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

1. Which temperature coefficient is used in the calculation to verify energy production of a PV system?

A) OptionC
B) OptionD
C) OptionA
D) OptionB

2. A PV system was installed in July 2017 under the 2017 NEC. The system has a string inverter located inside a garage on a wall 10 ft, from the outside wall and 1oft, from the ac load center at the point of utility connection. The PV system has a PV array on the roof. Which of the following represents the PV rapid shutdown system requirement for the controlled PV system conductors associated with this PV array?

A) More than 10ft, from the PV array or more than 5 ft. in length inside the building
B) More than 1 ft, from the PV array or more than 3 ft, from the point of entry of the building.
C) More than 1 ft, from the VP array and more than 5 ft. In length the building.
D) Within the array boundary and more than 3.ft from the point of entry of the building.

3. A module's power is 340W at STC. At 700 W/m² and 40°C with a coefficient of -0.38%/°C, what is the output?

A) 236W
B) 224W
C) 248W
D) 260W

4. A ground-mounted PV system operating with an open-critical voltage of 550V is in a public park. Which installation procedure will meet NEC requirements for protecting the public from potential electric shock?

A) Ground the PV module frames, but not the mounting racks, to local grounding electrodes.
B) Install PV modules with plastic, insulating the frames, and connect to a grounding electrode at the array.
C) Mount the PV modules on a one-axis (north-south) tracker, with supporting structures listed to UL 2703.
D) Install a physical barrier on the back of the PV modules that prevent that prevents the conductors from being touched.

5. A PV connection is being made at the center of a 300 ft. long 200 feeder. See the attack diagram. The feeder originates in the upper third of the 800A main service panel (800A main breaker) with a 200A breaker and terminates in a 200A main-lug-only subpanel. The rated output of the PV system inverter is 100A.

Which are the NIMUMUM actions required to achieve an NEC-compliant installation?

A) Install a 325A at the PV source connection point on the portion of the feeder toward the subpanel, increase the capacity of this portion of the feeder to 325A, add a 200A main breaker to the subpanel, and move the 200A breaker to bottom of the main service panel, away from the 800A main breaker.
B) Install a 200A breaker at the PV source connection point on the portion on the portion of the feeder toward the subpanel and move the 200A breaker to the top of the main service panel, adjust to the 800A main breaker.
C) Install a 325A breaker at the PV source connection point on the portion of the feeder toward the subpanel. Increase the capacity of the feeder from the main panel board to 325A breaker to the bottom of the main service panel, away from the 800 main breaker.
D) Install a 200A breaker at the PV source connection point on the portion of the feeder toward the subpanel, maintain the capacity of the entire feeder, and move the 200A breaker to the bottom of the main service panel, away from the 800A main breaker.

Solutions: