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Course Outline
Introduction to EV Charging Infrastructure
- Overview of charging station types and levels
- Understanding the role of charging infrastructure in EV adoption
- Regulatory standards and compliance considerations
Designing EV Charging Stations
- Site selection and planning considerations
- Power requirements and grid connection
- Charging station components and specifications
Grid Impact and Load Management
- Assessing the impact of large-scale EV charging on the grid
- Strategies for load balancing and peak shaving
- Demand response and energy storage integration
Smart Charging Technologies
- Dynamic load management systems
- Vehicle-to-Grid (V2G) and bi-directional charging
- Communication protocols for smart charging
Renewable Energy Integration
- Using solar and wind energy in charging stations
- Energy storage solutions for off-peak charging
- Optimizing charging with renewable energy forecasting
Smart Grid Integration
- Building a resilient and adaptive charging network
- Data monitoring and analysis for grid optimization
- Real-time management of charging loads
Case Studies and Practical Applications
- Successful implementations of smart charging networks
- Lessons learned from urban and rural charging projects
- Innovative approaches to integrating renewables
Best Practices for Charging Infrastructure Deployment
- Site assessment and stakeholder engagement
- Maintaining operational efficiency and uptime
- Ensuring scalability for future expansion
Summary and Next Steps
Requirements
- Basic knowledge of electrical systems
- Familiarity with renewable energy concepts
- Understanding of electric vehicle technology
Audience
- Energy sector professionals implementing EV infrastructure
- Urban planners working on sustainable transportation projects
- Utility companies managing grid integration
14 Hours
