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EV Charging Infrastructure Bootcamp for Property owners
Electric Vehicles 101
Learn the basics about electric vehicles
Why energy consumption affects your choice of EV chargers
Understand the difference between AC and DC electricity
Overview of available incentives
EV Charging 101
Discuss different use cases for EV charging
Explain the hardware components of an EV charger
Review types of EV chargers for rental properties
Explore the purpose of EV charging software
Making the business case for EV charging
Electrical equipment required for EV charging
The three tiers of EV readiness
How to install your chargers in 4 steps
Calculating your business case for EV charging
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Installation overview and examples
EV charger connectivity
The difference between networked and non-networked chargers
Methods to activate a charging session
EV charging incentives
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EV charging equipment
Level 1, 2, and DC charging overview - description, suitability and costs
Revenue strategies
Other EV charging equipment considerations
Adding Solar Power to your EV charging installation
Solar integrated structures
Offsetting common area and EV charging loads
PR value
Financial value
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Revisit the 3 EV readiness tiers
Understand the key players involved in approving your EV charging installation
Incentives and grants for your EV charging project
Typical challenges encountered at the beginning of your project
Utility Billing and Solar design
The financial model: demand charges, net metering, and commercial utility rate schedules
Interconnection and permitting
Sizing solar PV systems
Deciding when to install batteries with your solar system
Installing your EV and solar project
Step 1 - Site assessment
Step 2 - Design concept
Step 3 - Construction
Step 4 - Follow through
Understand the difference between AC and DC electricity
1_3 Understand the difference between AC and DC electricity .pdf
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