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. EXPEDITED PEfu\IIT PROCEsS EOR ,SI\LALL-5CeIe PV S\,5TE\,iS 5TANDARD STRIN. S\'SIEN,T The informadon in rhis guideline is intended to help local jurisdictions and conrractors identify when PV system installations arc Simplc, nccding only r basic review and when an installation is more complex. it is likely thar 50%-75% of all resideniial systems will comply with these sirnpie criteria For projecm ihat fail Lo meet the simple crileria. resolution steps have been suggested ro provide as a palh b permit approval. Required InJormdtion for Pe"nit: 1 Site plan showing location of major componenls on rhe proDenv. This drawinq need nor be exaclly to scale. but il should represent relative location oI components at site (see supplied example site plan). PV afiays on dwellings wich a S perimeter space at ridge and sides may not need separate frre service review. 2. Electrical diagram showing PV array .onfigrrration, wiring system, overcurrent protccLion, inverter, disconrleLl5. required signs- and ac connection ro building (see supplied sEndard eiectrical diagram). 5. Spccifrcarion shccrs and insrallation manuals (if available) for all nranufactured conrponenrs including, but not Lin.tited [o, PV moduies, inverter(s), combiner box, disconnecas, and mounting systcm- Step -. Structurul Review of PV Array Mounting System Is the array to be mounted on a deftned, permitted roof structure?vei E no I,f Na due to non-compltant rooJ or a graund mount, submt completed wot'ksheetJar the smrcture wKSl Roof tnfonnation: I ls rhe roohng rype lighrweighr (Yes = composiiion. lightweight masonr,v. metal. etc ycomp shingle I! Na . s-ubmit conpleted worhsheet for tooJ structu'e WKSI fNo = heavy masonr_y, slLte, etc . . .). 2 Does rhe roof have a single roof coveringr E]yes Eno $ No, submit completed worksheetJor rooJ structure WKSl. j Provirie merhoci and rype of wearherproohng roof penerrarions {e.g. flashing, s2,1k; flashing M omting St stem $onnattrn: I Is L!r9 r ourLtiirg struLLurc dn beneath the module frames?Yes tr No IJ Na. provide detqils of structurqt qttachment certified by a design professioncd. 2. For manufactured mounting systerns. nll out inlorrndlion on Llre rrlourLirg:ysicrrr bek-rw a. vlounting Svsra. 11onu1oa,ur", EcoFasten Producr \ame and &lode 1x Rock it r of pV Mo,lrrl--s ar.1 Raitc 712.4 bsb Total Weigh c Total \Lrroer ot Artachmenr Pornrs22 \l/a'ohr ncr Ar_:.hmc-f Pornr ,h - r, pr udL.rul desi{i Led tu rrloulit PV flrodules with no n1o[e than an 1 B" gap 32.4 bs (if grearer rhan 45 lbs. see wKSl ) It]I Maximum Spacrng Berween Artachmen[ Points on a Rail 48 inches (see product manual for maximum spacing aliowed based on maximum design wind speed) Total Surface Area oF PV lilodules (square feel)246.5 Disrribured weighr of PV Module on Rool (b - i)2.9 lbs/ft: IJ distributed wsight of the PV rystem is greater than 5 lbs/fP, see WRSI. Step 2 Electrical Revie", of PV Systzm (Calculations for Electrical Diugram) ln order for a PV system to be considered for an expedited permit process, the fouowing must apply: 1. Pv modules- utili[y-interaclive invefters, and combiner boxes are idenrihed for use in PV syscems. 2 lhe PV array is composed of 4 series strings or less per inverter. J. The [o[al inverter capacity has a conrinuous ac power output IJ.440 watts or l6ss 4. The ac inrerconnection poinr is on rhe load side of service disconnecring means (690.64(B)). 5. One oF lhe standard electrical diagrarns (El.l, E1.l a. El.lb, or El.lc) can be used ro accurately represenc the PV system. [nteractive PDF diagrams are available at wwl rsolarabcs org/perml[tng Fil! ow the sutndard electrlcal diqgaqm .ompletelj" A qutde ra t:he elecm.cIl dt.tgt'qm is pravided to help the applicant understsn,l edck bLank u, fill in If the clectrical system is more campler tlvn the stand,.lfd etectricd! d1,.Lgru\n cdrl eif.ctivell cam)TtLn\\te provtde 4r aLteltlai1te di(tgnitl with appropr1arc detaii 2 'i\ |EDITE! l-EirNltr t'R!)cE!\ F()Fr lv irslE,vls i