EVs are not the pollution panacea anymore. At least those that obtain power from the power grids are not. Recent reality checks by rationalists worldwide have sharply debunked the myth of the all-encompassing EV solution to vehicular pollution. Although EVs do not emit harmful gases, coal and oil and gas are produced by dirty, pollutive means (read: conventional coal or oil and gas). This has been calculated to roughly equal (or sometimes exceed) that what a conventional internal combustion engine (ICE) car does. Therefore, EVs contribute to the destruction of the environment, maybe far more than the pollution caused by conventional cars do.

PART 01: Executive summary

PART 02: Scope of the report

Market overview

Report coverage

PART 03: Market research methodology

Research methodology

Economic indicators

PART 04: Introduction

Key market highlights

Solar carports: The need

Parts of a typical SCCS system

PV process in solar carports

PART 05: Market landscape

Market overview

Market size and forecast

Five forces analysis

PART 06: Market segmentation by grid connectivity

Market overview

Market size and forecast

PART 07: Market segmentation by geography

Market overview

Global geographic market share projections of SCCS

US: Mature solar carport market

Solar carport market in Europe

Solar carport market in Japan

A special note on growth prospects of SCCS in China

PART 08: Level 1 market drivers

EV-related drivers

Solar energy-related drivers complementing SCCS

market

PART 09: Level 2 market drivers

EV-related drivers

Solar energy-related drivers

PART 10: SCCS-specific market drivers

Solar carports reduce load on power grids

Added advantages of solar carports to propel SCCS

market

Commitment from automotive OEMs to boost use of

SCCS

Ease of deployment of prepackaged modular SCCS

systems may influence market growth

New products and business models to revolutionize

SCCS industry

PART 11: Market challenges

Technological challenges

Economic challenges

Marketing challenges

Environmental challenges

Systemic challenges

PART 12: Market trends

Focus on reducing charging time for SCCS systems

Wireless charging systems to debut in SCCS market

Solar cars to be commercially viable step after

autonomous off-grid solutions

PART 13: Market pulse

Demise of solar carport companies

Different business models for solar carport players

Different product offering approaches in solar carports

PART 14: Vendor landscape

Vendor rankings in SCCS/SCCS-EPC space

PART 15: Key vendor analysis

renewz sustainable solutions

Envision Solar

SunPower

Standard Solar

SolarWing

Sundial Energy

S:FLEX

Solarsense

SUNWORX

Solar Electric Supply

Giulio Barbieri

GE Energy — Industrial Solutions / Current

PART 16: SCCS vendor wise service provider analysis

Partners for renewz sustainable solutions

Partners for SolarWing

Partners for Solarsense

Partners for GE Energy - Industrial Solutions

Partners for Standard Solar

Partners for S:FLEX

PART 17: Other prominent players (EPC/SCCS)

Mounting Systems (West Sacramento, California,

US)

4 S.T.E.L Engineering (San Clemente, California,

US)

KB Racking (Toronto, Ontario, Canada)

Advanced Green Technologies, Florida

Solaire Generation, New York

Meridian Solar

SolarCity

Solar Shade Structures

mp-tec

SiG Solar

GP Joule

HABDANK

Flexisolar

SunEdison

Phoenix Solar

Kokko Shisetsu Kogyo

Martifer Solar

Green Choice Solar

Cenergy Power

Paladin Solar

SankyoAlumi

Solarcentury

ORIX Group

Hangzhou HuaDing Solar Energy Technology

Xiamen Mibet New Energy

VERSOLSOLAR HANGZHOU

Hanergy Holding Group Limited

REMOR SOLAR

PART 18: Appendix

List of abbreviations

PART 19: Explore Technavio