EV Charging Course

Lesson 1 • EV Charging Business Models

Surveys revenue models including public pay-per-use, subscription, and fleet-managed charging. Frames the commercial context for technical decisions made later in the course.

Lesson 2 • EV Market Landscape and Stakeholders

Maps the EV industry ecosystem including automakers, utilities, and charge point operators. Contextualizes the charging professional's role within the value chain.

Lesson 3 • Charging Levels and Power Types

Distinguishes Level 1, Level 2, and DC fast charging by power output and use case. Provides the classification framework applied throughout the course.

Lesson 4 • Charging Standards and Connector Types

Identifies global connector standards and communication protocols used in EV charging. Enables correct equipment selection and compatibility assessment.

Lesson 1 • Single-Phase and Three-Phase Power

Explains single-phase and three-phase electrical supply configurations relevant to charging installations. Prepares students to assess site power availability accurately.

Lesson 2 • Wiring, Conductors, and Circuit Protection

Addresses conductor sizing, insulation ratings, and overcurrent protection for charging circuits. Directly supports correct equipment specification in later installation chapters.

Lesson 3 • Core Electrical Concepts Review

Reviews voltage, current, resistance, and power as applied to charging circuits. Anchors theoretical knowledge to practical charging scenarios introduced in Chapter 1.

Lesson 4 • Electrical Safety Fundamentals

Covers shock hazards, arc flash risks, and lockout/tagout procedures for charging environments. Establishes safety practices required before any hands-on installation work.

Lesson 1 • Networked vs. Non-Networked EVSE

Compares standalone and network-connected charger architectures by feature set and data capability. Prepares students to recommend appropriate equipment for different deployment scenarios.

Lesson 2 • Safety and Protection Devices

Details residual current devices, ground fault circuit interrupters, and surge protection within EVSE. Reinforces electrical safety principles from Chapter 2 in a hardware context.

Lesson 3 • Communication and Control Systems

Covers pilot signal communication, onboard charger interaction, and network connectivity hardware. Links hardware knowledge to the software and protocol topics covered next.

Lesson 4 • Power Electronics Inside EVSE

Explains rectifiers, power modules, and thermal management systems within DC fast chargers. Provides the internal architecture knowledge needed for fault diagnosis.

Lesson 1 • OCPP Network Communication

Introduces the Open Charge Point Protocol for EVSE-to-network management system communication. Directly enables the network configuration and management skills taught in Chapter 6.

Lesson 2 • IEC 61851 and SAE J1772 Basics

Explains the control pilot state machine and duty cycle signaling defined in foundational AC charging standards. Establishes the protocol baseline for all subsequent communication topics.

Lesson 3 • CHAdeMO and Other DC Protocols

Covers CHAdeMO CAN-bus communication and compares it with other DC fast charging protocols. Enables multi-standard site planning and equipment compatibility assessment.

Lesson 4 • Combined Charging System Protocol

Details the power line communication layer and high-level protocol used in CCS DC fast charging. Builds on AC protocol knowledge to address high-power charging communication.

Lesson 1 • Load Calculation and Demand Analysis

Applies demand factor methods to calculate EV charging load additions accurately. Ensures infrastructure upgrades are correctly sized before installation begins.

Lesson 2 • Cost Estimation and Project Scoping

Develops material, labour, and utility upgrade cost estimates for EV charging projects. Equips students to produce accurate proposals and manage client budget expectations.

Lesson 3 • Site Electrical Assessment

Evaluates existing electrical service capacity, panel headroom, and utility connection points. Translates electrical principles from Chapter 2 into actionable site data.

Lesson 4 • Equipment Layout and Space Planning

Designs charger placement, cable routing, and accessibility-compliant layouts for various site types. Produces the spatial plans required for permit applications.

Lesson 1 • Electrical Connections and Wiring

Guides terminal connections, torque specifications, and polarity verification inside the EVSE unit. Prevents wiring errors that cause equipment damage or safety hazards.

Lesson 2 • Network Configuration and Connectivity

Configures cellular, Wi-Fi, or Ethernet network connections and registers EVSE with a management system. Applies OCPP knowledge from Chapter 4 to real commissioning tasks.

Lesson 3 • EVSE Mounting and Mechanical Installation

Details pedestal, wall-mount, and canopy mounting methods for various EVSE form factors. Ensures structural integrity and weatherproofing for long-term reliable operation.

Lesson 4 • Rough-In Electrical Work

Covers conduit installation, conductor pulling, and panel termination for EVSE circuits. Applies wiring and protection knowledge from Chapter 2 in a hands-on installation context.

Lesson 1 • Load Management and Demand Control

Configures static and dynamic load management to prevent demand peaks and optimise energy use. Directly applies demand analysis skills from Chapter 5 to live network operation.

Lesson 2 • Pricing, Billing, and Payment Systems

Sets up time-of-use pricing, session fees, and payment processing integrations within a CMS. Connects business model knowledge from Chapter 1 to operational configuration tasks.

Lesson 3 • Remote Monitoring and Diagnostics

Uses CMS tools to monitor station health, interpret alerts, and initiate remote diagnostics. Builds the proactive maintenance capability expanded in Chapter 8.

Lesson 4 • Smart Charging and Grid Integration

Implements scheduled charging, demand response, and ISO 15118-based smart charging features. Applies protocol knowledge from Chapter 4 to grid-interactive charging scenarios.

Lesson 1 • Performance Optimisation and Reporting

Analyses uptime metrics, session data, and energy throughput to identify and implement improvements. Produces performance reports that support business and operational decisions.

Lesson 2 • Fault Diagnosis Methodology

Applies a structured diagnostic process using error codes, pilot signal testing, and CMS data. Builds systematic troubleshooting skills applicable to all EVSE types.

Lesson 3 • Preventive Maintenance Programmes

Designs scheduled inspection, cleaning, and component replacement routines for EVSE fleets. Establishes the maintenance discipline that minimises unplanned downtime.

Lesson 4 • Common Hardware Faults and Repairs

Identifies and resolves frequent hardware failures including connector wear, power module faults, and display issues. Applies component knowledge from Chapter 3 to real repair scenarios.