Complete EV Charging Course

Explore various EV charging methods, including AC and DC charging, wireless inductive charging, dynamic on-road charging, and battery swapping, with their advantages, limits, and standardization challenges.

Explore AC charging basics, including charge controllers, onboard chargers, battery management system oversight, safety interlocks, type 1 and type 2 connectors, pilot signals, and charging power calculations.

Explore dc fast charging architecture, including ac–dc conversion, power control, and safety interlocks, and compare five dc connector types (combo 1/2, caramello, tesla, canbus, plc) and charging limits.

Explore smart charging and vehicle-to-grid concepts to flexibly control EV charging, integrate renewables, and reduce costs. Learn bidirectional charging, grid services, price-based strategies, and challenges for V2G implementation.

Explore how open standards and a range of information and communications technology protocols enable seamless charging across networks, including roaming, metering, smart charging, and vehicle-to-grid integration.

Explore destination charging and residential charging, detailing infrastructure types, RFID and CTS sockets, cost trends, and stakeholder roles across public and private charge points.

Explore fast charging and future charging modes, including home charging and ultra-fast public chargers. Examine open protocols, interoperable payments, and roles of mobility service providers and charge point operators.

Learn how smart grids and smart charging optimize electric vehicle charging with solar and wind, reducing peaks and costs, and enabling peer-to-peer energy trading via distributed ledgers.

Examine the evolving roles of carmakers, charge point operators, users, grid operators, energy suppliers, and regulators shaping interoperable, smart charging through open standards for a democratized electric vehicle energy system.

Explore five smart charging strategies to lower costs and support grid: load management, time-of-use incentives, energy market participation, grid balancing services, and energy back to the grid from electric vehicles.

Discover vehicle-to-grid technology and the 2G approach, where bi-directional charging turns EVs into grid assets, with aggregators coordinating flexibility and pilots worldwide.

Analyze an agent-based city model for autonomous electric vehicles, smart charging, and vehicle-to-grid interactions to test grid impact, policy scenarios, and the roles of car sharing and rooftop solar.

Explore how wireless charging transfers power from a ground base pad to a vehicle coil via inductive coupling. Assess advantages and disadvantages, key components, and efficiencies up to 92 percent.

Explore ABB’s case study on electrification and charging infrastructure, including fast highway chargers, on-demand electric bus charging up to 600 kW, and an integrated software ecosystem.

Fastnet builds a highway fast charging network in the Netherlands with up to 350 kW per station, easing range anxiety. The case study covers funding models and unmanned stations.

Switching a 600-car fleet to electric driving, Royal Haskoning demonstrates a gradual, cost-efficient move toward sustainable mobility with expanding home and office charging, a pilot program, and ambassador uptake.

VDL advances electric transport by integrating high voltage electronics, diverse lithium battery chemistries, and scalable charging for buses, with energy storage, hydrogen and formic acid options, and driverless capabilities.