Master the electrical concepts essential for understanding EV charging systems.

• Basic electrical terms: voltage, current, power, energy
• AC vs DC power and conversion principles
• Power relationships and electrical safety fundamentals
• Grid infrastructure and distribution systems

Understand different EV types and their charging requirements.

• BEV, PHEV, and HEV vehicle types
• Battery technologies and characteristics
• Environmental benefits and market drivers
• Vehicle-to-grid (V2G) capabilities

Learn about different charging levels and infrastructure components.

• Level 1, Level 2, and DC Fast Charging
• Connector types: CCS, CHAdeMO, Tesla
• Charging station components and networking
• Site design and installation considerations

Explore various business models and revenue strategies in EV charging.

• CPO, eMSP, and service provider models
• Revenue streams: charging fees, subscriptions, partnerships
• Site selection and utilization optimization
• Financial modeling and ROI analysis

Understand the complete charging session workflow and user journey.

• Authentication and authorization methods
• Payment processing and billing systems
• Communication protocols between vehicle and charger
• User interface design and accessibility

Learn factors affecting charging performance and optimization strategies.

• Power output management and load balancing
• Battery state of charge (SOC) considerations
• Temperature effects on charging speed
• Grid integration and demand response

Master safety protocols and regulatory requirements.

• Electrical safety standards and procedures
• Installation codes and permitting requirements
• ADA compliance and accessibility standards
• Emergency procedures and incident response

Explore emerging technologies and future industry developments.

• Smart charging and grid integration
• Wireless charging technology
• Ultra-fast charging innovations
• Industry outlook and career opportunities

Understand the fundamental concepts and business value of OCPI.

• Protocol definition and objectives
• Business benefits for CPOs and eMSPs
• Global adoption patterns and market impact
• Comparison with other interoperability standards

Learn the technical architecture and participant roles in OCPI ecosystems.

• System architecture and RESTful API design
• Charge Point Operator (CPO) responsibilities
• e-Mobility Service Provider (eMSP) functions
• Hub operators and clearing house models

Master the essential OCPI modules and their business applications.

• Locations module: charging station information
• Sessions module: charging session lifecycle
• Tariffs module: pricing and billing structures
• CDRs module: charge detail records
• Commands module: remote control capabilities

Understand security concepts and authentication mechanisms in OCPI.

• Token-based authentication methods
• Security considerations and best practices
• User authorization and access control
• Data privacy and GDPR compliance

Learn about real-time capabilities and live data synchronization.

• Real-time location status updates
• Live session monitoring and control
• Webhook implementations and push notifications
• Error handling and retry mechanisms

Explore business models and commercial agreements for EV roaming.

• Bilateral vs. multilateral roaming agreements
• Revenue sharing and settlement models
• Pricing strategies and markup structures
• Contract negotiation and legal considerations

Learn practical implementation strategies and industry best practices.

• Technical integration planning and timelines
• Testing and certification procedures
• Common implementation challenges and solutions
• Performance monitoring and optimization