SECTION 1: Electric Vehicle Charging Station Market

• 1.1 Overall Electric Vehicle Charging Station Market
• 1.2 Global Electric Vehicle Charging Station Market
• 1.2.1 Electric Car Stock and Publicly available EVSE outlets, by country and type of charger, 2016
• 1.2.2 Number of Electric Vehicle Fast charging station World Wide
• 1.2.3 Demand of Fast charging station
• 1.3 Electric Vehicle Charging Market –Asia
• 1.3.1 China
• 1.4 EV Charging Market –North America and South America
  • 1.4.1 Public Charging Station in US
  • 1.4.2 Number of public electric vehicle charging stations and charging outlets in the U.S. as of November 2017 (in units)
  • 1.4.3 Evolution of US Electric Charging Points
  • 1.4.4 Number of Public & Private Charging Locations (Sites) & Stations (Outlets) in the US
• 1.5 EV Charging Market –Europe
• 1.5.1 Fast Charging Locations per 1000 BEVs by System
• 1.5.2 Development in the number of charging point in the Netherlands-excluding Private charging points
• 1.5.3 Charging Infrastructure in France for 2016
• 1.5.4 Profile of UK Charging Points by Charger Speed May 2018
• 1.6 EV Charging Market –Australia
  • 1.6.1 Public Charging Infrastructure in Australia
• 1.7 Summary of total number of charging station world wide
• 1.8 EV Charging Market Value chain
• 1.8.1 Grouping 18 business activities into five strategy variants
• 1.9 Battery swapping station in the world today
• 1.9.1 Tesla Battery Swap Stations in Beta Between SF and LA
• 1.9.2 BAIC Group – China
• 1.9.3 Volkswagen
• 1.9.4 Ford Crossover Company? Report Says Ford to Swap Cars for CUVs
• 1.9.5 Battery swapping system and electric concepts by Honda
• 1.9.6 Toyota considering a battery exchange system
• 1.9.7 Nio launches EV with battery swap and mobile charging option
• 1.9.8 Gogoro launches the first solar-powered battery-swapping station

SECTION 2: Electric vehicle charging Infrastructure

• 2.1 Basics of EV charging
• 2.2 Different EV Charging Methods
• 2.2.1 Conductive charging
• 2.2.2 Inductive Charging
• 2.2.3 Battery swapping
• 2.3 Difference between On board and off board charger
• 2.4 Electric vehicle charging station
• 2.4.1 Components of EVSE
• 2.4.2 Electric Vehicle Charging Station flow chart
• 2.4.3 Working of EV Charging Station
• 2.4.4 Charging behaviour
• 2.5 Fast charging
• 2.5.1 Working
• 2.5.2 Factors affecting charging speed
• 2.5.3 Capacity of fast charging stations
• 2.6 Combined Charging System - One System for All
• 2.7 Electric Vehicle charging time
• 2.7.1 Charging Speed.
• 2.7.2 Charging Frequency.
• 2.7.3 How long will it take to charge
• 2.8 Charging standards- Connectors
• 2.8.1 Charging Station Connectors
• 2.8.2 Charging Modes
• 2.9 Key Principles for Commercial electricity rates for EV Charging
• 2.10 Charging solutions for various Electric Vehicles Models (4 wheelers)
• 2.10.1 PHEV(Plugin Hybrid Electric Vehicle )
• 2.10.2 BEV (Battery Electric Vehicle)

SECTION 3: Implementation Procedure for EV charging station

• 3.1 Implementation Stage
• 3.1.1 Typical Site Plans
• 3.1.2 Installation Checklist
• 3.1.3 Location Selection Criteria
• 3.1.4 Charging point types/locations
• 3.2 Components of charging point system
• 3.3 Electricity supply
• 3.4 Charging point operation
• 3.5 Site audit
• 3.5.1 Typical layout details
• 3.6 Differences between various public charging stations
• 3.7 Timeline
• 3.8 Various Business Models for EV charging
• 3.9 Permits Required for Implementation of charging station
• State of Vermont Permitting
• Municipal Permitting
• 3.9.1 The central government’s contribution to ‘Publicly Accessible Electric Charging Infrastructure’
• 3.9.2 Temporarily reduced energy tax rate for charging points
• 3.2 Battery
• 3.2.1 Li-ion & Lead Acid Batteries used in 2 & 3 Wheelers
• 3.3 Battery Management Systems (BMS)
• 3.4 Motor
• 3.5 Cooling Systems
• 3.6 Description of Transmission System of Electric Vehicles
• 3.6.1 Working of Manual Transmission
• 3.6.2 Electric Vehicle Transmission System
• 3.6.3 Major Difference in External/Non Electric Part of Electric Vehicle and ICE
• 3.7 Components of EV Charging Infrastructure
• 3.8 Specifications for EVs

SECTION 4:Vendors and Solution Providers

• 4.1 Suppliers / Integrators of EV Charging Infrastructure Worldwide
• 4.1.1 List of Manufacturers with specification for Level 2 charging stations
• 4.1.2 List of Suppliers for Level 2 charging stations
• 4.1.3 List of Local supplier of EV Charging station with Equipment details
• 4.2 Summary of EV charging station manufacturers

SECTION 5: Cost and Economics

• 5.1 Costs for Setting up an EV Charging Infrastructure
• 5.1.1 Costs for Normal AC Charging Stations
• 5.1.2 Cost for DC Fast Charging Stations
• 5.1.3 Cost of Electric Car Charging Stations
• 5.2 Cost to charge an electric car at a public station
• 5.3 Charging station Installation and operating cost
• 5.4 Payment settlement mechanisms

SECTION 6: Innovations and R&D

• 6.1 Innovations in EV Charging Sectors
• 6.2 Leading innovators
• 6.3 Key technology trends in electric vehicle charging
• 6.3.1 With 12,427 miles of highway, electrifying all of them would be expensive but cheaper than expanding public transit.
• 6.3.2 Automotive Multi-Switch Detection Interface (MSDI) Reference Design
• 6.3.3 Understanding current sensing in HEV/EV batteries
• 6.4 Working of wireless charging for electric vehicles
• 6.4.1 Speed and energy efficiency of wireless EV charging systems
• 6.4.2 EVs support wireless charging
• 6.4.3 A universal standard for wireless charging infrastructure.
• 6.4.4 Wireless car charging cars available today
• 6.4.5 Charging while driving
• 6.5 Smart Grid Technologies
• 6.5.1 Solar Power
• 6.5.2 Wind Power