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NABCEP PV Installation Professional (PVIP) Board Certification is a mark of excellence in the renewable energy industry. PV Installation Professional (PVIP) Board Certification certification recognizes individuals who have the knowledge and skills required to design, install and maintain PV systems. PV Installation Professional (PVIP) Board Certification certification is recognized by industry professionals and serves as a mark of quality workmanship and expertise. PV Installation Professional (PVIP) Board Certification certification exam is rigorous, and candidates must demonstrate their knowledge and skills to pass.

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NABCEP PV Installation Professional (PVIP) Board Certification Sample Questions (Q89-Q94):

NEW QUESTION # 89
A grid-tied PV system uses a transformerless inverter with a maximum DC input of 1000V. The array consists of 20 modules, each with a Voc of 45V. What is the NEC 690.7 correction factor for a low temperature of -15° C if the temperature coefficient is -0.30%/°C?

A. 1.15
B. 1.12
C. 1.21
D. 1.18

Answer: D

NEW QUESTION # 90
A module's Isc is 9A at STC. At 600 W/m² irradiance, what is the expected Isc?

A. 6.0A
B. 5.4A
C. 7.2A
D. 6.3A

Answer: B

NEW QUESTION # 91
A PV system uses 10 AWG USE-2 wire for a 150-foot source circuit run with an Isc of 8A. The terminals are rated at 75°C. What is the ampacity of the conductor after applying NEC temperature and conduit fill adjustments at 35°C?

A. 35A
B. 45A
C. 40A
D. 30A

Answer: A

NEW QUESTION # 92
According to the NEC, if the PV system disconnect and the building service disconnect are at different locations, there MUST be a/an:

A. Permanent plaque or directory that indicates the locations of both disconnects.
B. Permanent plaque or directory that indicates the location of thePV utility connection.
C. Means of locking out both disconnects when the PV system inverter is being serviced.
D. Interface that shuts down the PV system if the utility connection is lost.

Answer: A

NEW QUESTION # 93
A grid-connected PV system on a dwelling is producing 30% less power than expected. The conductors from threes strings of modules enter into a 3-pole fused dc disconnect, and each ungrounded conductor is connected to a separate pole. On the inverter side of the switch terminals, the three strings are combined. The dc disconnect switch is opened. The voltages on the array side of the switch are 440 on string #1, 444V on string #2, and 0V on string #3. The dc disconnect is then closed and the inverter resumes operating, still producing about 30% less power than expected. A clamp-on ammeter is used to measure the dc current of each string of each string of modules where they enter the rooftop junction box. The operating currents of each string are 3.9A for string #1, 3 85A for string #2, and 4.3 A for string #3. What is the MOST likely with the system?

A. String #3 has an open connection and is not contributing any voltage.
B. There is lower module mismatch in string #3 than in string #1 and #2.
C. Positive and negative output conductors of string #3 are faulted together.
D. A ground fault is causing the current from strings #1 and #2 to flow into string #3.

Answer: C

NEW QUESTION # 94
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