EVITP: ELECTRIC VEHICLE INFRASTRUCTURE TRAINING PROGRAM EXAM | QUESTIONS WITH VERIFIED SOLUTIONS | UPDATED VERSION 2026/2027 (PASS GUARANTEE)

EVITP: ELECTRIC VEHICLE INFRASTRUCTURE TRAINING PROGRAM EXAM |
QUESTIONS WITH VERIFIED SOLUTIONS | UPDATED VERSION 2026/2027
(PASS GUARANTEE)




1. What does EVITP stand for?
A. Electric Vehicle Installation Training Program
B. Electric Vehicle Infrastructure Training Program
C. Electric Vehicle Integration Technical Program
D. Electrical Vehicle Infrastructure Technology Program
2. Which organization administers the EVITP certification?
A. NECA
B. IBEW
C. EVITP Joint Committee
D. U.S. Department of Energy
3. What is the primary purpose of EVSE?
A. To generate electricity from vehicle motion
B. To supply electric energy to charge electric vehicles
C. To monitor vehicle battery health remotely
D. To convert AC power to DC within the vehicle
4. Which NEC article primarily governs electric vehicle charging systems?
A. Article 210
B. Article 220
C. Article 625
D. Article 700
5. What type of charging is typically used by a standard household 120V
outlet?
A. Level 1
B. Level 2
C. DC Fast Charging
D. Level 3

,6. What voltage is typically associated with Level 2 EV charging?
A. 120V AC
B. 240V AC
C. 480V DC
D. 208V DC
7. DC Fast Charging (DCFC) typically operates at what voltage range?
A. 120–240V AC
B. 100–200V DC
C. 200–1000V DC
D. 480V AC only
8. What is the term for the connector standard used by Tesla vehicles (non-
CCS)?
A. J1772
B. CHAdeMO
C. NACS
D. CCS Combo 1
9. Which connector standard is most commonly used for Level 2 AC charging
in North America?
A. CCS Combo 2
B. SAE J1772
C. CHAdeMO
D. NACS
10. What does BEV stand for?
A. Battery Efficiency Vehicle
B. Battery Electric Vehicle
C. Bi-directional Energy Vehicle
D. Bulk Electric Vehicle

SECTION 2: Electrical Theory
11. In a 240V single-phase circuit, what is the voltage between each hot leg
and neutral?
A. 240V
B. 120V

, C. 208V
D. 480V
12. Ohm's Law states that current equals:
A. Voltage multiplied by resistance
B. Voltage divided by resistance
C. Power divided by voltage
D. Resistance multiplied by power
13. What is the power (in watts) consumed by a 240V circuit drawing 30
amps?
A. 8 watts
B. 7,200 watts
C. 270 watts
D. 3,600 watts
14. Power factor is defined as:
A. Real power divided by apparent power
B. Apparent power divided by reactive power
C. Reactive power divided by real power
D. Real power multiplied by voltage
15. What is the unit of electrical resistance?
A. Ampere
B. Watt
C. Ohm
D. Farad
16. A kilowatt-hour (kWh) is a measure of:
A. Electrical power
B. Electrical energy
C. Current flow
D. Voltage potential
17. In a three-phase 208V system, what is the voltage between any two hot
legs?
A. 120V
B. 240V

, C. 208V
D. 480V
18. The formula for calculating three-phase power is:
A. P = V x I
B. P = V x I x PF
C. P = 1.732 x V x I x PF
D. P = V2 / R
19. Impedance in an AC circuit is:
A. Resistance only
B. Reactance only
C. The combination of resistance and reactance
D. Voltage divided by frequency
20. What does 'kVA' stand for?
A. Kilovolt-Ampere
B. Kilowatt-Ampere
C. Kilovoltage-Alternating
D. Kilowatt-Available

SECTION 3: NEC Code Requirements
21. According to NEC 625.2, what is the minimum required ampacity for a
branch circuit supplying an EVSE?
A. 100% of the EVSE rated current
B. 125% of the EVSE rated current
C. 80% of the EVSE rated current
D. 150% of the EVSE rated current
22. NEC Article 625 applies to:
A. Solar photovoltaic systems
B. Electric vehicle charging systems
C. Emergency standby systems
D. Motor control centers
23. Which NEC section covers protection of EVSE cord-and-plug connections?
A. 625.10