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 • Technological overview • Market overview • Market size and forecast by revenue • Five forces analysis PART 06: Market segmentation by application • Global lithium iron phosphate battery market by application, 2015 • Global lithium iron phosphate battery market by application, 2020 • Global lithium iron phosphate battery market by application 2015-2020 • Global lithium iron phosphate battery market by EVs and HEVs 2015-2020 • Global lithium iron phosphate battery market by consumer electronics 2015-2020 • Global lithium iron phosphate battery market by renewable power sector, 2015-2020 PART 07: Geographical segmentation • Global lithium iron phosphate battery market by geography • Lithium iron phosphate battery market in APAC • Lithium iron phosphate battery market in the Americas • Lithium iron phosphate battery market in EMEA PART 08: Market drivers • High demand for EVs and HEVs • Increased usage of Li-ion battery • Longer shelf life of lithium iron phosphate batteries • Strong focus on renewable power generation PART 09: Impact of drivers PART 10: Market challenges • Technological challenges of Li-on batteries • Lack of awareness • Recycling concerns • Lower capacity/size ratio PART 11: Impact of drivers and challenges PART 12: Market trends • Increased demand from China • Heavy investments in lithium iron phosphate manufacturing plants • Operational challenges of lead acid batteries • Technological advancements PART 13: Key leading countries PART 14: Vendor landscape • Competitive landscape • Other prominent vendors PART 15: Key vendor analysis • A123 Systems • BYD • Electrical Vehicle Power System Technology • Hi Power • OptimumNano Energy PART 16: Appendix • List of abbreviations PART 17: Explore Technavio List of Exhibits Exhibit 01: Product offerings Exhibit 02: Lithium iron phosphate radar Exhibit 03: Comparison of VRLA and LFP battery for IDCs Exhibit 04: Comparison of Li-ion polymer, Li-ion, and Li-iron batteries Exhibit 05: Segmentation of global lithium iron phosphate battery market Exhibit 06: Global lithium iron phosphate battery market 2015-2020 ($ billions) Exhibit 07: Five forces analysis Exhibit 08: Global lithium iron phosphate battery market by application 2015 Exhibit 09: Global lithium iron phosphate battery market by application 2020 Exhibit 10: Global lithium iron phosphate battery market by EVs and HEVs market 2015-2020 ($ billions) Exhibit 11: Global EV sales 2012-2016 (thousands) Exhibit 12: Global EV market share by country 2015 Exhibit 13: Global HEVs sales 2004-2013 (millions) Exhibit 14: US HEV sales 2004-2015 (thousands) Exhibit 15: Global lithium iron phosphate battery market by consumer electronic market 2015-2020 (MW) Exhibit 16: Global electronics market by type Exhibit 17: Li-ion battery market in consumer electronics 2012-2020 ($ millions) Exhibit 18: Global lithium iron phosphate battery market by renewable power sector 2015-2020 ($ billions) Exhibit 19: Renewable power capacity 2014 Exhibit 20: Global lithium iron phosphate battery market by geography 2015 Exhibit 21: Global lithium iron phosphate battery market by geography 2020 Exhibit 22: Global lithium iron phosphate battery market by geographical segmentation 2015-2020 Exhibit 23: Lithium iron phosphate battery market in APAC 2015-2020 ($ billions) Exhibit 24: Lithium iron phosphate battery market in the Americas 2015-2020 ($ billions) Exhibit 25: HEVs sales in the US 2010-2015 Exhibit 26: Lithium iron phosphate battery market in EMEA 2015-2020 ($ billions) Exhibit 27: EV sales in Europe 2015 Exhibit 28: PEV growth in volume and percentage 2015 Exhibit 29: Europe year-wise sales data of EVs 2013-2015 Exhibit 30: Global EV stock 2014 Exhibit 31: Global EV sales, 2010-2014 (Thousands) Exhibit 32: Advantages of EVs Exhibit 33: Average life cycle of lead acid and lithium iron phosphate battery (cycles) Exhibit 34: Average annual growth rates of renewable energy capacity and production 2010-2014 Exhibit 35: Impact of drivers Exhibit 36: Challenges faced while using Li-ion batteries Exhibit 37: Cost of recycling different Li-ion batteries Exhibit 38: Impact of drivers and challenges Exhibit 39: Lead acid batteries challenges Exhibit 40: Global e-bike sales, 2016 (Billion units) Exhibit 41: China’s year wise sales data of EVs, 2013-2015 Exhibit 42: China PEV and EV sales, 2014-2015 Exhibit 43: PHEVs and BEVs sales by model, 2011-2013 Exhibit 44: US electric vehicle sales, 2010-2015 Exhibit 45: US HEV sales, 2004-2005 Exhibit 46: US consumer electronics ($ billions) Exhibit 47: Other prominent vendors Exhibit 48: Lithium iron phosphate battery portfolio Exhibit 49: Product portfolio Exhibit 50: Product portfolio Exhibit 51: Product segmentation Exhibit 52: Lithium iron phosphate battery portfolio Exhibit 53: Lithium iron phosphate battery portfolio

A123 Systems, BYD, Electrical Vehicle Power System Technology, Hi Power, OptimumNano Energy, GAIA, K2Energy¸ LiFeBATT, Phostech, Pihsiang Energy Technology, Pulead Technology Industry, and Victory Battery Technology.