Summary

The EV assembly market is projected to grow from USD 190.11 billion in 2026 to USD 291.39 billion by 2035, at a CAGR of 4.9%. Automakers are increasingly adopting gigacasting to simplify vehicle structures and reduce assembly complexity by consolidating multiple stamped and welded components into single large cast parts. Tesla's gigacasting process at Gigafactory Texas replaced 70 individual components with a single rear body casting and reduced casting cycle times from about 120 minutes to 80–90 seconds, enabling production rates of 40–45 castings per hour. Similarly, Volvo plans to replace about 100 stamped components with a single megacast structure for the EX60's rear chassis section, while achieving a 15–20% weight reduction and approximately 95% material utilization through in-house recycling of casting scrap. These advancements reduce part counts, shorten production cycles, minimize material waste, and lower tooling and assembly requirements, improving manufacturing efficiency and supporting cost-effective, high-volume EV production. The commercial vehicle segment is projected to hold a significant share of the EV assembly market during the forecast period. The commercial vehicle segment is projected to account for a significant share of the EV assembly market. The electrification of logistics fleets, public transportation networks, and last-mile delivery operations is driving large-volume procurement contracts for commercial vehicles, enabling OEMs to improve production utilization and establish dedicated assembly lines. Similarly, manufacturers are investing in purpose-built commercial EV platforms, creating new opportunities for tooling, platform development, and assembly operations. Commercial vehicle manufacturers are increasingly adopting dedicated EV platforms, such as Yutong's YEA architecture and Daimler Truck's eActros platform, enabling component standardization across multiple vehicle models. This platform-based approach improves manufacturing efficiency, reduces development costs, and supports large-scale production of electric buses and trucks, further strengthening the commercial vehicle segment's contribution to the EV assembly market. Government initiatives promoting local production of electric buses and trucks are further encouraging investments in regional manufacturing facilities and supply chains. The integration of advanced telematics, fleet management systems, high-voltage architectures, and connected vehicle technologies also increases the overall assembly value of commercial EVs. In addition, leading manufacturers such as Daimler Truck, Volvo Trucks, BYD, Yutong, Scania, and Tata Motors continue to expand dedicated commercial EV production capacity, supporting the segment's strong contribution to the growth of the EV assembly market. Plug-in hybrid electric vehicles (PHEVs) are expected to account for a significant share of the EV assembly market during the forecast period. The plug-in hybrid electric vehicle (PHEV) segment is estimated to hold a significant share of the EV assembly market because of its higher manufacturing content and assembly value compared with conventional vehicles. By integrating both an internal combustion engine and an electric powertrain, PHEVs require additional components such as battery packs, electric motors, inverters, fuel systems, and advanced control units. This dual-powertrain architecture increases assembly complexity, component count, and manufacturing value per vehicle. Many automakers use flexible multi-energy platforms such as Volkswagen's MQB, BMW's CLAR, and Geely's CMA, enabling ICE, HEV, PHEV, and BEV models to be produced on the same assembly lines, improving plant utilization and production efficiency. Strong demand for PHEVs and extended-range electric vehicles (EREVs) in China, led by manufacturers such as BYD, Li Auto, Geely, and Changan, along with continued adoption across Europe, supports high production volumes and assembly activity. PHEVs also enable OEMs to leverage existing engine plants, supply chains, and manufacturing facilities while gradually expanding electrified vehicle production. For instance, Volkswagen's MQB platform supports more than 40 vehicle models across multiple powertrain configurations, allowing manufacturers to use common production assets and reduce the need for dedicated assembly infrastructure. This approach helps lower transition risks and capital investment requirements while supporting flexible production planning. Manufacturers are also investing in dedicated hybrid technologies such as BYD's DM-i, Geely's Thor Hybrid, and Changan's Blue Core Hybrid systems, which require specialized assembly processes and component integration. “Europe is expected to have a significant market share in the EV assembly market during the forecast period.” Europe is expected to account for a significant share of the EV assembly market, supported by its well-established automotive manufacturing ecosystem and ongoing transition to electrified vehicle production. The region is home to leading OEMs such as Volkswagen Group, Mercedes-Benz, BMW, Stellantis, Renault Group, and Volvo, which collectively operate extensive vehicle assembly plants, powertrain facilities, and battery manufacturing investments across Europe. European automakers are increasingly standardizing production on dedicated EV platforms, including Volkswagen's MEB and upcoming SSP architectures, BMW's Neue Klasse, Mercedes-Benz's MMA and MB.EA platforms, Stellantis' STLA architectures, Renault's AmpR platforms, and Volvo's SPA2 architecture. This platform-based approach enables multiple vehicle models to share common battery systems, electrical architectures, software stacks, and manufacturing processes, improving production efficiency and reducing development costs. Similarly, OEMs are investing heavily to convert conventional vehicle plants into EV-focused production facilities while expanding automation, smart factory technologies, and digital manufacturing capabilities. The region is also strengthening battery localization by establishing regional battery supply chains and integrating battery pack assembly closer to vehicle production sites, improving supply chain resilience and manufacturing efficiency. Taken together, these factors position Europe as a key hub for large-scale EV assembly, supported by advanced manufacturing capabilities and platform standardization. In-depth interviews were conducted with CEOs, marketing directors, other innovation and technology directors, and executives from various key organizations operating in this market. • By Company Type: OEMs – 38%, Tier I – 42%, Tier II & III – 20% • By Designation: Directors – 35%, Managers – 45%, and Others – 20% • By Region: North America – 25%, Europe – 30%, and Asia Pacific - 45% The EV assembly market is dominated by major players, including Tesla (US), BYD Company Ltd. (China), VOLKSWAGEN AG (Germany), Geely Auto (China), and Hyundai Motor Company (South Korea). These companies leverage scalable EV platforms, advanced manufacturing technologies, vertically integrated supply chains, and highly automated production facilities to improve assembly efficiency, reduce manufacturing costs, and accelerate the commercialization of electric vehicles in global markets. Research Coverage: The report covers the EV assembly market, by vehicle type (PC, CV), propulsion (BEV, PHEV), and region. The report provides a comprehensive analysis of the EV assembly market's competitive landscape and profiles leading vehicle manufacturers and contract assembly providers. It includes an in-depth assessment of key market participants, highlighting their manufacturing capabilities, assembly facilities, EV platform strategies, production footprints, partnerships, investments, and business strategies shaping the global EV assembly ecosystem. Key Benefits of Buying the Report: • The report provides reliable estimates of the global EV assembly market size and its key segments, helping market participants assess current and future revenue opportunities. • The report enables OEMs, contract manufacturers, component suppliers, investors, and other stakeholders to understand the competitive landscape and develop effective growth and market-entry strategies. • The report offers detailed insights into the EV assembly ecosystem, including key market drivers, restraints, challenges, opportunities, manufacturing trends, and regional production dynamics. • The report helps stakeholders evaluate current and future developments in EV manufacturing technologies, assembly processes, platform strategies, production capacities, and localization initiatives across major automotive markets. • The report provides benchmarking of leading EV manufacturers based on production footprint, assembly capabilities, platform adoption, strategic partnerships, and expansion plans. The report provides insight into the following pointers: • Analysis of key drivers (OEM transition to dedicated EV platforms and software-defined vehicle architectures, Localization of EV supply chains and battery manufacturing ecosystems), restraints (Battery and power electronics localization bottlenecks, High capital investment and EV capacity utilization risks), opportunities (Expansion of battery recycling and closed-loop manufacturing, Rise of AI-enabled smart factories and digital manufacturing technologies, Growing adoption of EV platform-based contract manufacturing), and challenges (Balancing manufacturing flexibility across diverse EV platforms and vehicle segments). • Platform Development/Innovation: Detailed insights on upcoming technologies and research & development activities in the EV assembly market • Market Development: Comprehensive information about lucrative markets - the report analyzes the EV assembly market across varied regions • Market Diversification: Exhaustive information about untapped geographies, recent developments, and investments in the EV assembly market • Competitive Assessment: In-depth assessment of market share, EV manufacturing strategies, and platform offerings of leading players such as Tesla (US), BYD Company Ltd. (China), Volkswagen AG (Germany), Geely Auto (China), and Hyundai Motor Company (South Korea)

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Table of Contents

1 INTRODUCTION 29
1.1 STUDY OBJECTIVES 29
1.2 MARKET DEFINITION 30
1.3 STUDY SCOPE 31
1.3.1 MARKET SEGMENTATION 31
1.3.2 INCLUSIONS & EXCLUSIONS 31
1.4 YEARS CONSIDERED 32
1.5 CURRENCY CONSIDERED 32
1.6 UNIT CONSIDERED 33
1.7 STAKEHOLDERS 33
1.8 SUMMARY OF CHANGES 33
2 EXECUTIVE SUMMARY 35
2.1 KEY INSIGHTS & MARKET HIGHLIGHTS 35
2.2 KEY MARKET PARTICIPANTS: MAPPING OF STRATEGIC DEVELOPMENTS 37
2.3 DISRUPTIVE TRENDS SHAPING EV ASSEMBLY MARKET 38
2.4 SNAPSHOT: GLOBAL MARKET SIZE, GROWTH RATE, AND FORECAST 39
3 PREMIUM INSIGHTS 40
3.1 ATTRACTIVE OPPORTUNITIES FOR PLAYERS IN EV ASSEMBLY MARKET 40
3.2 EV MARKET, BY PROPULSION 41
3.3 EV MARKET, BY VEHICLE TYPE 41
3.4 EV ASSEMBLY MARKET, BY REGION 42
4 MARKET OVERVIEW 43
4.1 INTRODUCTION 43
4.2 MARKET DYNAMICS 45
4.2.1 DRIVERS 45
4.2.1.1 OEM transition to dedicated EV platforms and software-defined vehicle (SDV) architectures 45
4.2.1.2 Localization of EV supply chains and battery manufacturing ecosystems 46
4.2.2 RESTRAINTS 47
4.2.2.1 Battery and power electronics localization bottlenecks 47
4.2.2.2 High capital investment and EV capacity utilization risks 47
4.2.3 OPPORTUNITIES 47
4.2.3.1 Expansion of battery recycling and closed-loop manufacturing 47
4.2.3.2 Rise of AI-enabled smart factories and digital manufacturing technologies 48
4.2.3.3 Growing adoption of EV platform-based contract manufacturing 48
4.2.4 CHALLENGES 49
4.2.4.1 Balancing manufacturing flexibility across diverse EV platforms and vehicle segments 49
5 INDUSTRY TRENDS 50
5.1 TRENDS & DISRUPTIONS IMPACTING CUSTOMER BUSINESS 50
5.2 MANUFACTURING COST BREAKDOWN OF EV PASSENGER CAR 51
5.2.1 OVERVIEW 51
5.2.2 COST BREAKDOWN BY MANUFACTURING PROCESS 52
5.2.2.1 Battery cell manufacturing 53
5.2.2.2 Battery module & pack assembly 53
5.2.2.3 Battery management & thermal management 54
5.2.2.4 Electric motor manufacturing 54
5.2.2.5 Inverter & power electronics 54
5.2.2.6 Reduction gearbox/transmission 54
5.2.2.7 Body-in-white manufacturing 54
5.2.2.8 Chassis & suspension manufacturing 55
5.2.2.9 Interior systems manufacturing 55
5.2.2.10 Electrical & electronic systems 55
5.2.2.11 Final vehicle assembly labor 55
5.2.2.12 Factory overhead 55
5.2.2.13 Logistics & supply chain 55
5.3 ECOSYSTEM ANALYSIS 56
5.3.1 MANUFACTURING EQUIPMENT & AUTOMATION PROVIDERS 56
5.3.2 ENGINEERING, DESIGN & DIGITAL MANUFACTURING PROVIDERS 56
5.3.3 SEMICONDUCTOR & ELECTRONICS SUPPLIERS 56
5.3.4 INFRASTRUCTURE & ENERGY PARTNERS 57
5.3.5 CONTRACT MANUFACTURERS 57
5.3.6 EV MANUFACTURERS 57
5.4 SUPPLY CHAIN ANALYSIS 58
5.5 CASE STUDY ANALYSIS 59
5.5.1 VOLKSWAGEN LAUNCHED INDUSTRIAL CLOUD-BASED MANUFACTURING STRATEGY TO IMPROVE PRODUCTION EFFICIENCY 59
5.5.2 INTRALOX ELIMINATED EV BATTERY PACK DAMAGE AND REDUCES MAINTENANCE THROUGH ADVANCED CONVEYOR AUTOMATION 59
5.5.3 TESLA’S UNBOXED MANUFACTURING CONCEPT: MODULAR APPROACH TO EV MANUFACTURING 60
5.5.4 BMW IFACTORY ENABLED AI-DRIVEN AND VIRTUAL EV MANUFACTURING ACROSS GLOBAL PRODUCTION NETWORK 60
5.5.5 HYUNDAI MOTOR GROUP METAPLANT AMERICA (HMGMA) ESTABLISHED AI-POWERED SMART FACTORY FOR LARGE-SCALE EV MANUFACTURING 61
5.6 INVESTMENT AND FUNDING SCENARIO 62
5.7 KEY CONFERENCES & EVENTS, 2026–2027 63
5.8 BILL OF MATERIALS (BOM) FOR MANUFACTURING OF ICE AND ELECTRIC VEHICLES, 2025 VS. 2030 63
5.8.1 BATTERY ELECTRIC VEHICLE BOM (PERCENTAGE OF MANUFACTURING COST), 2025 VS. 2030 64
5.8.2 ICE VEHICLE BOM (PERCENTAGE OF MANUFACTURING COST), 2025 VS. 2030 64
5.8.3 EV VS. ICE MAJOR SYSTEM SHARE COMPARISON, 2025 VS. 2030 65
5.9 KEY INVESTMENT AND DEVELOPMENT TARGETS FOR ZERO-EMISSION VEHICLES 65
5.9.1 GLOBAL INVESTMENT PRIORITIES 65
5.9.2 MAJOR INVESTMENT ANNOUNCEMENTS 67
5.10 IMPACT OF GEOPOLITICAL CONFLICT ON EV MANUFACTURING & ASSEMBLY 68
5.10.1 EUROPE–INDIA TRADE DEALS: IMPACT ANALYSIS 68
5.10.2 IMPACT OF ISRAEL–IRAN WAR ON EV MANUFACTURING INDUSTRY 69
6 BATTERY PROCUREMENT STRATEGIES OF ELECTRIC VEHICLE OEMS 70
6.1 OEM BATTERY PROCUREMENT STRATEGIES 70
6.1.1 TESLA 70
6.1.2 BYD COMPANY LTD. 71
6.1.3 BMW AG 72
6.1.4 GENERAL MOTORS 73
6.1.5 MERCEDES-BENZ 74
6.1.6 STELLANTIS 75
6.1.7 TOYOTA MOTOR CORPORATION 77
6.1.8 VOLKSWAGEN AG 78
6.1.9 RENAULT GROUP 80
6.1.10 FORD MOTOR COMPANY 81
6.1.11 NISSAN MOTOR CO., LTD. 82
6.1.12 HYUNDAI/KIA 83
6.1.13 HONDA MOTOR CO., LTD. 84
6.2 PRODUCTION CAPACITY TRENDS OF MAJOR EV BATTERY MANUFACTURERS, 2022-2025 86
6.3 PRODUCTION SITES AND CAPACITY EXPANSION OF MAJOR BATTERY MANUFACTURERS 87
6.3.1 PLANNED PRODUCTION CAPACITY OF MAJOR BATTERY MANUFACTURERS 87
6.3.2 MANUFACTURING FOOTPRINT AND CAPACITY ANALYSIS 87
6.3.2.1 Contemporary Amperex Technology Co., Limited 87
6.3.2.2 LG Energy Solutions 88
6.3.2.3 EVE Energy Co., Ltd. 89
6.3.2.4 Gotion Inc. 89
6.3.2.5 SK ON Co., Ltd. 90
6.3.2.6 SAMSUNG SDI 91
6.3.2.7 CALB 91
6.3.2.8 Toshiba Corporation 92
6.3.2.9 Panasonic Energy 92
6.3.2.10 Toyota Battery Co., Ltd. 93
6.3.2.11 Sunwoda Electronics Co., Ltd. 93
6.3.2.12 Toyota Industries Corporation 93
6.3.2.13 Verkor SA 94
6.3.2.14 Automotive Cells Company 94
6.3.2.15 Prime Planet Energy & Solutions, Inc. 94
6.3.2.16 AESC 95
6.3.2.17 Vehicle Energy Japan Inc. 96
6.3.2.18 Blue Energy Co., Ltd. 96
6.3.2.19 GS Yuasa International Ltd. 96
7 INSIGHTS INTO CHINA’S EXPANDING EV SUPPLY CHAIN DOMINANCE 97
7.1 MARKET SHARE OF TOP EV BATTERY MANUFACTURERS IN CHINA, 2025 97
7.1.1 MARKET SHARE OF TOP TERNARY BATTERY MANUFACTURERS IN CHINA, 2025 98
7.1.2 MARKET SHARE OF TOP LFP BATTERY MANUFACTURERS IN CHINA, 2025 98
7.2 CHINA: MONTHLY POWER BATTERY INSTALLATION TREND, 2023-2025 99
7.2.1 CHINA: TERNARY VS. LFP BATTERY INSTALLATION TREND, 2025 100
7.3 CHINA: MONTHLY BATTERY PRODUCTION TREND, 2023-2025 100
7.3.1 CHINA TERNARY VS. LFP BATTERY PRODUCTION TREND, 2025 101
7.4 MARKET SHARE OF TOP BATTERY MANAGEMENT SYSTEM PROVIDERS IN CHINA, 2025 102
7.5 MARKET SHARE OF TOP ELECTRIC DRIVE MOTOR SUPPLIERS IN CHINA, 2025 103
7.6 MARKET SHARE OF TOP ELECTRIC MOTOR CONTROLLER SUPPLIERS IN CHINA, 2025 104
7.7 MARKET SHARE OF TOP SUPPLIERS OF POWER SEMICONDUCTOR DEVICE (DEDICATED TO E-DRIVE) IN CHINA, 2025 105
7.8 MARKET SHARE OF TOP SUPPLIERS OF MULTI-IN-ONE MAIN DRIVE SYSTEM (DEDICATED TO BEVS) IN CHINA, 2025 106
7.9 SDV READINESS AND NEXT-GENERATION VEHICLE ARCHITECTURES, BY KEY OEM 107
7.9.1 BYD 107
7.9.1.1 Current platforms 107
7.9.1.2 Manufacturing model 107
7.9.1.3 Future plans 107
7.9.1.4 SDV strategy 107
7.9.2 ARCFOX 108
7.9.2.1 Current platforms 108
7.9.2.2 Manufacturing model 108
7.9.2.3 Future plans 108
7.9.2.4 SDV strategy 108
7.9.3 CHANGAN 109
7.9.3.1 Current platforms 109
7.9.3.2 Manufacturing model 109
7.9.3.3 Future plans 109
7.9.3.4 SDV strategy 109
7.9.4 LI AUTO 110
7.9.4.1 Current platforms 110
7.9.4.2 Manufacturing model 110
7.9.4.3 Future plans 110
7.9.4.4 SDV strategy 111
7.9.5 XIAOMI 111
7.9.5.1 Current platform 111
7.9.5.2 Manufacturing model 111
7.9.5.3 Future plans 111
7.9.5.4 SDV strategy 112
7.9.6 GEELY AUTO 112
7.9.6.1 Current platform 112
7.9.6.2 Manufacturing model 112
7.9.6.3 Future plans 112
7.9.6.4 SDV strategy 112
7.9.7 ZEEKR 113
7.9.7.1 Current platform 113
7.9.7.2 Manufacturing model 113
7.9.7.3 Future plans 113
7.9.7.4 SDV strategy 113
7.9.8 XPENG 114
7.9.8.1 Current platform 114
7.9.8.2 Manufacturing model 114
7.9.8.3 Future plans 114
7.9.8.4 SDV strategy 114
7.9.9 GREAT WALL MOTOR 115
7.9.9.1 Current platforms 115
7.9.9.2 Manufacturing model 115
7.9.9.3 Future plans 115
7.9.9.4 SDV strategy 115
7.9.10 SAIC MOTOR 116
7.9.10.1 Current platforms 116
7.9.10.2 Manufacturing model 116
7.9.10.3 Future plans 116
7.9.10.4 SDV strategy 116
7.9.11 CHERY AUTO 116
7.9.11.1 Current platforms 116
7.9.11.2 Manufacturing model 117
7.9.11.3 Future plans 117
7.9.11.4 SDV strategy 117
7.9.12 GAC AION 117
7.9.12.1 Current platforms 117
7.9.12.2 Manufacturing model 117
7.9.12.3 Future plans 117
7.9.12.4 SDV strategy 118
7.9.13 NIO INC. 118
7.9.13.1 Current platform 118
7.9.13.2 Manufacturing model 118
7.9.13.3 Future plans 118
7.9.13.4 SDV strategy 119
7.9.14 AVATR TECHNOLOGY (CHONGQING) CO., LTD 119
7.9.14.1 Current platform 119
7.9.14.2 Manufacturing model 119
7.9.14.3 Future plans 119
7.9.14.4 SDV strategy 120
7.9.15 DONGFENG MOTOR GROUP 120
7.9.15.1 Current platforms 120
7.9.15.2 Manufacturing model 120
7.9.15.3 Future plans 120
7.9.15.4 SDV strategy 120
7.10 PRODUCTION FOOTPRINT OF CHINA'S LEADING EV MANUFACTURERS 122
7.11 TECHNOLOGY LANDSCAPE OF EV MANUFACTURING IN CHINA 123
7.12 SUPPLY CHAIN INTEGRATION DRIVING CHINA'S EV MANUFACTURING LEADERSHIP 125
8 EV DRIVE MOTORS: CURRENT AND FUTURE TRENDS 126
8.1 DRIVE MOTOR TECHNOLOGY TRENDS 126
8.1.1 MOTOR TYPE 127
8.1.2 WINDING METHOD 129
8.1.3 COOLING METHOD 130
8.2 IN-HOUSE MANUFACTURING OF DRIVE MOTORS BY KEY OEMS 132
8.3 STRATEGIES OF MAJOR DRIVE MOTOR SUPPLIERS 133
8.4 EV DRIVE MOTOR MANUFACTURING SUPPLY CHAIN ANALYSIS 136
8.4.1 RAW MATERIAL SOURCING 136
8.4.2 STATOR MANUFACTURING 136
8.4.3 ROTOR MANUFACTURING 136
8.4.4 MOTOR ASSEMBLY AND E-AXLE INTEGRATION 136
8.4.5 THERMAL TREATMENT AND INSULATION 136
8.4.6 END-OF-LINE TESTING 136
8.5 EV DRIVE MOTOR MANUFACTURING PROCESS FLOW 137
8.6 EVOLUTION TOWARD INTEGRATED E-AXLE MANUFACTURING AND HAIRPIN STATOR TECHNOLOGY 137
8.7 COMMERCIALIZATION OF AXIAL-FLUX MOTOR MANUFACTURING 138
8.8 SMART AUTOMATION IN EV MOTOR MANUFACTURING 138
8.9 USE CASES OF INTEGRATED EV POWERTRAIN MANUFACTURING 139
9 ASSESSMENT OF GIGACASTING ADOPTION BY LEADING OEMS 140
9.1 OEMS 140
9.1.1 TESLA 140
9.1.2 BYD 140
9.1.3 VOLKSWAGEN AG 141
9.1.4 GEELY/ZEEKR 141
9.1.5 HYUNDAI MOTOR GROUP 142
9.1.6 FORD MOTOR COMPANY 142
9.1.7 GENERAL MOTORS 143
9.1.8 TOYOTA MOTOR CORPORATION 143
9.1.9 HONDA MOTOR CO., LTD. 144
9.1.10 VOLVO CARS 144
9.1.11 RIVIAN 145
9.1.12 XPENG INC. 145
9.1.13 NIO INC. 146
9.1.14 LI AUTO 146
9.1.15 LEAPMOTOR 146
9.2 GIGACASTING ADOPTION TIMELINES, 2020-2035 152
10 STRATEGIC INSIGHTS INTO GLOBAL EV GIGAFACTORY EXPANSION 153
10.1 GIGAFACTORY BY KEY OEMS 153
10.1.1 TESLA 153
10.1.2 BYD COMPANY LTD. 155
10.1.3 GEELY AUTO 159
10.1.4 GENERAL MOTORS 160
10.1.5 STELLANTIS N.V. 162
10.1.6 VOLKSWAGEN AG 162
10.1.7 MERCEDES-BENZ GROUP 165
10.1.8 DAIMLER TRUCK 166
10.1.9 BMW GROUP 166
10.1.10 RENAULT GROUP 166
10.1.11 VOLVO 166
10.1.12 DONGFENG 167
10.1.13 BAIC 168
10.1.14 GAC GROUP 168
10.1.15 GREAT WALL MOTORS 168
10.1.16 JAC MOTORS 170
10.1.17 LEAPMOTOR 170
10.1.18 TOYOTA MOTOR CORPORATION 171
 
10.2 UPCOMING GIGAFACTORIES, BY REGION 172
10.2.1 NORTH AMERICA 172
10.2.2 EUROPE 174
10.2.3 ASIA PACIFIC 176
11 GLOBAL ECONOMY AND INDUSTRY OUTLOOK FOR EV MANUFACTURING 177
11.1 MACROECONOMIC INDICATORS 177
11.1.1 GDP TRENDS AND FORECAST 177
11.1.2 TRENDS IN GLOBAL ELECTRIC VEHICLE INDUSTRY 178
11.2 PROPULSION 179
11.2.1 BEV 181
11.2.2 PHEV 181
11.3 VEHICLE TYPE 181
11.3.1 PASSENGER CAR 183
11.3.2 COMMERCIAL VEHICLE 183
12 EV PLATFORM EVOLUTION AND MANUFACTURING STRATEGIES 184
12.1 EV PLATFORM EVOLUTION, BY KEY OEM 184
12.1.1 BYD 184
12.1.1.1 BYD: Future strategy 185
12.1.2 TESLA 185
12.1.2.1 Tesla: Future strategy 186
12.1.3 VOLKSWAGEN AG 186
12.1.3.1 Volkswagen AG: Future strategy 187
12.1.4 GEELY 187
12.1.4.1 Geely: Future strategy 188
12.1.5 STELLANTIS 188
12.1.5.1 Stellantis: Future strategy 189
12.1.6 BMW 189
12.1.6.1 BMW: Future strategy 190
12.1.7 HYUNDAI 190
12.1.7.1 Hyundai: Future strategy 191
12.1.8 TOYOTA 191
12.1.8.1 Toyota: Future strategy 192
12.2 COMPARATIVE ANALYSIS OF ICE AND EV PLATFORMS 192
12.3 EV CONTRACT MANUFACTURING BUSINESS MODELS 193
12.3.1 FULL VEHICLE CONTRACT MANUFACTURING 194
12.3.2 SHARED MANUFACTURING CAPACITY AND JOINT VENTURE MODELS 195
12.3.3 EV PLATFORM LICENSING AND SKATEBOARD SHARING 196
 
13 SUPPLIER AND MATERIAL ANALYSIS 197
13.1 SUPPLIER ANALYSIS 197
13.1.1 BATTERY 197
13.1.1.1 Contemporary Amperex Technology Co., Limited 197
13.1.1.2 CALB 203
13.1.1.3 Gotion, Inc. 205
13.1.1.4 SK Innovation Co. Ltd. 207
13.1.1.5 EVE Energy Co., Ltd. 207
13.1.1.6 SAMSUNG SDI 208
13.1.2 TRACTION MOTOR 208
13.1.3 MOTOR CORE 209
13.1.4 BATTERY MANAGEMENT SYSTEM 210
13.2 EMERGING TRENDS IN MATERIALS AND RESOURCES USED IN EV MANUFACTURING 211
13.2.1 COBALT 211
13.2.2 LITHIUM 212
13.2.3 NICKEL 213
13.2.4 GRAPHITE 214
13.2.5 RARE EARTH ELEMENTS 215
13.2.6 COPPER 216
13.2.7 ALUMINUM 217
13.2.8 STEEL AND ADVANCED HIGH-STRENGTH STEEL (AHSS) 217
13.3 RECYCLED BATTERY MATERIALS 220
14 TECHNOLOGICAL ADVANCEMENTS 221
14.1 PATENT ANALYSIS 221
14.2 TECHNOLOGY ANALYSIS 224
14.2.1 INTRODUCTION 224
14.2.2 KEY TECHNOLOGIES 224
14.2.2.1 Structural battery manufacturing and cell-to-body architecture 224
14.2.2.2 Next-generation 800V and 1000V EV production platforms 224
14.2.3 COMPLEMENTARY TECHNOLOGIES 225
14.2.3.1 AI-driven closed-loop manufacturing systems 225
14.2.3.2 Vehicle platform consolidation and modular manufacturing ecosystems 225
14.2.4 ADJACENT TECHNOLOGIES 226
14.2.4.1 Gigacasting and unboxed manufacturing 226
14.2.4.2 Battery manufacturing and vehicle production convergence 226
14.2.5 TECHNOLOGY/PRODUCT ROADMAP 227
14.2.6 TECHNOLOGY IMPACT ASSESSMENT 229
14.2.7 OEM TECHNOLOGY ADOPTION MAPPING 230
 
15 REGULATORY LANDSCAPE 231
15.1 REGIONAL REGULATIONS AND STANDARDS 231
15.1.1 KEY REGIONAL REGULATIONS 231
15.1.1.1 Europe 231
15.1.1.2 North America 232
15.1.1.3 Asia Pacific 232
15.1.2 GLOBAL STANDARDS SUPPORTING EV MANUFACTURING & PLATFORM COMPLIANCE 234
16 EV ASSEMBLY MARKET, BY REGION 235
16.1 INTRODUCTION 236
16.2 ASIA PACIFIC 237
16.2.1 CHINA 239
16.2.2 INDIA 239
16.2.3 JAPAN 240
16.2.4 SOUTH KOREA 241
16.3 EUROPE 242
16.3.1 GERMANY 244
16.3.2 FRANCE 244
16.3.3 ITALY 245
16.3.4 UK 245
16.3.5 SPAIN 245
16.4 NORTH AMERICA 246
16.4.1 US 247
16.4.2 CANADA 248
16.4.3 MEXICO 248
17 COMPETITIVE LANDSCAPE 249
17.1 INTRODUCTION 249
17.2 KEY PLAYER STRATEGIES/RIGHT TO WIN 249
17.3 MARKET SHARE ANALYSIS, 2025 250
17.4 REVENUE ANALYSIS 253
17.5 COMPANY VALUATION AND FINANCIAL METRICS 254
17.6 BRAND/PRODUCT COMPARISON 255
17.7 COMPANY EVALUATION MATRIX: KEY PLAYERS, 2025 256
17.7.1 STARS 256
17.7.2 EMERGING LEADERS 256
17.7.3 PERVASIVE PLAYERS 256
17.7.4 PARTICIPANTS 256
17.7.5 COMPETITIVE BENCHMARKING 258
17.7.5.1 List of startups/SMEs 258
17.7.5.2 Competitive benchmarking of startups/SMEs 259
17.8 COMPETITIVE SCENARIO 259
17.8.1 PLATFORM LAUNCHES/DEVELOPMENTS 259
17.8.2 DEALS 260
17.8.3 EXPANSIONS 261
18 COMPANY PROFILES 262
18.1 TESLA 262
18.1.1 COMPANY OVERVIEW 262
18.1.2 DESIGN PROCESSES 263
18.1.3 PROTOTYPING 264
18.1.4 ASSEMBLY 264
18.1.4.1 Manufacturing & assembly plants 265
18.1.5 EV PLATFORMIZATION STRATEGY 267
18.1.5.1 Platform evolution and future roadmap 267
18.1.5.2 Platform investments 267
18.1.5.3 Architecture 268
18.1.5.3.1 Battery 269
18.1.5.3.2 Motor 269
18.1.6 CIRCULAR ECONOMY STRATEGY 270
18.1.6.1 Recycled materials/components 270
18.1.7 FUTURE PLANS FOR EV PRODUCTION 271
18.1.7.1 Digitization/Smart manufacturing factory 272
18.2 BYD COMPANY LTD. 273
18.2.1 COMPANY OVERVIEW 273
18.2.2 DESIGN PROCESSES 273
18.2.3 PROTOTYPING 274
18.2.4 ASSEMBLY 274
18.2.4.1 Manufacturing & assembly plants 275
18.2.5 EV PLATFORMIZATION STRATEGY 289
18.2.5.1 Platform evolution and future roadmap 289
18.2.5.2 Platform investments 290
18.2.5.3 Architecture 290
18.2.5.3.1 Battery 291
18.2.5.3.2 Motor 291
18.2.6 CIRCULAR ECONOMY STRATEGY 292
18.2.7 FUTURE PLANS FOR EV PRODUCTION 292
18.2.7.1 Digitization/Smart manufacturing factory 293
18.3 VOLKSWAGEN AG 294
18.3.1 COMPANY OVERVIEW 294
18.3.2 DESIGN PROCESSES 294
18.3.3 PROTOTYPING 295
18.3.4 ASSEMBLY 295
18.3.4.1 Manufacturing & assembly plants 296
18.3.5 EV PLATFORMIZATION STRATEGY 306
18.3.5.1 Platform evolution and future roadmap 306
18.3.5.2 Platform investments 307
18.3.5.3 Architecture 307
18.3.5.3.1 Battery 309
18.3.5.3.2 Motor 310
18.3.6 CIRCULAR ECONOMY STRATEGY 312
18.3.6.1 Recycled materials/components 312
18.3.7 FUTURE PLANS FOR EV PRODUCTION 313
18.3.7.1 Digitization/Smart manufacturing factory 313
18.4 GEELY AUTO 315
18.4.1 COMPANY OVERVIEW 315
18.4.2 DESIGN PROCESSES 315
18.4.3 PROTOTYPING 316
18.4.4 ASSEMBLY 317
18.4.4.1 Manufacturing & assembly plants 317
18.4.5 EV PLATFORMIZATION STRATEGY 334
18.4.5.1 Platform evolution and future roadmap 334
18.4.5.2 Platform investments 334
18.4.5.3 Architecture 335
18.4.5.3.1 Battery 336
18.4.5.3.2 Motor 336
18.4.6 CIRCULAR ECONOMY STRATEGY 337
18.4.6.1 Recycled materials/components 337
18.4.7 FUTURE PLANS FOR EV PRODUCTION 338
18.4.7.1 Digitization/Smart manufacturing factory 338
18.5 HYUNDAI MOTOR COMPANY 339
18.5.1 COMPANY OVERVIEW 339
18.5.2 DESIGN PROCESSES 339
18.5.3 PROTOTYPING 340
18.5.4 ASSEMBLY 340
18.5.4.1 Manufacturing & assembly plants 341
18.5.5 EV PLATFORMIZATION STRATEGY 352
18.5.5.1 Platform evolution and future roadmap 352
18.5.5.2 Platform investments 352
18.5.5.3 Architecture 352
18.5.5.3.1 Battery 353
18.5.5.3.2 Motor 353
18.5.6 CIRCULAR ECONOMY STRATEGY 354
18.5.6.1 Recycled materials/components 354
 
18.5.7 FUTURE PLANS FOR EV PRODUCTION 355
18.5.7.1 Digitization/Smart manufacturing factory 355
18.6 STELLANTIS NV 357
18.6.1 COMPANY OVERVIEW 357
18.6.2 DESIGN PROCESSES 357
18.6.3 PROTOTYPING 358
18.6.4 ASSEMBLY 358
18.6.4.1 Manufacturing & assembly plants 359
18.6.5 EV PLATFORMIZATION STRATEGY 369
18.6.5.1 Platform evolution and future roadmap 369
18.6.5.2 Platform investments 370
18.6.5.3 Architecture 370
18.6.5.3.1 Battery 371
18.6.5.3.2 Motor 371
18.6.6 CIRCULAR ECONOMY STRATEGY 373
18.6.6.1 Recycled materials/components 373
18.6.7 FUTURE PLANS FOR EV PRODUCTION 374
18.6.7.1 Digitization/Smart manufacturing factory 374
18.7 SAIC MOTOR CORPORATION LIMITED 376
18.7.1 COMPANY OVERVIEW 376
18.7.2 DESIGN PROCESSES 376
18.7.3 PROTOTYPING 377
18.7.4 ASSEMBLY 377
18.7.4.1 Manufacturing & assembly plants 378
18.7.5 EV PLATFORMIZATION STRATEGY 393
18.7.5.1 Platform evolution and future roadmap 393
18.7.5.2 Platform investments 394
18.7.5.3 Architecture 395
18.7.5.3.1 Battery 395
18.7.5.3.2 Motor 396
18.7.6 CIRCULAR ECONOMY STRATEGY 397
18.7.6.1 Recycled materials/components 397
18.7.7 FUTURE PLANS FOR EV PRODUCTION 397
18.7.7.1 Digitization/Smart manufacturing factory 398
18.8 BMW GROUP 399
18.8.1 COMPANY OVERVIEW 399
18.8.2 DESIGN PROCESSES 399
18.8.3 PROTOTYPING 400
18.8.4 ASSEMBLY 400
18.8.4.1 Manufacturing & assembly plants 401
 
18.8.5 EV PLATFORMIZATION STRATEGY 410
18.8.5.1 Platform evolution and future roadmap 410
18.8.5.2 Platform investments 410
18.8.5.3 Architecture 410
18.8.5.3.1 Battery 411
18.8.5.3.2 Motor 412
18.8.6 CIRCULAR ECONOMY STRATEGY 413
18.8.6.1 Recycled materials/components 414
18.8.7 FUTURE PLANS FOR EV PRODUCTION 415
18.8.7.1 Digitization/Smart manufacturing factory 416
18.9 GENERAL MOTORS 417
18.9.1 COMPANY OVERVIEW 417
18.9.2 DESIGN PROCESSES 417
18.9.3 PROTOTYPING 418
18.9.4 ASSEMBLY 418
18.9.4.1 Manufacturing & assembly plants 418
18.9.5 EV PLATFORMIZATION STRATEGY 420
18.9.5.1 Platform evolution and future roadmap 420
18.9.5.2 Platform investments 420
18.9.5.3 Architecture 420
18.9.5.3.1 Battery 422
18.9.5.3.2 Motor 422
18.9.6 CIRCULAR ECONOMY STRATEGY 424
18.9.6.1 Recycled materials/components 425
18.9.7 FUTURE PLANS FOR EV PRODUCTION 426
18.9.7.1 Digitization/Smart manufacturing factory 426
18.10 TOYOTA MOTOR CORPORATION 428
18.10.1 COMPANY OVERVIEW 428
18.10.2 DESIGN PROCESSES 428
18.10.3 PROTOTYPING 428
18.10.4 ASSEMBLY 429
18.10.5 EV PLATFORMIZATION STRATEGY 429
18.10.5.1 Platform evolution and future roadmap 429
18.10.5.2 Investments 430
18.10.5.3 Architecture 430
18.10.5.3.1 Battery 432
18.10.5.3.2 Motor 433
18.10.6 CIRCULAR ECONOMY STRATEGY 435
18.10.6.1 Recycled materials/components 435
18.10.7 FUTURE PLANS FOR EV PRODUCTION 436
18.10.7.1 Digitization/Smart manufacturing factory 436
 
18.11 FORD MOTOR COMPANY 438
18.11.1 COMPANY OVERVIEW 438
18.11.2 MANUFACTURING & ASSEMBLY PLANTS 439
18.11.3 ARCHITECTURE: CURRENT VS. NEXT-GEN 445
18.11.4 FUTURE PLANS FOR EV PRODUCTION 446
18.11.5 PLATFORMS USED IN EV MODELS 447
18.11.6 CURRENT AND UPCOMING MODELS, BY EV PLATFORM 448
18.12 RENAULT GROUP 449
18.12.1 COMPANY OVERVIEW 449
18.12.2 MANUFACTURING & ASSEMBLY PLANTS 450
18.12.3 ARCHITECTURE: CURRENT VS. NEXT-GEN 460
18.12.4 FUTURE PLANS FOR EV PRODUCTION 461
18.12.5 PLATFORMS USED IN EV MODELS 461
18.12.6 CURRENT AND UPCOMING MODELS, BY EV PLATFORMS 462
18.13 OTHER PLAYERS 463
18.13.1 MERCEDES-BENZ GROUP AG 463
18.13.2 RIVIAN 464
18.13.3 NIO 465
18.13.4 XPENG INC. 466
18.13.5 CHANGAN 467
18.13.6 LEAPMOTOR INTERNATIONAL B.V. 468
18.13.7 XIAOMI AUTO TECHNOLOGY CO., LTD. 469
18.13.8 GAC GROUP 470
18.13.9 CHERY 471
18.13.10 FAW GROUP 472
18.13.11 BEIJING AUTOMOTIVE GROUP CO., LTD. (BAIC GROUP) 473
18.13.12 DONGFENG MOTOR COMPANY 474
18.13.13 TATA MOTORS LIMITED 475
18.13.14 MAHINDRA&MAHINDRA LTD. 476
18.13.15 HON HAI PRECISION INDUSTRY CO., LTD. (FOXCONN) 477
18.13.16 WATT ELECTRIC VEHICLES 478
18.13.17 VALMET AUTOMOTIVE 479
18.13.18 VDL NEDCAR 480
 
19 RESEARCH METHODOLOGY 481
19.1 RESEARCH DATA 481
19.1.1 SECONDARY DATA 482
19.1.1.1 Key secondary sources 482
19.1.1.2 Key data from secondary sources 483
19.1.2 PRIMARY DATA 484
19.1.2.1 Primary interviewees from demand and supply sides 484
19.1.2.2 Key industry insights and breakdown of primary interviews 485
19.1.2.3 Breakdown of primary interviews 485
19.1.2.4 List of primary interview participants 486
19.2 MARKET SIZE ESTIMATION 487
19.2.1 BOTTOM-UP APPROACH 487
19.3 DATA TRIANGULATION 489
19.4 FACTOR ANALYSIS 491
19.5 RESEARCH ASSUMPTIONS & CONSIDERATIONS 491
19.6 RESEARCH LIMITATIONS 492
19.7 RISK ASSESSMENT 493
20 APPENDIX 494
20.1 DISCUSSION GUIDE 494
20.2 KNOWLEDGESTORE: MARKETSANDMARKETS’ SUBSCRIPTION PORTAL 496
20.3 CUSTOMIZATION OPTIONS 498
20.3.1 EV ASSEMBLY MARKET, BY PROPULSION TYPE (COUNTRY LEVEL) 498
20.3.2 EV ASSEMBLY MARKET, BY VEHICLE TYPE 498
20.3.3 COMPANY INFORMATION 498
20.3.3.1 Profiling of additional market players (up to five) 498
20.4 RELATED REPORTS 498
20.6 AUTHOR DETAILS 500

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List of Tables/Graphs

TABLE 1 KEY MANUFACTURING CONCEPTS IN EV ASSEMBLY MARKET 30
TABLE 2 INCLUSIONS & EXCLUSIONS 31
TABLE 3 USD EXCHANGE RATES, 2022–2025 32
TABLE 4 ICE VEHICLE VS. ELECTRIC VEHICLE MANUFACTURING PROCESS FLOW 43
TABLE 5 IMPACT OF MARKET DYNAMICS ON EV ASSEMBLY MARKET 49
TABLE 6 EV PASSENGER CAR MANUFACTURING COST BREAKDOWN 51
TABLE 7 EV PASSENGER CAR MANUFACTURING KEY COST DRIVERS (RANGE CONTRIBUTION) 52
TABLE 8 ROLE OF PLAYERS IN ECOSYSTEM 57
TABLE 9 FUNDING, BY USE CASE, APRIL 2025–MAY 2026 62
TABLE 10 KEY CONFERENCES & EVENTS, 2026–2027 63
TABLE 11 BATTERY ELECTRIC VEHICLE BOM (PERCENTAGE OF MANUFACTURING COST), 2025 VS. 2030 64
TABLE 12 ICE VEHICLE BOM (PERCENTAGE OF MANUFACTURING COST), 2025 VS. 2030 64
TABLE 13 EV VS. ICE MAJOR SYSTEM SHARE COMPARISON, 2025 VS. 2030 65
TABLE 14 GLOBAL INVESTMENT PRIORITIES 65
TABLE 15 MAJOR INVESTMENT ANNOUNCEMENTS (JANUARY 2024–APRIL 2026) 67
TABLE 16 EUROPE–INDIA TRADE DEALS: STRATEGIC IMPACT ON EV
MANUFACTURING & ASSEMBLY 68
TABLE 17 IMPACT OF ISRAEL–IRAN WAR ON EV MANUFACTURING INDUSTRY 69
TABLE 18 TESLA: CELL PRODUCTION/PROCUREMENT MATRIX 71
TABLE 19 BMW AG: CELL PRODUCTION/PROCUREMENT MATRIX 73
TABLE 20 GENERAL MOTORS: CELL PRODUCTION/PROCUREMENT MATRIX 74
TABLE 21 MERCEDES-BENZ: CELL PRODUCTION/PROCUREMENT MATRIX 75
TABLE 22 STELLANTIS: CELL PRODUCTION/PROCUREMENT MATRIX 76
TABLE 23 TOYOTA MOTOR CORPORATION: CELL PRODUCTION/PROCUREMENT MATRIX 78
TABLE 24 VOLKSWAGEN AG: CELL PRODUCTION/PROCUREMENT MATRIX 79
TABLE 25 RENAULT GROUP: CELL PRODUCTION/PROCUREMENT MATRIX 80
TABLE 26 FORD MOTOR COMPANY: CELL PRODUCTION/PROCUREMENT MATRIX 81
TABLE 27 NISSAN MOTOR CO., LTD.: CELL PRODUCTION/PROCUREMENT MATRIX 82
TABLE 28 HYUNDAI/KIA: CELL PRODUCTION/PROCUREMENT MATRIX 84
TABLE 29 HONDA MOTOR CO., LTD.: CELL PRODUCTION/PROCUREMENT MATRIX 85
TABLE 30 PLANNED PRODUCTION CAPACITY OF MAJOR BATTERY MANUFACTURERS 87
TABLE 31 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED:
PRODUCTION SITES AND CAPACITIES 87
TABLE 32 LG ENERGY SOLUTIONS: PRODUCTION SITES AND CAPACITIES 88
TABLE 33 EVE ENERGY CO., LTD.: PRODUCTION SITES AND CAPACITIES 89
TABLE 34 GOTION INC.: PRODUCTION SITES AND CAPACITIES 89
TABLE 35 SK ON CO., LTD.: PRODUCTION SITES AND CAPACITIES 90
TABLE 36 SAMSUNG SDI: PRODUCTION SITES AND CAPACITIES 91
TABLE 37 CALB: PRODUCTION SITES AND CAPACITIES 91
TABLE 38 TOSHIBA CORPORATION: PRODUCTION SITES AND CAPACITIES 92
TABLE 39 PANASONIC ENERGY: PRODUCTION SITES AND CAPACITIES 92
TABLE 40 TOYOTA BATTERY CO., LTD.: PRODUCTION SITES AND CAPACITIES 93
TABLE 41 SUNWODA ELECTRONICS CO., LTD.: PRODUCTION SITES AND CAPACITIES 93
TABLE 42 TOYOTA INDUSTRIES CORPORATION: PRODUCTION SITES AND CAPACITIES 93
TABLE 43 VERKOR SA: PRODUCTION SITES AND CAPACITIES 94
TABLE 44 AUTOMOTIVE CELLS COMPANY: PRODUCTION SITES AND CAPACITIES 94
TABLE 45 PRIME PLANET ENERGY & SOLUTIONS, INC.: PRODUCTION SITES AND CAPACITIES 94
TABLE 46 AESC: PRODUCTION SITES AND CAPACITIES 95
TABLE 47 VEHICLE ENERGY JAPAN INC.: PRODUCTION SITES AND CAPACITIES 96
TABLE 48 BLUE ENERGY CO., LTD.: PRODUCTION SITES AND CAPACITIES 96
TABLE 49 GS YUASA INTERNATIONAL LTD.: PRODUCTION SITES AND CAPACITIES 96
TABLE 50 BYD: SDV ARCHITECTURE AND PLATFORM EVOLUTION 108
TABLE 51 ARCFOX: SDV ARCHITECTURE AND PLATFORM EVOLUTION 109
TABLE 52 CHANGAN: SDV ARCHITECTURE AND PLATFORM EVOLUTION 110
TABLE 53 LI AUTO: SDV ARCHITECTURE AND PLATFORM EVOLUTION 111
TABLE 54 XIAOMI: SDV ARCHITECTURE AND PLATFORM EVOLUTION 112
TABLE 55 GEELY AUTO: SDV ARCHITECTURE AND PLATFORM EVOLUTION 113
TABLE 56 ZEEKR: SDV ARCHITECTURE AND PLATFORM EVOLUTION 114
TABLE 57 XPENG: SDV ARCHITECTURE AND PLATFORM EVOLUTION 115
TABLE 58 GAC AION: SDV ARCHITECTURE AND PLATFORM EVOLUTION 118
TABLE 59 NIO INC.: SDV ARCHITECTURE AND PLATFORM EVOLUTION 119
TABLE 60 AVATR TECHNOLOGY (CHONGQING) CO., LTD: SDV ARCHITECTURE
AND PLATFORM EVOLUTION 120
TABLE 61 COMPARATIVE ANALYSIS OF EV PLATFORM STRATEGIES, BY OEM 121
TABLE 62 CHINA'S EV MANUFACTURING FOOTPRINT: MAJOR PRODUCTION FACILITIES
AND CAPACITIES 122
TABLE 63 KEY MANUFACTURING TECHNOLOGIES ADOPTED ACROSS CHINA'S EV PRODUCTION ECOSYSTEM 123
TABLE 64 IMPACT OF TECHNOLOGY TREND ON DRIVE MOTOR MANUFACTURING 126
TABLE 65 EVALUATION OF KEY MOTOR ARCHITECTURES 127
TABLE 66 MOTOR TYPE INSTALLED, BY KEY OEMS 128
TABLE 67 VEHICLE EQUIPPED WITH DIFFERENT MOTOR WINDING METHODS 129
TABLE 68 EVALUATION OF KEY MOTOR WINDING TECHNOLOGIES 130
TABLE 69 VEHICLES EQUIPPED WITH DIFFERENT COOLING METHODS 131
TABLE 70 EVALUATION OF KEY MOTOR COOLING METHODS 131
TABLE 71 IN-HOUSE MANUFACTURING OF DRIVE MOTORS BY KEY OEMS 132
TABLE 72 STRATEGIES OF MAJOR DRIVE MOTOR SUPPLIERS 134
TABLE 73 EV DRIVE MOTOR MANUFACTURING PROCESS FLOW AND
KEY PRODUCTION STAGES 137
TABLE 74 INDUSTRY USE CASES OF INTEGRATED EV POWERTRAIN MANUFACTURING 139
TABLE 75 GIGACASTING ADOPTION BY LEADING OEMS 147
TABLE 76 TESLA: GIGAFACTORY 153
TABLE 77 BYD COMPANY LTD.: GIGAFACTORY 155
TABLE 78 GEELY AUTO: GIGAFACTORY 159
TABLE 79 GENERAL MOTORS: GIGAFACTORY 160
TABLE 80 STELLANTIS N.V.: GIGAFACTORY 162
TABLE 81 VOLKSWAGEN AG: GIGAFACTORY 162
TABLE 82 MERCEDES-BENZ GROUP: GIGAFACTORY 165
TABLE 83 DAIMLER TRUCK: GIGAFACTORY 166
TABLE 84 BMW GROUP: GIGAFACTORY 166
TABLE 85 RENAULT GROUP: GIGAFACTORY 166
TABLE 86 VOLVO: GIGAFACTORY 166
TABLE 87 DONGFENG: GIGAFACTORY 167
TABLE 88 BAIC: GIGAFACTORY 168
TABLE 89 GAC GROUP: GIGAFACTORY 168
TABLE 90 GREAT WALL MOTORS: GIGAFACTORY 168
TABLE 91 JAC MOTORS: GIGAFACTORY 170
TABLE 92 LEAPMOTOR: GIGAFACTORY 170
TABLE 93 TOYOTA MOTOR CORPORATION: GIGAFACTORY 171
TABLE 94 NORTH AMERICA: UPCOMING GIGAFACTORY BY OEMS 172
TABLE 95 EUROPE: UPCOMING GIGAFACTORY BY OEMS 174
TABLE 96 ASIA PACIFIC: UPCOMING GIGAFACTORY BY OEMS 176
TABLE 97 GDP PERCENTAGE CHANGE, BY COUNTRY, 2021–2030 177
TABLE 98 EV MARKET, BY PROPULSION, 2022–2025 (MILLION UNITS) 180
TABLE 99 EV MARKET, BY PROPULSION, 2026–2030 (MILLION UNITS) 180
TABLE 100 EV MARKET, BY PROPULSION, 2031–2035 (MILLION UNITS) 180
TABLE 101 EV MARKET, BY VEHICLE TYPE, 2022–2025 (MILLION UNITS) 182
TABLE 102 EV MARKET, BY VEHICLE TYPE, 2026–2030 (MILLION UNITS) 182
TABLE 103 EV MARKET, BY VEHICLE TYPE, 2031–2035 (MILLION UNITS) 182
TABLE 104 ICE VS. EV PLATFORMS: KEY STRUCTURAL AND TECHNOLOGY DIFFERENCES 192
TABLE 105 AT-A-GLANCE PLATFORM METRICS COMPARISON 193
TABLE 106 OEMS PARTNERSHIP FOR VEHICLE CONTRACT MANUFACTURING 194
TABLE 107 MAJOR EV SHARED MANUFACTURING AND JOINT VENTURES 195
TABLE 108 EV PLATFORM LICENSING AND SKATEBOARD SHARING 196
TABLE 109 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED: SUPPLIER ANALYSIS 197
TABLE 110 CALB: SUPPLIER ANALYSIS 203
TABLE 111 GOTION, INC.: SUPPLIER ANALYSIS 205
TABLE 112 SK INNOVATION CO. LTD.: SUPPLIER ANALYSIS 207
TABLE 113 EVE ENERGY CO., LTD.: SUPPLIER ANALYSIS 207
TABLE 114 SAMSUNG SDI: SUPPLIER ANALYSIS 208
TABLE 115 TRACTION MOTOR: SUPPLIER ANALYSIS 208
TABLE 116 MOTOR CORE: SUPPLIER ANALYSIS 209
TABLE 117 BATTERY MANAGEMENT SYSTEM: SUPPLIER ANALYSIS 210
TABLE 118 MATERIAL COMPARATIVE ANALYSIS 218
TABLE 119 PATENTS GRANTED, MARCH 2022–DECEMBER 2025 222
TABLE 120 TECHNOLOGY EVOLUTION IN EV MANUFACTURING FACILITIES (2024-2035) 227
TABLE 121 TECHNOLOGY IMPACT ASSESSMENT 229
TABLE 122 OEM TECHNOLOGY ADOPTION MAPPING 230
TABLE 123 EUROPE: KEY REGULATIONS IMPACTING EV MANUFACTURING,
ASSEMBLY, AND PLATFORM DEVELOPMENT 231
TABLE 124 NORTH AMERICA: KEY REGULATIONS IMPACTING EV MANUFACTURING, ASSEMBLY, AND PLATFORM DEVELOPMENT 232
TABLE 125 ASIA PACIFIC: KEY REGULATIONS IMPACTING EV MANUFACTURING,
ASSEMBLY, AND PLATFORM DEVELOPMENT 232
TABLE 126 GLOBAL STANDARDS SUPPORTING EV MANUFACTURING QUALITY,
SAFETY & PLATFORM COMPLIANCE 234
TABLE 127 EV ASSEMBLY MARKET, BY REGION, 2026–2030 (USD BILLION) 236
TABLE 128 EV ASSEMBLY MARKET, BY REGION, 2031–2035 (USD BILLION) 237
TABLE 129 ASIA PACIFIC: EV ASSEMBLY MARKET, BY COUNTRY, 2026–2030 (USD MILLION) 238
TABLE 130 ASIA PACIFIC: EV ASSEMBLY MARKET, BY COUNTRY, 2031–2035 (USD MILLION) 238
TABLE 131 EUROPE: EV ASSEMBLY MARKET, BY COUNTRY, 2026–2030 (USD BILLION) 243
TABLE 132 EUROPE: EV ASSEMBLY MARKET, BY COUNTRY, 2031–2035 (USD BILLION) 243
TABLE 133 NORTH AMERICA: EV ASSEMBLY MARKET, BY COUNTRY,
2026–2030 (USD MILLION) 247
TABLE 134 NORTH AMERICA: EV ASSEMBLY MARKET, BY COUNTRY,
2031–2035 (USD MILLION) 247
TABLE 135 KEY PLAYER STRATEGIES/RIGHT TO WIN, JANUARY 2022–JUNE 2026 249
TABLE 136 EV ASSEMBLY MARKET SHARE ANALYSIS, 2025 250
TABLE 137 EV ASSEMBLY MARKET: LIST OF STARTUPS/SMES 258
TABLE 138 EV ASSEMBLY MARKET: COMPETITIVE BENCHMARKING OF STARTUPS/SMES 259
TABLE 139 EV ASSEMBLY MARKET: PRODUCT LAUNCHES/DEVELOPMENTS,
JANUARY 2022-JUNE 2026 259
TABLE 140 EV ASSEMBLY MARKET: DEALS, JANUARY 2022-JUNE 2026 260
TABLE 141 EV ASSEMBLY MARKET: EXPANSIONS, JANUARY 2022- JUNE 2026 261
TABLE 142 TESLA: COMPANY OVERVIEW 262
TABLE 143 TESLA: MANUFACTURING & ASSEMBLY PLANTS 265
TABLE 144 TESLA: ARCHITECTURE: CURRENT VS. NEXT-GEN 268
TABLE 145 TESLA: PLATFORMS USED IN EV MODELS 270
TABLE 146 TESLA: FUTURE PLANS FOR EV PRODUCTION 271
TABLE 147 BYD COMPANY LTD.: COMPANY OVERVIEW 273
TABLE 148 BYD COMPANY LTD.: MANUFACTURING & ASSEMBLY PLANTS 275
TABLE 149 BYD COMPANY LTD.: E-PLATFORM 3.0 VS. SUPER E-PLATFORM 289
TABLE 150 BYD COMPANY LTD.: ARCHITECTURE: CURRENT VS. NEXT-GEN 290
TABLE 151 BYD COMPANY LTD.: PLATFORM EVOLUTION 291
TABLE 152 BYD COMPANY LTD.: FUTURE PLANS FOR EV PRODUCTION 292
TABLE 153 VOLKSWAGEN AG: COMPANY OVERVIEW 294
TABLE 154 VOLKSWAGEN AG: MANUFACTURING & ASSEMBLY PLANTS 296
TABLE 155 VOLKSWAGEN AG: ARCHITECTURE: CURRENT VS. NEXT-GEN 308
TABLE 156 VOLKSWAGEN AG: CURRENT VS. NEXT-GEN BATTERIES 309
TABLE 157 VOLKSWAGEN AG: CURRENT VS. NEXT-GEN MOTORS 310
TABLE 158 VOLKSWAGEN AG: PLATFORM EVOLUTION 311
TABLE 159 VOLKSWAGEN AG: FUTURE PLANS FOR EV PRODUCTION 313
TABLE 160 GEELY AUTO: COMPANY OVERVIEW 315
TABLE 161 GEELY AUTO: MANUFACTURING & ASSEMBLY PLANTS 317
TABLE 162 GEELY AUTO: ARCHITECTURE COMPARISON 335
TABLE 163 GEELY AUTO: PLATFORM EVOLUTION 336
TABLE 164 GEELY AUTO: FUTURE PLANS FOR EV PRODUCTION 338
TABLE 165 HYUNDAI MOTOR COMPANY: COMPANY OVERVIEW 339
TABLE 166 HYUNDAI-KIA: MANUFACTURING & ASSEMBLY PLANTS 341
TABLE 167 HYUNDAI MOTOR COMPANY: PLATFORMS USED IN EV MODELS 353
TABLE 168 HYUNDAI MOTOR COMPANY: CURRENT AND UPCOMING MODELS,
BY EV PLATFORM 354
TABLE 169 HYUNDAI MOTOR COMPANY: FUTURE PLANS FOR EV PRODUCTION 355
TABLE 170 STELLANTIS NV: COMPANY OVERVIEW 357
TABLE 171 STELLANTIS NV: MANUFACTURING & ASSEMBLY PLANTS 359
TABLE 172 STELLANTIS NV: ARCHITECTURE: CURRENT VS. NEXT-GEN 370
TABLE 173 STELLANTIS NV: PLATFORMS USED IN EV MODELS 372
TABLE 174 STELLANTIS NV: FUTURE PLANS FOR EV PRODUCTION 374
TABLE 175 SAIC MOTOR CORPORATION LIMITED: COMPANY OVERVIEW 376
TABLE 176 SAIC MOTOR CORPORATION LIMITED: MANUFACTURING & ASSEMBLY PLANTS 378
TABLE 177 SAIC MOTOR CORPORATION LIMITED: ARCHITECTURE COMPARISON 395
TABLE 178 SAIC MOTOR CORPORATION LIMITED: PLATFORM EVOLUTION 396
TABLE 179 SAIC MOTOR CORPORATION LIMITED: FUTURE PLANS FOR EV PRODUCTION 397
TABLE 180 BMW GROUP: COMPANY OVERVIEW 399
TABLE 181 BMW GROUP: MANUFACTURING & ASSEMBLY PLANTS 401
TABLE 182 BMW GROUP: ARCHITECTURE: CURRENT VS. NEXT-GEN 411
TABLE 183 BMW GROUP: HIGH-VOLTAGE BATTERY COMPARATIVE ANALYSIS 412
TABLE 184 BMW GROUP: ELECTRIC MOTOR AND INVERTER COMPARATIVE ANALYSIS 413
TABLE 185 BMW GROUP: PLATFORMS USED IN EV MODELS 413
TABLE 186 BMW GROUP: RESOURCE EFFICIENCY 414
TABLE 187 BMW GROUP: FUTURE PLANS FOR EV PRODUCTION 415
TABLE 188 GENERAL MOTORS: COMPANY OVERVIEW 417
TABLE 189 GENERAL MOTORS: MANUFACTURING & ASSEMBLY PLANTS 418
TABLE 190 GENERAL MOTORS: ARCHITECTURE: CURRENT VS. NEXT-GEN 421
TABLE 191 GENERAL MOTORS: ULTIUM BATTERY CELL TECHNOLOGIES AND PACK CHARACTERISTICS 422
TABLE 192 GENERAL MOTORS: MOTOR TECHNOLOGIES 423
TABLE 193 GENERAL MOTORS: PLATFORMS USED IN EV MODELS 423
TABLE 194 GENERAL MOTORS: CURRENT AND UPCOMING MODELS, BY EV PLATFORM 424
TABLE 195 GENERAL MOTORS: FUTURE PLANS FOR EV PRODUCTION 426
TABLE 196 TOYOTA MOTOR CORPORATION: COMPANY OVERVIEW 428
TABLE 197 TOYOTA MOTOR CORPORATION: ARCHITECTURE: CURRENT VS. NEXT-GEN 431
TABLE 198 TOYOTA MOTOR CORPORATION: CURRENT VS. NEXT-GENERATION BATTERY COMPARATIVE ANALYSIS 432
TABLE 199 TOYOTA MOTOR CORPORATION: CURRENT VS. NEXT-GENERATION MOTOR COMPARATIVE ANALYSIS 434
TABLE 200 TOYOTA MOTOR CORPORATION: PLATFORMS USED IN EV MODELS 434
TABLE 201 TOYOTA MOTOR CORPORATION: CURRENT AND UPCOMING MODELS,
BY EV PLATFORM 434
TABLE 202 TOYOTA MOTOR CORPORATION: FUTURE PLANS FOR EV PRODUCTION 436
TABLE 203 FORD MOTOR COMPANY: COMPANY OVERVIEW 438
TABLE 204 FORD MOTOR COMPANY: MANUFACTURING & ASSEMBLY PLANTS 439
TABLE 205 FORD MOTOR COMPANY: ARCHITECTURE: CURRENT VS. NEXT-GEN 445
TABLE 206 FORD MOTOR COMPANY: FUTURE PLANS FOR EV PRODUCTION 446
TABLE 207 FORD MOTOR COMPANY: PLATFORMS USED IN EV MODELS 447
TABLE 208 FORD MOTOR COMPANY: CURRENT AND UPCOMING MODELS, BY EV PLATFORM 448
TABLE 209 RENAULT GROUP: COMPANY OVERVIEW 449
TABLE 210 RENAULT GROUP: MANUFACTURING & ASSEMBLY PLANTS 450
TABLE 211 RENAULT GROUP: ARCHITECTURE: CURRENT VS. NEXT-GEN 460
TABLE 212 RENAULT GROUP: FUTURE PLANS FOR EV PRODUCTION 461
TABLE 213 RENAULT GROUP: PLATFORMS USED IN EV MODELS 461
TABLE 214 RENAULT GROUP: CURRENT AND UPCOMING MODELS, BY EV PLATFORMS 462
TABLE 215 MERCEDES-BENZ GROUP AG: COMPANY OVERVIEW 463
TABLE 216 RIVIAN: COMPANY OVERVIEW 464
TABLE 217 NIO: COMPANY OVERVIEW 465
TABLE 218 XPENG INC.: COMPANY OVERVIEW 466
TABLE 219 CHANGAN: COMPANY OVERVIEW 467
TABLE 220 LEAPMOTOR INTERNATIONAL B.V.: COMPANY OVERVIEW 468
TABLE 221 XIAOMI AUTO TECHNOLOGY CO., LTD.: COMPANY OVERVIEW 469
TABLE 222 GAC GROUP: COMPANY OVERVIEW 470
TABLE 223 CHERY: COMPANY OVERVIEW 471
TABLE 224 FAW GROUP: COMPANY OVERVIEW 472
TABLE 225 BEIJING AUTOMOTIVE GROUP CO., LTD. (BAIC GROUP): COMPANY OVERVIEW 473
TABLE 226 DONGFENG MOTOR COMPANY: COMPANY OVERVIEW 474
TABLE 227 TATA MOTORS LIMITED: COMPANY OVERVIEW 475
TABLE 228 MAHINDRA&MAHINDRA LTD.: COMPANY OVERVIEW 476
TABLE 229 HON HAI PRECISION INDUSTRY CO., LTD. (FOXCONN): COMPANY OVERVIEW 477
TABLE 230 WATT ELECTRIC VEHICLES: COMPANY OVERVIEW 478
TABLE 231 VALMET AUTOMOTIVE: COMPANY OVERVIEW 479
TABLE 232 VDL NEDCAR: COMPANY OVERVIEW 480
FIGURE 1 MARKET SCENARIO 35
FIGURE 2 EV ASSEMBLY MARKET, 2025–2035 36
FIGURE 3 MAJOR STRATEGIES ADOPTED BY KEY PLAYERS IN EV ASSEMBLY
MARKET, 2022–2026 37
FIGURE 4 DISRUPTIONS INFLUENCING GROWTH OF EV ASSEMBLY MARKET 38
FIGURE 5 ASIA PACIFIC TO LEAD EV ASSEMBLY MARKET DURING FORECAST PERIOD 39
FIGURE 6 RISING ADOPTION OF GIGACASTING TECHNOLOGY AND ADOPTION OF MANUFACTURING AUTOMATION TO DRIVE MARKET 40
FIGURE 7 BEV SEGMENT TO ACCOUNT FOR LARGEST SHARE BY 2035 41
FIGURE 8 PASSENGER CAR SEGMENT TO LEAD MARKET DURING FORECAST PERIOD 41
FIGURE 9 ASIA PACIFIC TO BE LARGEST MARKET IN 2026 42
FIGURE 10 EV ASSEMBLY MARKET: DRIVERS, RESTRAINTS, OPPORTUNITIES,
AND CHALLENGES 45
FIGURE 11 NUMBER OF MODELS OFFERING ZONAL ARCHITECTURE AND NEAR-FULL
OTA UPDATE CAPABILITY, 2020-2027 46
FIGURE 12 TRENDS & DISRUPTIONS IMPACTING CUSTOMER BUSINESS 50
FIGURE 13 COST BREAKDOWN BY MANUFACTURING PROCESS 53
FIGURE 14 ECOSYSTEM ANALYSIS 56
FIGURE 15 EV ASSEMBLY MARKET: SUPPLY CHAIN ANALYSIS 58
FIGURE 16 INVESTMENT AND FUNDING SCENARIO, 2022–2026 (USD BILLION) 62
FIGURE 17 PRODUCTION CAPACITY TREND OF MAJOR EV BATTERY MANUFACTURERS, 2022-2025 (IN GWH) 86
FIGURE 18 MARKET SHARE OF TOP EV BATTERY MANUFACTURERS IN CHINA, 2025 97
FIGURE 19 MARKET SHARE OF TOP TERNARY BATTERY MANUFACTURERS IN CHINA, 2025 98
FIGURE 20 MARKET SHARE OF TOP LFP BATTERY MANUFACTURERS IN CHINA, 2025 99
FIGURE 21 CHINA: MONTHLY POWER BATTERY INSTALLATION TREND, 2023-2025 99
FIGURE 22 CHINA: TERNARY VS. LFP BATTERY INSTALLATION TREND, 2025 100
FIGURE 23 CHINA: MONTHLY BATTERY PRODUCTION TREND, 2023-2025 101
FIGURE 24 CHINA: TERNARY VS. LFP BATTERY PRODUCTION TREND, 2025 101
FIGURE 25 MARKET SHARE OF TOP BATTERY MANAGEMENT SYSTEM PROVIDERS
IN CHINA, 2025 102
FIGURE 26 MARKET SHARE OF TOP ELECTRIC DRIVE MOTOR SUPPLIERS IN CHINA, 2025 103
FIGURE 27 MARKET SHARE OF TOP ELECTRIC MOTOR CONTROLLER SUPPLIERS
IN CHINA, 2025 104
FIGURE 28 MARKET SHARE OF TOP SUPPLIERS OF POWER SEMICONDUCTOR DEVICE (DEDICATED TO E-DRIVE) IN CHINA, 2025 105
FIGURE 29 MARKET SHARE OF TOP SUPPLIERS OF MULTI-IN-ONE MAIN DRIVE SYSTEM (DEDICATED TO BEVS) IN CHINA, 2025 106
FIGURE 30 GAPS BETWEEN GIGACASTING MACHINE ORDERS AND INSTALLED BASE,
BY REGION 152
FIGURE 31 GIGACASTING ADOPTION TIMELINES, 2020-2035 152
FIGURE 32 BEV SEGMENT TO LEAD MARKET IN 2035 179
FIGURE 33 PASSENGER CAR SEGMENT TO LEAD MARKET DURING FORECAST PERIOD 182
FIGURE 34 BYD COMPANY LIMITED: EV PLATFORM ANALYSIS 184
FIGURE 35 TESLA: EV PLATFORM ANALYSIS 185
FIGURE 36 VOLKSWAGEN AG: EV PLATFORM ANALYSIS 186
FIGURE 37 GEELY: EV PLATFORM ANALYSIS 187
FIGURE 38 STELLANTIS: EV PLATFORM ANALYSIS 188
FIGURE 39 BMW: EV PLATFORM ANALYSIS 189
FIGURE 40 HYUNDAI: EV PLATFORM ANALYSIS 190
FIGURE 41 TOYOTA: EV PLATFORM ANALYSIS 191
FIGURE 42 COBALT PRODUCTION AND RESERVE SHARE, BY COUNTRY, 2025 212
FIGURE 43 LITHIUM PRODUCTION AND RESERVE SHARE, BY COUNTRY, 2025 213
FIGURE 44 NICKEL PRODUCTION AND RESERVE SHARE, BY COUNTRY, 2025 214
FIGURE 45 GRAPHITE PRODUCTION AND RESERVE SHARE, BY COUNTRY, 2025 215
FIGURE 46 RARE EARTH ELEMENTS PRODUCTION AND RESERVE SHARE, BY COUNTRY, 2025 216
FIGURE 47 COPPER PRODUCTION AND RESERVE SHARE, BY COUNTRY, 2025 216
FIGURE 48 ALUMINUM SMELTER PRODUCTION AND YEAR-END CAPACITY SHARE,
BY COUNTRY, 2025 217
FIGURE 49 PATENT ANALYSIS, 2016–2025 221
FIGURE 50 LEGAL STATUS OF PATENTS, 2016–2025 222
FIGURE 51 EV ASSEMBLY MARKET, BY REGION, 2026 VS. 2035 (USD BILLION) 236
FIGURE 52 ASIA PACIFIC: EV ASSEMBLY MARKET SNAPSHOT 238
FIGURE 53 EUROPE: EV ASSEMBLY MARKET, BY COUNTRY, 2026 VS. 2035 (USD BILLION) 242
FIGURE 54 NORTH AMERICA: EV ASSEMBLY MARKET SNAPSHOT 246
FIGURE 55 EV ASSEMBLY MARKET SHARE ANALYSIS, 2025 251
FIGURE 56 REVENUE ANALYSIS OF TOP 5 MARKET PLAYERS, 2021–2025 253
FIGURE 57 COMPANY VALUATION OF KEY PLAYERS 254
FIGURE 58 FINANCIAL METRICS OF KEY PLAYERS 254
FIGURE 59 BRAND/PRODUCT COMPARISON 255
FIGURE 60 EV ASSEMBLY MARKET: COMPANY EVALUATION MATRIX (KEY PLAYERS), 2025 257
FIGURE 61 TESLA: MANUFACTURING LOCATION 263
FIGURE 62 RESEARCH DESIGN 481
FIGURE 63 RESEARCH DESIGN MODEL 482
FIGURE 64 KEY INSIGHTS FROM INDUSTRY EXPERTS 485
FIGURE 65 RESEARCH METHODOLOGY: HYPOTHESIS BUILDING 487
FIGURE 66 BOTTOM-UP APPROACH 488
FIGURE 67 DATA TRIANGULATION 489
FIGURE 68 GROWTH PROJECTIONS FROM DEMAND-SIDE DRIVERS 490
FIGURE 69 DEMAND- AND SUPPLY-SIDE FACTORS IMPACTING OVERALL MARKET 491