Table of Contents PART 01: Executive summary • Highlights PART 02: Scope of the report • Market overview • Top-vendor offerings PART 03: Market research methodology • Research methodology • Economic indicators PART 04: Introduction • Key market highlights PART 05: Market landscape • Market overview • Market size and forecast • Five forces analysis PART 06: Market segmentation by application • Global fuel cell market by application 2015-2020 • Global fuel cell market by application 2015-2020 (MW shipments) • Global fuel cell market by stationary application • Global fuel cell market by transportation application • Global fuel cell market by portable application PART 07: Market segmentation by type • Global fuel cell market by type 2015-2020 • Global fuel cell market by type 2015-2020 (MW shipments) • Global fuel cell market by PEMFC • Global fuel cell market by SOFC • Global fuel cell market by MCFC • Global fuel cell market by DMFC PART 08: Market segmentation by geography • Global fuel cell market by geography 2015-2020 • Global fuel cell market by geography 2015-2020 (MW shipments) • Fuel cell market in APAC • Fuel cell market in Americas • Fuel cell market in EMEA PART 09: Key leading countries • Japan • Germany • US PART 10: Market drivers • Need to control emissions in transportation sector • Flexibility in use of fuels • Government incentives for FCVs • Growing demand for efficient and cleaner technologies PART 11: Impact of drivers PART 12: Market challenges • Lack of refueling infrastructure for FCVs • Competition from alternative technologies • Uncertainties associated with low crude oil prices • End of subsidies will raise fuel cell cost PART 13: Impact of drivers and challenges PART 14: Market trends • Reduction in prices of fuel cells and FCVs • Increase in R&D investment and activities PART 15: Vendor landscape • Other prominent vendors PART 16: Key vendor analysis • Ballard Power Systems • Bloom Energy • Nuvera Fuel Cells • SFC Energy PART 17: Appendix • List of abbreviations PART 18: Explore Technavio List of Exhibits Exhibit 01: Types of fuel cell by technology Exhibit 02: Types of fuel cell by application Exhibit 03: Key countries in each region Exhibit 04: Key product/solution offerings Exhibit 05: Market overview Exhibit 06: Comparison of fuel cell technologies Exhibit 07: Description of fuel cell applications Exhibit 08: Fuel cell applications Exhibit 09: Fuel cell market evolution Exhibit 10: Schematic diagram of PEMFC Exhibit 11: Types of SOFCs Exhibit 12: Schematic diagram of SOFC Exhibit 13: Schematic diagram of DMFC Exhibit 14: Schematic diagram of MCFC Exhibit 15: Schematic diagram of PAFC Exhibit 16: Schematic diagram of AFC Exhibit 17: Global fuel cell market by MW shipments 2015-2020 Exhibit 18: Major fuel cell developments in EU 2008-2013 Exhibit 19: Hydrogen fueling station/infrastructure roadmap in Korea Exhibit 20: Country-wise fuel cell patents 2015 Exhibit 21: Production cycle of fuel cells versus diesel generators and related CO₂ emissions Exhibit 22: Summary of typical hydrogen production and storage Exhibit 23: Comparison of conversion efficiency for FCVs (FCEVs) and electric vehicles (EVs) Exhibit 24: Global fuel cell market by unit shipments 2015-2020 Exhibit 25: Water use in different types of power generation Exhibit 26: Five forces analysis Exhibit 27: Global fuel cell market by application 2015-2020 Exhibit 28: Global fuel cell market by application 2015-2020 (MW shipments) Exhibit 29: Global fuel cell market by stationary application 2015-2020 (MW shipments) Exhibit 30: Main applications in the stationary FC market Exhibit 31: Residential fuel cell installed under ENE-FARM project in Japan 2009-2015 Exhibit 32: Evaluation of operating costs for different off-grid systems ($/ kWh) Exhibit 33: Comparative capital cost of PEM and DMFC Exhibit 34: Global fuel cell market by transportation application 2015-2020 (MW shipments) Exhibit 35: Major companies using fuel cell powered MHE Exhibit 36: Technical comparison of FCVs with alternatives such as ICE and EVs Exhibit 37: Comparison of ICE, FCVs, and EVs Exhibit 38: Global fuel cell market by portable application 2015-2020 (MW shipments) Exhibit 39: Fuel cell share in application in terms of unit shipments 2015 Exhibit 40: Global fuel cell market by type 2015-2020 Exhibit 41: Global fuel cell market by type 2015-2020 (MW shipments) Exhibit 42: Global fuel cell market by PEMFC 2015-2020 (MW shipments) Exhibit 43: Per life annual cost of MHEs ($) Exhibit 44: PEMFC versus SOFC installations in micro-CHP applications in Japan Exhibit 45: Global fuel cell market by SOFC 2015-2020 (MW shipments) Exhibit 46: Efficiency of SOFC versus other fuel cell technologies Exhibit 47: Effect of various gaseous reactants on different fuel cells Exhibit 48: Global fuel cell market by MCFC 2015-2020 (MW shipments) Exhibit 49: Global fuel cell market by DMFC 2015-2020 (MW shipments) Exhibit 50: Storage densities of different energy storage devices (Wh/kg) Exhibit 51: Global fuel cell market by geography 2015-2020 Exhibit 52: Global fuel cell market by geography 2015-2020 (MW shipments) Exhibit 53: Fuel cell market in APAC 2015-2020 (MW shipments) Exhibit 54: Fuel cell development roadmap in South Korea 2009-2030 Exhibit 55: Fuel cell market in Americas 2015-2020 (MW shipments) Exhibit 56: Apple renewable energy power source in North Carolina data center Exhibit 57: Consolidated energy savings of the Wonderful Company using fuel cells Exhibit 58: Fuel cell market in EMEA 2015-2020 (MW shipments) Exhibit 59: Efficiency resulting from using fuel cells in ene.field scheme Exhibit 60: Japan fuel cell development roadmap Exhibit 61: US DOE's funding opportunity announcement (FOA): Areas of interest Exhibit 62: Comparison of FCEV and ICE efficiency Exhibit 63: Comparison of GHG emissions from different energy sources Exhibit 64: Diverse fuel sources used in fuel cell for diverse applications Exhibit 65: Major purchase incentives for fuel cell projects in various countries Exhibit 66: Typical stack size of different fuel cell technologies Exhibit 67: Energy conversion efficiency of different energy sources Exhibit 68: Impact of drivers Exhibit 69: Natural gas filling stations versus EV charging stations 2015 Exhibit 70: Global crude oil price volatility 2007-2016 ($/bbl.) Exhibit 71: Cost comparison: Fuel cell versus ICE Exhibit 72: Impact of drivers and challenges Exhibit 73: Fuel cell system costs ($) Exhibit 74: NETL SOFC programs Exhibit 75: Fuel cell components R&D in China Exhibit 76: Fuel Cell Technologies Office R&D budget in US FY2015-FY2017 ($ millions) Exhibit 77: Other prominent vendors Exhibit 78: Ballard Power Systems: Business segmentation Exhibit 79: Protonex: SOFC products Exhibit 80: Bloom Energy: Product offering Exhibit 81: Bloom Energy: Product portfolio Exhibit 82: Nuvera Fuel Cells: Product and services Exhibit 83: Nuvera Fuel Cells: Product categories Exhibit 84: SFC Energy product overview Exhibit 85: SFC Energy: Product portfolio

Ballard Power Systems, Bloom Energy, Nuvera Fuel Cells, SFC Energy, ACAL, Acumentrics, Aisin, Altergy Systems, Ceramic Fuel Cells, Ceres Power, Delphi Automotive Systems, DMFCC, Doosan Fuel Cell, ElectroChem, EnergyOr Technologies, Enocell, FuelCell Energy, GE, H2 Logic, Horizon Fuel Cell Technologies, Hydrogenics, Infintium Fuel Cell Systems, Intelligent Energy, Johnson Matthey Fuel Cells, Kyocera, LG Fuel Cell Systems, Mitsubishi Heavy Industries, Neah Power Systems, Oorja Protonics, Panasonic, Plug Power, Proton Motor Fuel Cell, Redox Power Systems, Shanghai Everpower Technologies, Symbio FCell, Toshiba, Ultra Electronics AMI.