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Electric Vehicle (EV) Infrastructure and Charging Systems
87 students
Electric Vehicle (EV) Infrastructure and Charging Systems
Electric Vehicle Charging Systems, Grid Integration, V2G, Fast Charging Standards, ROI Analysis & Deployment Strategy
Last updated 6/2026
English
What you'll learn
- Master EV charging levels, modes, and global standards including CCS, CHAdeMO, Type 2, Tesla Supercharger, and GB/T connectors
- Plan and deploy EV charging stations with proper site selection, grid integration, and infrastructure component specifications
- Analyze EV charging business models including subscription, pay-per-use, and free charging strategies for different markets
- Calculate ROI for charging networks including hardware costs, installation, operations, and revenue projections
- Implement smart charging and load balancing strategies to optimize energy use and grid demand management
- Understand vehicle-to-grid (V2G) bidirectional charging technology and its role in grid stability and energy storage
- Navigate government incentives, grants, and regulatory frameworks shaping EV infrastructure deployment globally
- Evaluate emerging technologies including wireless charging, ultra-fast networks, and battery swapping business models
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Course content
6 sections • 24 lectures • 4h 10m total length
Requirements
- No prior EV or charging infrastructure knowledge required—course builds from fundamentals to advanced concepts
- Basic understanding of electrical or energy concepts helpful but not essential—everything is explained clearly
- Interest in electric vehicles, sustainable transportation, infrastructure planning, or clean energy business opportunities
- Suitable for engineers, entrepreneurs, utility professionals, policymakers, and anyone entering the EV sector
Description
53 active learners. 24 comprehensive lectures. Complete coverage from charging standards through business models and emerging technologies. Master EV charging infrastructure planning and deployment in this 4-hour practical course.
Understand how to plan, deploy, and monetize EV charging networks. From Level 1 home charging through ultra-fast 350kW+ systems, you'll learn the technical standards, site selection strategies, grid integration requirements, and business models that make charging networks profitable. Whether you're an engineer, entrepreneur, utility professional, or policymaker, this course provides the knowledge to participate in the fastest-growing infrastructure sector.
WHO THIS IS FOR:
Engineers and technicians in EV, power systems, or renewable energy seeking charging infrastructure expertise
Entrepreneurs and investors exploring opportunities in the rapidly growing EV charging market
Urban planners and policymakers developing transport electrification strategies for cities and regions
Utility professionals planning grid integration and load management for EV charging networks
Automotive professionals understanding charging technologies, connectors, and global standards
Renewable energy professionals expanding into the intersection of EVs, solar, and grid storage
WHAT YOU'LL MASTER:
Charging Technologies & Standards:
- Understand Level 1, Level 2, and DC fast charging systems and their applications
- Master global connector standards: CCS, CHAdeMO, Tesla Supercharger, Type 2, GB/T
- Learn charging modes (1-4), power supply considerations, and ultra-fast charging (150-350kW+)
Infrastructure Planning:
- Select optimal sites for urban, highway, residential, and fleet charging deployments
- Integrate charging networks with grid infrastructure and energy demand management
- Implement smart charging and load balancing for optimized energy use
Business & Investment:
- Analyze charging business models: subscription, pay-per-use, and free charging strategies
- Calculate ROI, understand hardware/installation/O&M costs, and develop financial projections
- Navigate government incentives, grants, and subsidies across different markets
Emerging Technologies:
- Explore wireless and inductive charging developments and implementation timelines
- Understand vehicle-to-grid (V2G) bidirectional charging for grid stability
- Compare battery swapping vs fast charging business models
- Learn how AI and smart networks are transforming charging infrastructure
CURRICULUM HIGHLIGHTS:
Section 1: Introduction to EV Charging Infrastructure (4 lectures)
Section 2: Types of EV Charging & Global Standards (5 lectures)
Section 3: Infrastructure Planning & Deployment (5 lectures)
Section 4: Cost-Benefit Analysis & Investment Strategies (5 lectures)
Section 5: Emerging Technologies & Future of EV Charging (5 lectures)
COMPLETE LEARNING PACKAGE:
- 4+ hours of focused video covering the complete EV charging ecosystem
- 24 comprehensive lectures organized across 5 strategic modules
- Real-world case studies from Tesla, China, Europe, and U.S. deployments
- Business planning frameworks including ROI analysis approaches
- Certificate of completion for your professional development
WHY THIS COURSE WORKS:
Complete Coverage: From basic charging principles through advanced V2G and ultra-fast networks in one structured course.
Business Focus: Not just technology—practical business models, ROI analysis, and investment considerations.
Global Perspective: Standards, regulations, and case studies from U.S., Europe, China, and emerging markets.
Enroll now and master the infrastructure powering the electric vehicle revolution.
Who this course is for:
- Engineers and technicians in the EV, power, or energy sector looking to deepen their knowledge of EV charging infrastructure.
- Entrepreneurs and investors exploring opportunities in the rapidly growing EV charging industry and mobility sector.
- Urban planners and policymakers seeking to understand how EV charging networks impact city design and sustainability.
- Utility and grid professionals aiming to integrate EV charging into smart grid and load management strategies.
- Automotive professionals and OEMs interested in charging technologies, connectors, and standards.
- Renewable energy professionals who want to expand their knowledge into the intersection of EVs, solar, and grid storage.
- Students in energy, electrical, or mechanical engineering looking to build real-world knowledge of EV charging systems.
- EV charging station operators or installers aiming to understand planning, ROI, and hardware selection.
- Government officials and regulators working on transport electrification policies and EV infrastructure deployment.
- Anyone curious about electric vehicles and how the world is preparing for mass adoption of clean transportation.