Title Page
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Project number
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Location
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Conducted on
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Prepared by
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Today's generation
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Yesterday's generation
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This Month's generation
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Total generation so far
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Inverter Front Photo
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Meter/Switch board photo
Labels
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PV DP / PV SW / PV AC - Round Green Label
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PV (Solar) Site Information
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Main Switch - Grid Supply
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Main Switch - Inverter Supply
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Shutdown Procedure
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'Solar' on solar conduit every 2 meters
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Manhole DC Voltage Warning
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PV String Disconnection Point - on Panel Frame
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PV String warning - on +ve and -ve cable of string
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Other Labels
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Switch Board-Inverter
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Voltage @MPPT1
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Voltage @MPPT2
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Voltage @MPPT3
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Voltage@MPPT4
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Any LV Cables have been found to be damaged?
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Is all electrical equipment for the system installed in accordance with AS/NZS3000?
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Are Isc and Voc ratings calculated correctly as per AS/NZS5033:2021 Clause 4.2.?
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Does the clearance around the inverter meet the manufacturer’s minimum requirements?
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Is the inverter securely and safely installed with all fixing/locking screws present?
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Are MC4 connections tight and secure?
Wiring
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Are all cables/wiring securely fixed in place to minimise <br>any movement of the cable?
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Stainless Steel cable ties are used as necessary?
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Are the roof/wall penetrations/holes suitably installed, sealed and waterproof?
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Is the array wiring and wiring to the inverter protected from UV/mechanical<br> damage? <br>
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Has double insulation been maintained on all cables as per the AS/NZS 3000:2018?
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Is the compliant DC cable has been used as per the AS/NZS 5033:2021?
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Do the PV array mounting frames and modules have an equipotential bond connected to the earthing terminal on the switchboard/distribution board to which the inverter is connected, either directly or via the inverter main earth conductor?
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Do the PV array frame and module earthing connections and methods comply with Australian Standards? (AS/NZS3000:2018 and AS/NZS5033:2021)
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Are all DC cable(s) installed within the ceiling space, wall cavity or floor enclosed in heavy duty conduit or equivalent?
Roof-Ceiling
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Is the array's maximum voltage VoC array max (at minimum temperature) less than 600vDC?
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Does the designed array fit on the available roof area? (e.g. solar panels are not positioned over roof edges or gutters)
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Is PV Array modules have been attached outside of manufacturers clamping zones?
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Are DC connectors (MC4) mated with those of the same type from the same manufacturer as required?
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Are MC4 connections tight and secure?
