2026/2027 Latest EVITP Exam FINAL Prep –
230 Questions with Correct Detailed Answers
| Electric Vehicle Installation Training
Program Certification
1. What does EVSE stand for?
A) Electric Vehicle Safety Equipment
B) Electric Vehicle Supply Equipment
C) Electric Vehicle System Engineering
D) Electric Vehicle Service Entry
Answer: B) Electric Vehicle Supply Equipment
Rationale: EVSE refers to the equipment that delivers electrical energy to recharge
electric vehicles, including the charging station hardware, software, and infrastructure
components .
2. What is the standard voltage for a Level 1 EV charging station in North America?
A) 208V AC
B) 480V AC
C) 240V AC
D) 120V AC
E) 277V AC
Answer: D) 120V AC
Rationale: Level 1 charging uses a standard 120V AC household outlet, making it the
most basic and widely available charging method, though it is the slowest .
3. What is the standard voltage for a Level 2 EV charging station in North America?
A) 120V AC
B) 480V DC
C) 208-240V AC
D) 600V DC
E) 277V AC
,Answer: C) 208-240V AC
Rationale: Level 2 EVSE operates at 208-240V AC, providing faster charging than Level 1
and is commonly installed in homes, workplaces, and public locations .
4. Which NEC article primarily governs the installation of electric vehicle charging
equipment?
A) Article 210
B) Article 220
C) Article 625
D) Article 480
E) Article 310
Answer: C) Article 625
Rationale: NEC Article 625 covers Electric Vehicle Power Transfer System installations,
including EVSE wiring, ventilation requirements, and equipment protection .
5. What is the minimum ampacity a branch circuit must have to supply a Level 2
EVSE rated at 30 amperes?
A) 30 amperes
B) 25 amperes
C) 37.5 amperes
D) 40 amperes
E) 20 amperes
Answer: C) 37.5 amperes
Rationale: Per NEC 625.42, EV charging equipment is considered a continuous load. The
branch circuit must be sized at 125% of the EVSE's rated ampacity: 30A × 1.25 = 37.5A .
6. DC Fast Charging (DCFC) operates at which voltage range?
A) 120-240V AC
B) 208-480V AC
C) 200-1000V DC
D) 480V AC only
E) 100-200V DC
Answer: C) 200-1000V DC
Rationale: DC Fast Chargers supply direct current at high voltages typically ranging
,from 200V to 1000V DC, enabling very rapid charging compared to AC Level 1 and 2
systems .
7. Which connector standard is commonly used by Tesla (North American
Standard) for proprietary charging?
A) CHAdeMO
B) CCS (Combined Charging System)
C) J1772
D) NACS (North American Charging Standard)
E) GB/T
Answer: D) NACS (North American Charging Standard)
Rationale: Tesla developed the NACS connector, now widely adopted across the North
American EV industry following SAE standardization as SAE J3400 .
8. Installation of EVSE at an existing building is worth as many as how many LEED
points?
A) 1
B) 3
C) 11
D) 15
Answer: D) 15
Rationale: Installing electric vehicle charging equipment at an existing building can
contribute up to 15 LEED points, making it a significant sustainability initiative .
9. 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
Answer: B) Electric Vehicle Infrastructure Training Program
Rationale: EVITP is a brand-neutral, volunteer-based non-profit organization that
certifies electricians in EVSE installation .
10. Who is eligible to take EVITP training?
, A) Anyone with a high school diploma
B) State licensed or certified electricians only
C) State licensed/certified electricians OR those with 8,000+ hours experience in
unlicensed states
D) Electrical engineers only
Answer: C) State licensed/certified electricians OR those with 8,000+ hours
experience in unlicensed states
Rationale: EVITP requires field experience to ensure candidates understand practical
installation safety .
11. How long is the EVITP online training course?
A) 8 hours
B) 12 hours
C) 20 hours
D) 40 hours
Answer: C) 20 hours
Rationale: The comprehensive online training covers EVSE types, NEC requirements, site
assessment, and safety protocols across approximately 20 hours .
12. What is the minimum passing score for the EVITP certification exam?
A) 60%
B) 65%
C) 70%
D) 75%
Answer: C) 70%
Rationale: Candidates must correctly answer at least 70% of exam questions to achieve
certification .
13. How long is EVITP certification valid?
A) 1 year
B) 2 years
C) 3 years
D) 5 years
230 Questions with Correct Detailed Answers
| Electric Vehicle Installation Training
Program Certification
1. What does EVSE stand for?
A) Electric Vehicle Safety Equipment
B) Electric Vehicle Supply Equipment
C) Electric Vehicle System Engineering
D) Electric Vehicle Service Entry
Answer: B) Electric Vehicle Supply Equipment
Rationale: EVSE refers to the equipment that delivers electrical energy to recharge
electric vehicles, including the charging station hardware, software, and infrastructure
components .
2. What is the standard voltage for a Level 1 EV charging station in North America?
A) 208V AC
B) 480V AC
C) 240V AC
D) 120V AC
E) 277V AC
Answer: D) 120V AC
Rationale: Level 1 charging uses a standard 120V AC household outlet, making it the
most basic and widely available charging method, though it is the slowest .
3. What is the standard voltage for a Level 2 EV charging station in North America?
A) 120V AC
B) 480V DC
C) 208-240V AC
D) 600V DC
E) 277V AC
,Answer: C) 208-240V AC
Rationale: Level 2 EVSE operates at 208-240V AC, providing faster charging than Level 1
and is commonly installed in homes, workplaces, and public locations .
4. Which NEC article primarily governs the installation of electric vehicle charging
equipment?
A) Article 210
B) Article 220
C) Article 625
D) Article 480
E) Article 310
Answer: C) Article 625
Rationale: NEC Article 625 covers Electric Vehicle Power Transfer System installations,
including EVSE wiring, ventilation requirements, and equipment protection .
5. What is the minimum ampacity a branch circuit must have to supply a Level 2
EVSE rated at 30 amperes?
A) 30 amperes
B) 25 amperes
C) 37.5 amperes
D) 40 amperes
E) 20 amperes
Answer: C) 37.5 amperes
Rationale: Per NEC 625.42, EV charging equipment is considered a continuous load. The
branch circuit must be sized at 125% of the EVSE's rated ampacity: 30A × 1.25 = 37.5A .
6. DC Fast Charging (DCFC) operates at which voltage range?
A) 120-240V AC
B) 208-480V AC
C) 200-1000V DC
D) 480V AC only
E) 100-200V DC
Answer: C) 200-1000V DC
Rationale: DC Fast Chargers supply direct current at high voltages typically ranging
,from 200V to 1000V DC, enabling very rapid charging compared to AC Level 1 and 2
systems .
7. Which connector standard is commonly used by Tesla (North American
Standard) for proprietary charging?
A) CHAdeMO
B) CCS (Combined Charging System)
C) J1772
D) NACS (North American Charging Standard)
E) GB/T
Answer: D) NACS (North American Charging Standard)
Rationale: Tesla developed the NACS connector, now widely adopted across the North
American EV industry following SAE standardization as SAE J3400 .
8. Installation of EVSE at an existing building is worth as many as how many LEED
points?
A) 1
B) 3
C) 11
D) 15
Answer: D) 15
Rationale: Installing electric vehicle charging equipment at an existing building can
contribute up to 15 LEED points, making it a significant sustainability initiative .
9. 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
Answer: B) Electric Vehicle Infrastructure Training Program
Rationale: EVITP is a brand-neutral, volunteer-based non-profit organization that
certifies electricians in EVSE installation .
10. Who is eligible to take EVITP training?
, A) Anyone with a high school diploma
B) State licensed or certified electricians only
C) State licensed/certified electricians OR those with 8,000+ hours experience in
unlicensed states
D) Electrical engineers only
Answer: C) State licensed/certified electricians OR those with 8,000+ hours
experience in unlicensed states
Rationale: EVITP requires field experience to ensure candidates understand practical
installation safety .
11. How long is the EVITP online training course?
A) 8 hours
B) 12 hours
C) 20 hours
D) 40 hours
Answer: C) 20 hours
Rationale: The comprehensive online training covers EVSE types, NEC requirements, site
assessment, and safety protocols across approximately 20 hours .
12. What is the minimum passing score for the EVITP certification exam?
A) 60%
B) 65%
C) 70%
D) 75%
Answer: C) 70%
Rationale: Candidates must correctly answer at least 70% of exam questions to achieve
certification .
13. How long is EVITP certification valid?
A) 1 year
B) 2 years
C) 3 years
D) 5 years
