EVITP Final Exam: Electric Vehicle Technology Questions and Answers, Exams of English Language

A comprehensive set of questions and verified answers related to electric vehicle infrastructure training program (evitp). It covers various aspects of electric vehicles, including pzev definitions, the ev industry, state of charge, alternatives to fossil fuels, the history of evs, regenerative braking, ev drivetrain architecture, charging methods, and the national electrical code (nec) requirements for evse. This resource is designed to help individuals prepare for the evitp final exam and gain a deeper understanding of electric vehicle technology.

Typology: Exams

2025/2026

Available from 10/20/2025

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EVITP FINAL EXAM LATEST VERSION -2025/2026- 100+
QUESTIONS AND VERIFIED ANSWERS ALL THE BEST
A partial zero emissions vehicle (PZEV) is defined as which of the following?
Select one:
a.A gas-engine vehicle that has zero evaporative emissions from its fuel system
b.A plug-in electric vehicle
c.A vehicle with a hybrid gas-electric drive train
d.An electric vehicle that only has provisions for wireless charging
a.A gas-engine vehicle that has zero evaporative emissions from its fuel system
The EV industry is comprised of ? .
Select one:
a.auto manufacturers
b.consumer advocacy groups
c.EV charging equipment manufacturers
d.research and standards organizations
e.all of the above
e. all of the above
The state of charge is the available capacity of the battery, expressed as a
percentage.
Select one:
True
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EVITP FINAL EXAM LATEST VERSION - 2025/2026- 100+

QUESTIONS AND VERIFIED ANSWERS ALL THE BEST

A partial zero emissions vehicle (PZEV) is defined as which of the following? Select one: a.A gas-engine vehicle that has zero evaporative emissions from its fuel system b.A plug-in electric vehicle c.A vehicle with a hybrid gas-electric drive train d.An electric vehicle that only has provisions for wireless charging a.A gas-engine vehicle that has zero evaporative emissions from its fuel system The EV industry is comprised of?. Select one: a.auto manufacturers b.consumer advocacy groups c.EV charging equipment manufacturers d.research and standards organizations e.all of the above e. all of the above The state of charge is the available capacity of the battery, expressed as a percentage. Select one: True

False True Which of the following is not an alternative to fossil fuels? Select one: a.Compressed air b.Electricity c.Fuel cell d.Gasoline d.Gasoline The first electric vehicle can be traced back to?. Select one: a. b. c. d. a. 1832 Which of the following illustrates why electric vehicles were so popular in the early days of automobiles? Select one: a.They were clean to operate. b.They were mechanically complicated. c.They were quiet. d.Both a. and c.

What best describes early EVs? Select one: a.Loud and difficult to steer b.Oily, noisy, and hard to start c.Quiet, easy to start, and mechanically simple d.Very unreliable c. Quiet, easy to start, and mechanically simple Which of the following is not a category of electric vehicles? Select one: a.BEV b.HEV c.ICE d.PHEV c.ICE What category of EV has been available to consumers the longest? a.BEV b.HEV c.PHEV d.All of the above b.HEV Which of the following describes a plug-in electric vehicle that runs on batteries until nearly depleted, then switches over to an ICE generator to extend the battery range?

Select one: a.BEV b.PHEV c.All electric vehicles have this capability. d.No electric vehicle currently on the market has this capability. b.PHEV Regenerative braking is best described by which of the following? Select one: a.An energy recovery system b.Not reliable as a braking method c.Obsolete technology that existed on EV models in the 1990s d.Turns electrical energy to kinetic energy a.An energy recovery system Which of the following describes an EV drivetrain architecture in which power can be transmitted to the drive from two sources at the same time? Select one: a.Full electric drive b.Parallel hybrid drive c.Series hybrid drive d.3-phase series drive b.Parallel hybrid drive What types of commercial/industrial vehicles are currently available in an electrified version? Select one:

c.Replacing batteries in an EV d.Supplying power (kW) to an EV battery d.Supplying power (kW) to an EV battery The first EV chargers were external and supplied DC current directly to the vehicle's batteries. Select one: a.True b.False a.True Which of the following was an early electric vehicle charger? Select one: a.City of Seattle's Electro-Park electrified parking space b.Ford Dyna-Charge c.General Electric arc rectifier d.Tesla Model 001 Charger c.General Electric arc rectifier Later in the development of EV charging equipment, the actual charging means was accomplished by a(n)? that converts AC to DC to be used in charging the vehicle's battery. Select one: a.internal combustion generator b.inverter c.rectifier d.voltage source

c.rectifier Electric vehicle supply equipment (EVSE) provides which of the following safety features? Select one: a.A continuously energized output b.GFCI protection c.Hardware fault detection d.Both b. and c. d.Both b. and c. EVSE provides DC power to the electric vehicle charging port. Select one: True False False DC charging equipment provides DC directly to? in an EV. Select one: a.battery management systems b.battery monitoring devices c.charge multiplier systems d.current management systems a.battery management systems An AC charger with a single-phase 120-volt connection and 14-16 amperes of continuous current output is classified as a? charger. Select one:

c.Size of the electrical feeder/service supplying the EVSE d.All of the above a.Connector configuration The EV's power acceptance rate should not be considered when making EVSE purchasing decisions. Select one: True False False Which of the following is the Japanese DC quick charging standard? Select one: a.CHAdeMO b.JARI c.SAE d.TEPCO a.CHAdeMO The CHAdeMO V1.0 Standard has charging power up to? at? , up to?. Select one: a.62.5 kW / 500 VDC / 125 A b.350 kW / 480 VDC / 80 A c.400 kW / 1,000 VDC / 400 A d.1 MW / 2,200 VDC / 800 A a.62.5 kW / 500 VDC / 125 A

Wireless charging is more expensive than coupled EVSE. Select one: True False True Which of the following is not true of EV charging networks? Select one: a.Charging networks offer both paid memberships and free memberships with pay-as-you-go charging. b.There are over a dozen networks across the U.S. and Canada. c.They allow businesses a way to draw consumers to charging equipment and generate revenue via transaction processing. d.None of the above d.None of the above EV networks generate revenue with which of the following? Select one: a.Call-to-pay b.Membership fees c.Station usage fees d.All of the above d.All of the above The National Electrical Code (NEC)?. Select one: a.covers all electrical work, from utility generation to household wiring

c.xxx. d.xxx. b.xxx. The maximum amount of current a conductor can carry under the conditions of use without exceeding its temperature rating is found using the calculation methods based in Article 310. Select one: True False True Requirements for branch circuits and AFCI/GFCI protection of branch circuits are found in?. Select one: a.Article 200 b.Article 210 c.Article 230 d.Article 240 b.Article 210 The tables in Article 310 identify?. Select one: a.allowable ampacity of conductors based on conductor size and material b.ampacity adjustment and correction factors c.wire types and application d.all of the above

d.all of the above According to Article 625, EVSE is equipment that has the specific purpose of transferring energy from? to the electric vehicle. Select one: a.a DC power source b.a generator c.the premises wiring system d.the utility c.the premises wiring system Overcurrent protection for EVSE is covered in?. Select one: a.Section 625. b.Section 625. c.Section 625. d.Section 625. d.Section 625. EVSE output cable is permitted to be made from Type? cable and is generally permitted to have a maximum length of?. Select one: a.EVJT / 25' b.MI / 25' c.SJO / 20' d.SO / 20' a.EVJT / 25'

The NECA 413-2012 Standard is the only ANSI-approved standard for EVSE installation and maintenance. Select one: True False True NECA 413-2012 contains? requirements for EVSE installation, covering everything from planning an installation to ADA considerations and commissioning process. Select one: a.basic b.complete c.performance-based d.suggested c.performance-based Level 2 EVSEs with a rating of 6.6 kilowatts can supply? of charge current when operating at 220 VAC. Select one: a.20 A b.30 A c.40 A d.50 A b.30 A What is the minimum branch circuit size for a Level II EVSE with a 32-ampere current rating?

Select one: a.32 A b.35 A c.40 A d.55 A c.40 A 32 A × 1.25 = 40 A minimum OCPD Two Level II EVSE circuits are installed in the same PVC conduit. Each EVSE is served by a 40-ampere circuit at 240 volts with an EGC run along with the circuits. What size copper EGC is required for this installation? Select one: a.10 AWG b.8 AWG c.6 AWG d.4 AWG a.10 AWG Note: T250.122 - 40 A Circuit = 10 AWG CU equipment ground A 32,000 square foot office building has 120 20-ampere, 120-volt duplex receptacle outlets. What is the branch circuit receptacle load? Select one: a.9,600 VA b.21,600 VA

Remaining VA available prior to continuous load correction = 41,602.4 VA 41,602 VA × 0.8 = 33,281.92 VA A Level II EVSE with a rating of 32 amperes at 208 volts is installed. What is the minimum size copper equipment grounding conductor required to serve the installation? Select one: a.10 AWG b.8 AWG c.6 AWG d.4 AWG a.10 AWG Note: Section 250.122 - the EVSE will be served by a 40A OCPD; therefore, the minimum size equipment ground will be 10 AWG. Additional EVSEs are to be added to an existing 120/208-volt, 3-phase, 4-wire, 600 - ampere service with 220 amperes of non-continuous load and 172 amperes of continuous load. The EVSEs each draw 32 amperes. How many new EVSEs can be added to the service? (Note: Use 1.732 for the square root of 3.) Select one: a. b. c. d. c.

220 A + (172 A × 1.25) = 435 A

600 A - 435 A = 165 A

165 A × 0.8 = 132 A left (due to EVSEs being continuous loads) (32 × 1.732) = 55. 132 A / 55.43 = 2.38 or 2 per phase Total = 6 EVSEs What is the minimum copper THHN feeder size for 12 EVSEs rated at 24 amperes on a 3-phase, 4-wire, 120/208-volt system, assuming four EVSE per phase? (Note: Use 1.732 for the square root of 3.) Select one: a.250 kcmil b.350 kcmil c.4/0 AWG d.2/0 AWG c.4/0 AWG 24 A × 1.25 = 30 A