fee Total:
Paid to Date:
Balance Due:
ELECTRICAL.INSPECTOR BECORD
DATE COMMENTS
Sile-Work
Underground
Pole Bases
Light Standards
Spas, Pool, Founlains
Sions (monument)
Lite Sately /Low Voltaqe
Fire Alarm / Dampers
Communications Cable
Buildinq
Under Slab / Floor
Bondinq / Groundino / UFER
Transformers
Torqueing
Sub-Panels
Air Conditioners
Roof Top Equipment
Factory Wired Unit
Walls (Conduit)
Walls (Flouoh)
Ceilinqs (Hard & Soffit Rouqh
Ceilinos (T-Bar Rouqh)
Meter Release
Rouoh
Service Meter I
FINAL 6/tt,/)
Notes, Remarks, Etc. ( - -t
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APPHOVALS ID/SIG.
n\u.J rsre lrDT,Ci!. C r
Itnd.i{ NrnE
I
The Solar America Board for Codes and Standards (Solar ABCS) Expedited permit pro-
cess provides a means to differentiate systems that can be permitted quickly and easily
due to their similarity with the majoriry of small.scale pV systems. Those systems with
unique characteristics may be handled wirh small additions to this Expedited permir
Process or may require much more information, depending on the uniqueness of the
installation.
The following pages contain forms for the Micro{nverter to use with the Expedited per-
mit Process. The Sundard String, AC Module, and Supply-Side Connection forms
are also available as interactive PDF files at www.solarabcs.orgl/permitting. ln jurisdic-
tions that have adopted the Expedited Permir process for pV Systems, these forms can
be filled out electronically and submitted in eirher printed form and via email. An elec-
tronic formar is used so that rhe supplied informarion is standardized and legible for the
local jurisdiction.
RE
C E trrI l^\t
|,PR?071
Crtl, e
lo/727?3 22rc V7
EXPEDITED PERMIT PROCESS FOR PV SYSTEMS, MICRO-INVERTERI
EXPEDITED PERMIT PRoCESS FoR PV SYSTEMS
MICRO-INVERTER
EXPEDITED PERMIT PROCESS FOR SMALL-SCALE PV SYSTEMS
MICRo-INVERTER
The informalion in this guideline is intended to help localjurisdic ons and conrracbrs identify when pv sysrem insallarions
are simPle, needing only a basic re1,iew, and when an installadon is more complex. tt is likely rhar 50 % -75 % of all residenrial
systems will comply wirh lhese simple criteria. For projecrs rhat fail o meer rhe simple criteria, resolution sreps have been
suggested ro provide as a parh ro permir approval.
Required Infonnation for Permit:
l. Site plan showing location of major components on the properry. This drawing need not be exacrly ro scale, bur ir
should represent rclative location of components ar site (see supplied example si!e plan). Pv arrays on dwellings
with a 3' perimeter space ar ridge and sides may nor need separate hre service review.
2. Electrical diagram showing PV array conhguration, wiring system. overcurrent protection, inverre( disconnects,
required signs, and ac connecrion ro building (see supplied standard elecrrical diagram).
3. Specincation sheets and installation manuals (if available) for all manufactured components including, bur nor
limited to, PV modules, invener(s), combiner box. disconnec6, and mounting system.
Step 1 : Structural Review of PV Array Mounting System
Is the aray to be mounted on a defrned, permltted rcof srructurc? Ey.s EIno
lf No due to non-compliant roof or a ground mount. submit completed worhsheet Jor the structJre WKSI .
Roof Injonnation:
l. Is the roofing rype lighrweighr (Yes = composirion, Iighrweighr masonry metal. erc ..)Yes
3. Provide method and rype of weatherproohng roof penerrarions (e.9. flashing. caulk)Flashing
M ounting Syst ern Infonnat ion :
l. Is the mounting srructure an
benearh the module frames?
e neered product desi gned to mount PV modules with no more rhan an I8" gap
Yes No
IJ No, prwide detaik of structural attachmmt certiled by a design proJessional.
2. For manufacrured mounting sysrems, hll out information on the mounting sysrem below
a. Mounting Sysrem Manufacturer SWH product Name and 1,t4o6"1x Solar Mount
b. Toral Weight of PV Modules and Rails 't478.40 bs
c. Total Number of Attachment Poinrs 66
d. Weight per Attachmenr Poinr (b + c)
22.40
bs (if greater than 45 lbs. see WKSI )
e. Maximum spacing Berween Atachment Points on a Rail 72 inches (see producr manual for
maximum spacing allowed based on maximum design
563.77
wind speed)
f. Tolal Surface Area of Pv Modules (square feet)
g. Distribured Weighr of PV Module on Roof (b + f)2.62 lbs/fF
Il dis*ibuted weight of the PV system is geater than 5 lbsttr, see WKSI .
Step 2: Electrical Review o[ PV System (Calculations for Electrical Diagram)
In order for a PV system to be considered for an expedited permit pmcess, the following must apply:
l. PV modules, urilily-inreractive inverters, and combiner boxes are idenrihed for use in PV systems.
2. The PV array is composed of 4 series strings or less per invener
5. The roral inverter capacity has a continuous ac power output 13,440 Watts or less
4. The ac interconnecrion poinr is on the load side of service disconnecring means (690.64(8)).
5. one of the sandard elecrrical diagrams (E I . I . E L I a, E I . I b, or E ]. I c) can be used ro accurarely represent rhe pV
system. Interactive PDF diagrams are available al wwwsolarabcs.org/permitting.
Fill out the stondard electrical diagram completely. A guide to the electical diagram is prottided. to help the applicant
understand each bllnk to lll in. Il the electrical system is morc complex than the standard electrical diagran can efJectiveb,
communicate, provide an alterfiative diagram with awropriate detail.
2 rxpEDrrED PERMIT pRocEss FoR pv SysrEMs - MrcRo-INVERTER
IJ No, submit completed worlrsheetJot rooJ structure WKSI (No = heavy masonry, slate, etc.. .).
2 Does rhe roof have a single roof coveringz Elyes Effo
IJ No, submit completed worksheetlor rcoJ structure WKSI .
SCOPE OF WORK / SYSTEM SUMMARY
DC Systom Sizs: (N6w) t.at kW Roof Mountsd PV Sy3t6m
(Erbting) 5.60 kW Roof Mouhtod PV Systom
Main Servico Panol Rating: (Enshg) 125 A
AC Disconnsct (Now) NEMA 3R G0 A Rst6d
Fr' Model #: O?) (Now) Hwndai HIS-S2gORG
lnvortor Model #: Oa (Ne\,v) Enph636 M2g)-72-2LL-S2x (240V)
Rail Modol: Solar War€hous6 Standad Rails
Mounting: Solar Wa16houso
R@F SUMXARY
Modulss on Root q?
Structuro Typo: SFR
Roof Typo: Shlngl!
Azimuth: ??q'
Roof Tilt 7
Numbor of roofs usod: 2
Numbar ol Sto,rios: 1 story
Root Framing: I-.1! D.F. #2 I!&E @ !q O.C.
Penolration spscing: 64' max
PV Area: 503.7, sq. n.
Modulo Long[h: 64.57'
Modulo Wdth: 39.29 '
Modul6 W6ight 4'1.20 lbs
MoiJntng ha.dware w6itht= 180 lbs
Total woight on rcot
[(41.201bs)x€A]+160='1478.40 rbs
1476.40|bd 563.77 sq. fl.= 2.C2 lb. p.r.q. tt
147E.40 lbs/ 66 attachm6nts = 22./O lbr.tlrchm.nt (12) NEW UL LTSTEO PV
AT 270. AZIMUTH. MOUNTEO AT I
PARALLEL TO ROOF SURFACE
(e)PV MOOULES
o
3
f*l +I
LEGEND
ElEMain Elsctrical Sodico Pan6l
f,AOAC Disconnocl
IIIMlnvoator
EmSub PaneuEloc,trical Load Conter
GECornbiner BorPan€lboard
Ef,OPan€lboard For Solar Only
TEI Solar Equipmont
(11)NG PV MOOULES,
)
)
))J J
,,]-JJ J))1 )
-.tJ_..1J J)t)) J)))))L
LLLLLLLLLL ))JJ))
_) -) ))l)l ] l
LLLLLLLLLLLLLLL
LLLLLLLLLLLLLLL ))-J)-)),)))))))))
)-1)) J)))J J
LLLLLLLLLLLLLLL _) ))) )
_) J)) J) J)))LLLLLLLLLLLLLLL I-l ))
I l -l ]IlJ)))
PV.O2
Roof Plan
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One-Line Standard Electrical Diagram
for Micro-lnverter PV S temsSOIJIHWEST SUN SOI R, INC
13752 HA BOR ALVO
olRo€N GROVE, CA 923,13 site Address: 1loa E oxFoRo sT. s,^NraaNA. ca 92104
System AC Size: 3.48
Site Name GUADALUPE ZAMUOIO
o EQUIPMENT SC1JTOULE
DESCRIPTION PART NUMBER
PV DC or AC MODULE
OCI/AC INVERTER (MICRO)
J-8OX (rF USED)
AC COMB PANEL F USED)
GEN MEIER (lF USEO)
AC OTSCONNECT0F USED
SERVICE PANEL
NOTES
Enphr.c M25G72-2L[ 52, (2aov)
UTILITY
SERVICE
5
6
7 Squ.6 O 3o.mp OU221Ra / 60.np OU222RS NEMA 3R
SEE GUIOE APPENDIX O FOR
INFORMATION ON MODULE ANO
ARRAY GROUNOING
MICRO-INVERTERS
IN ERANCH,
ctRcurr
MICRO.INVERTERS
BUILDING
GROUNDING
ELECTRODE
IN ARANCH.
CIRCUIT
I---
FOR UNUSED MODULES
PUT'N/A' iN BLANK ABOVE
CONOUIT
SIZE
311
SAME
r0 EMI
MOD MOD MOO
DC
,-BOX
)
INVERTER
ocPo
tr..MOO MOO MOD -l i
-J-rl -l''- " -El
*'.r:i"
ry
TTI
A CONOUIT AND CONOUqTOR SCHEOULE
DESCRIPTION OR CONOUCTOR TYPE COND NUMBER OF CONDUIT
GAUGE CONDUCTORS ryPE
1 USE-2 E or PV wlRE E MFG MFG Cablo
2 GEC I EGC O XALL THATAPPL
1 EXTERIOR CAALE LISTED W INV
THWN-2 D or XHHW-2 E o. RHw-2 E
MFG Cable
3 EMT
GEC ! EGC O X ALL THAT APPLY
MFG
10
l0 SAME
NO OC GEC IF 690 35 SYSTEM
THWN-2 O or XHHW-2 O or RHw-2 E
GEC D EGc O XALL THATAPPL SAME SAME
NTS
MICRO- I NVE RTER ELECTRICAL DIAC RAM
;I
(
((
!
o
L
C
_t
1
2 M
I
2
I
\1A
A
A
A
-
35
t0
I
Notes for One-Line Standard Electrical
Diagram for Single-Phase PV SystemsSOUTXWESI SUN SOT R, INC
GAROEN GROVE, CA 826'3
Sile Name: GU^o^IUPE ZUMUolo
site Addressjld E oxFoRo sr. s Nra AN , c^e2ro,
System AC Size: 346
SIGN}STE GUIDE STCTION 7
NOTES FORALL DRAWINGS SIGN FOR DC DISCONNECI
SIGN FOR INVERT'R OCPD AND AC
DrscoNNEcT (rF usEo)
SOLAR PV SYSTEM
AC POINT OF CONNECTION
AC OUIPUT CURRTNT 15A
NOMINALACVOLTAGT 240V
THIS PANEL FED BY MULTIPLE
SOURCES (UTILITY AND SOLAR)
PV MODULT RAIINGS @ STC (Guide Section 5)
Hyu ndai
OCPO = OVERCURRENT PROTECTION OEVICE
NATToNATELEcrRrcacoDE REFERENCES
sHowN As (rvEc )m(.)oo
INVERTIR RATINGS (Guide Section 4)
MAX AC CURRENT 1.00
MAX OCPD RATING 30
NOJES FOR ARRAY CIRCUIT wlRrNG (Gude Secliqn 6 and 8 a6d Ap06ndx E)NOTES FOR INVERTER CIRCUITS (cu6e Socton E and 9)
I.) LOWEST EXPECT AI.IBIENT TEMPERATURE BASED ON ASHRAE MINIMUM MEAN
EXTREME DRY AULB TEMPERATURE FOR ASHRAE LOCATION MOST SIMILAR TO
INSTALLATION LOCATION. LOWEST EXPECTEDAMBIENT TEMP ]LOC
2,) HIGHEST CONTINUOUS AMEIENT TEMPERATURE AASEO ON ASHRAE HIGHEST
MONTH 2* DRY BULE TEMPERATURE FOR ASHRAE LOCATION MOST SIMII,AR TO
INSTALI-ATIoN LocATIoN HIGHEST coNTINUoUS TEMPERATURE 6L.c
2,) 2OO9 ASHRAE FUNDAI.IENTALS 2'A DESIGN TEMPERATURES DO NOT EXCEED4fC IN THE UNITED STATES (PALM SPRINGS, CA IS 4,T,1OC), FOR LESS TITAN 9
CURRENT-CARRYING CONOUCTORS IN ROOF.MOUNTEO SUNLIT CONDUITAT
LEAST 0,5'ABOVE ROOF AND USING THE OUTDOOR OESIGN TEMPERATURE OF4rC OR LESS (ALL OF UNTTE0 STATES),
a) l2 AWG, gO'C CONDUCTORS ARE GENERAI-LY ACCEPTAaLE FOR MODULES
WTH llc OF 7 68 AIrPS OR LESS wHEN PROTECTED AY A 12-AMP OR SMALLER
FUSE,
b) 1O AW6,gO'C CONDUCTORS ARE GENERALLY ACCEPTAALE FOR MOOULES
WllH llc OF I6 AMPS OR l-ESS WHEN PROTECTED BY A 1IAMP OR SMALLER
FUSE,
1) IF UTILITY REOUIRES A VISIALEAREAK SwlTCH, DOES THIS SwlTCH MEET THE
REOUIREMENT? YESE NOO N./A E
2) IF GENERATION METER REQUIRED, DOES THIS METER SOCKET MEET THE
REQUIREMENT? YES E NO O N./A tr
3) SIZE PHOTOVOLTATC POWER SOURCE (OC) CONOUCTORS BASED ON MAX
CURRENT ON NEC 89O 53 SIGN OR OCPD RATING AT OISCONNECT
4) SIZE INVERTER OUTPUT CtRCUTT (AC) CONOUCTORS ACCORDTNG TO TNVERTER
OCPO AMPERE RATING (Soo Guldc Scc{o g)
5) TOIA! OF INVERTER OUTPUT CIRCUIT OCPqs). ONE FOR EACH MICRG
TNVERTER clFciiif DoES TorAL supply BREAKERS iciMpLy wrrH t20.'6 BUSBAR
EXCEPTTON rN 690 64(BX2Xa)? yESE NOtr
Enphase
M 25O-72-2LL-52\ 1240V)INVENftR MODTL
MAX OC VOLT RAIING 62
MAX POWER @ 4O"C 240
NOMINAL AC VOLTAGE 240
MOOUT€ MODEL HIS.S29ORG
MAX POWER-POINT CURRENT (I!P)9.'r
MAX POWER-POINT VOLTAGE (V*)32.1
oPEN{tRCUrT VOLTAGE (Vc)39
MAX SERTES FUSE (OCPD)
MAXIMUM POWER (PA)
MAX VOLTAGE (fYP 6OOVOC)
voc TEMP coEFF (mvfcO or 96fC tr)
45
290
600
1 .',t2
IF COEFF SUPPLIEO, CIRCTE UNITS
NT5
NOTES FOR MICRO_[NVERTER ELECTRICAL DIAGRAM
I tto sign nocessary 3inc.690.51 I II markir{ on Pv.nodule covors I I
I nood6d informatioo I
l
sHoRT-oRcurr cuRRENT (hc) l9 8
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