Part 2 – Inspection, Test and Commissioning Report (EN)

Part 2 – Inspection, Test and Commissioning Report Test Report for grid-connected photovoltaic systems according to EN 62446, Annex A Customer: Customer Name: ________________________________________________________________________ Customer Address : ________________________________________________________________________ Customer Eircode : ________________________________________________________________________ Installation Contractor: Company Name: ________________________________________________________________________ Company Representative: ________________________________________________________________________ Company Address:

________________________________________________________________________ PB System Description: PV Module: Manufacturer: ___________________ Module Type: ________________________ PV Module Performance: ___________________ Number of Modules: __________________ Short Circuit Current Isc (A): _________________ MPP Current (A): _____________________ Open Circuit Voltage Voc (V): _________________ MPP Voltage (V): _____________________ PV Inverters: Manufacturer: _________________ Inverter Type: ________________________ AC Nominal Power (W): _________________ Inverter Quantity: _____________________ AC Maximum Power (W): _________________ DC Maximum Power (W): _______________ Test Date:

_________________ Test Reason: Initial inspection Next Test Date: _________________ Retesting Electrical Certs: Safe Electric Cert Number: _________________ Test Record Sheet Cert Number: _________ DC Test Results: RE: ________ Loop: _______ RCDx1: _________ RCDx5:

________________ Design, construction, inspection and testing I /we, the responsible person(s) for the design, construction, inspection and testing of the electrical system (as specified by the signature(s)), details of which are described above, have inspected and tested the design and structure with suitable skill and care and confirm that the said words, for which I/we am/are responsible, were carried out to the best of our knowledge and expertise. Test Result: No defects were found Defects were found The Photovoltaic system complies with the standards of electrical engineering Signature/Tester: __________________________ Date: ___________________

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Remarks: ____________________________________________________________________________ ____________________________________________________________________________ ______________________________________ Inspection test report according to EN 62446, Annex B Testing: Test Date: __________________________ Signature/Tester: _____________________ Inspected circuits (fill out one sheet for large systems and for separate inspections per inspection):

Design and installation of the PV generator The DC system was generally designed, selected and set up in accordance with the requirements in DIN VDE 0100 (IEC 60364) and in particular in accordance with DIN VDE 0100-712 (IEC 60364-7-712) The DC components were measured for DC operation The DC components are rated for the maximum current and maximum voltage Protection is provided by application of class II or equivalent insulation on the DC side PV strand cables, PV generator cables and PV DC main cables have been selected and constructed so that the risk of earth faults and short circuits is reduced to a minimum (DIN VDE 0100- 712 para.

522.8.1) The wiring system has been selected and constructed so that it can withstand expected external influences such as wind, ice temperature and solar radiation (DIN VDE 0100-712. 522.8.3) AC and DC cables are physically separated Systems without strand overcurrent protective device: Strand cables are designed so that they can take up the highest combined leakage current of parallel lines (DIN VDE 0100-712 para.433) Systems with strand overcurrent protective device: Overcurrent protective devices are set correctly according to local rules or according to the PV module manufacturer’s instruction (DIN VDE 0100-712 para.

433.2) There are DC load break switches installed on the DC side of the inverter (DIN VDE 0100-712 para. 536.2.2) PV System/overvoltage protection/electric shock The inverter has a simple separation between the AC side and the DC side Alternatively: A residual device is installed in the circuit and corresponds to a type B RCD (DIN VDE 0100-712 para. 413.1.1.1.2) The area of wiring loops was kept as small as possible (DIN VDE 0100-712, para. 54)

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