EVITP® Программа подготовки по инфраструктуре электрических транспортных средств ПОДГОТОВКА К ЭКЗАМЕНУ: 160 практических вопросов на основе сценариев, интеграция Кодекса NEC статьи 625, 6 пробных ... 8-недельный план изучения для сертификации EVITP

EVITP® Exam Prep 2026–2027 Complete Study Guide for EVITP Certification The electric vehicle charging industry is expanding faster than any other sector in the modern electrical trades — and EVITP® certification is your gateway to it. This 479-page study guide from Morgan Langford Publication is a technically rigorous, exam-focused preparation resource built specifically for the 2026–2027 exam cycle. Built for the 2026–2027 Exam Cycle Every chapter reflects the standards, codes, and federal frameworks currently in effect — including NFPA 70 (NEC 2023), NFPA 70E (2024 Edition), OCPP 2.0.1, ISO 15118-20, SAE J3400 (NACS), and the latest NEVI Formula Programme guidance. This guide was written to match the exact landscape candidates will face on exam day. 160 Scenario-Based Practice Questions Every practice question is scenario-based, mirroring the applied, job-site reasoning style of the actual EVITP examination. Questions are distributed across every chapter and section so you build both depth and breadth — exactly what the exam demands. An 8-Week Structured Study Plan The built-in 8-week study plan maps out daily study sessions, assigns chapters strategically, and builds toward mock exams using deliberate spaced repetition. Whether starting from scratch or fine-tuning existing knowledge, the plan is designed to adapt to your pace. 8 Chapters Covering Every Exam Domain Chapter 1 covers EV Drivetrain Technology — motors, inverters, battery chemistry, BMS, and power electronics. Chapter 2 addresses Charging Infrastructure and Equipment — Level 1, Level 2, and DCFC systems, connectors including J1772, CCS, CHAdeMO, and NACS, plus EVSE hardware. Chapter 3 covers Electrical Systems and Grid Integration — service entrance, load calculations, demand response, and load shedding. Chapter 4 focuses on NEC Articles 625 and 626, permitting, the AHJ process, and international standards including IEC 61851 and ISO 15118. Chapter 5 covers circuit design, conductor sizing under NEC 310.15, voltage drop calculations, and GFCI protection. Chapter 6 addresses network communications — OCPP 1.6J vs. 2.0.1, ISO 15118 Plug and Charge, and NEVI compliance requirements. Chapter 7 covers electrical safety, arc flash boundaries, PPE categories per NFPA 70E, and EV-specific hazards. Chapter 8 addresses business operations — ROI calculations, NEVI 97% uptime standards, and station management. Comparison Tables That Reinforce Learning Precision-engineered comparison tables appear throughout the text — covering topics such as IGBT vs. SiC MOSFET, Li-ion chemistry variants, dynamic vs. static load management, IEC 61851 vs. SAE J1772, and OCPP message types. These tables are among the most effective learning tools in the guide. Per-Section Glossaries and a Complete Index Every section ends with a curated Key Terms glossary to reinforce the technical vocabulary tested on the exam. A comprehensive appendix and full index round out the reference toolkit, making this guide useful both in study sessions and on the job. Who This Book Is For Journeyman and master electricians pursuing EVITP certification, IBEW and NECA apprentices entering the EV infrastructure field, electrical contractors building their credentials, and professionals seeking a thorough understanding of modern EV charging systems from the ground up. This is an independent study guide. It is not affiliated with, endorsed by, or produced by the Electric Vehicle Infrastructure Training Program (EVITP) or any affiliated organization. Published by Morgan Langford Publication 2026–2027 Edition 479 Pages