EV Batteries Plant Construction Market

Best Price Guarantee	Length	Publisher	Published Date	SKU
from $4,850	144 Pages	Global Market Insights	November, 2024	GMI19407320

Best Price Guarantee
Price	from $4,850
Length	144 Pages
Publisher	Global Market Insights
Published Date	November, 2024
SKU	GMI19407320

EV Batteries Plant Construction Market

Global EV Batteries Plant Construction Market size, recorded a valuation of USD 11.3 billion in 2023, will demonstrate an 11.5% CAGR from 2024 to 2032, driven by government incentives and subsidies, coupled with innovations in battery technology. Financial support such as tax breaks and grants encourage investment in EV battery manufacturing infrastructure. Also, advancements in battery technology enhance production efficiency and performance, boosting demand for new plant construction. As governments push for cleaner energy solutions and technological progress accelerates, these factors collectively fuel expansion in the market, supporting increased production capacities and infrastructure development.

The overall EV batteries plant construction industry is classified based on battery, plant capacity, component, construction, and region.

The new construction segment held a 70% share in 2023 due to escalating investments in expanding production capacity. As the adoption of electric vehicles surges, driven by increasing demand and technological advancements, there is a growing need for new, state-of-the-art battery manufacturing facilities. Governments and private companies are investing heavily in building these advanced plants to meet market demands and improve charging infrastructure. This trend will ensure that the new construction segment retains a decent market share in the industry.

The control system and automation segment garnered USD 2.1 billion in 2023. As battery manufacturing grows more complex, advanced automation technologies and robotic systems are crucial for improving production efficiency and precision. These systems streamline critical processes like cell assembly, quality control, and material handling, leading to higher throughput and lower production costs. With the growing demand for high-performance batteries, the need for sophisticated control systems and automation in new plant constructions will drive this segment's market dominance.

U.S. market share exceeded USD 1.4 billion in 2023, driven by its rapid expansion of electric vehicle infrastructure and increasing investments in sustainable energy technologies. The country’s significant technological advancements, combined with substantial federal and state incentives, have catalyzed the development of advanced battery manufacturing facilities. Major automakers and tech firms are investing heavily in this sector, bolstering market growth. This trend will maintain the U.S. as the leading contributor to the global EV batteries plant construction market.

Chapter 1 Research Methodology: 1.1 Research Design; 1.1.1 Research approach; 1.1.2 Data collection methods; 1.2 Base estimates and calculations; 1.2.1 Base year calculation; 1.2.2 Key trends for market estimates; 1.3 Forecast model; 1.4 Primary research & validation; 1.4.1 Primary sources; 1.4.2 Data mining sources; 1.5 Market definitions & scope
Chapter 2 Executive Summary: 2.1 Industry 360 degree synopsis, 2021-2032; 2.2 Business trends; 2.2.1 Total Addressable Market (TAM), 2024 - 2032; 2.2.1.1 TAM trends; 2.3 Regional trends; 2.4 Regional trends; 2.5 Component trends; 2.6 Battery trends; 2.7 Construction trends; 2.8 Plant capacity trends
Chapter 3 Industry Insights: 3.1 Industry ecosystem analysis; 3.1.1 Construction companies; 3.1.2 Equipment and component providers; 3.1.3 Construction workers; 3.1.4 Technology providers; 3.1.5 End users; 3.2 Supplier landscape; 3.2.1 Supplier landscape; 3.3 Plant set up analysis; 3.3.1 Raw material analysis; 3.3.2 Identifying suppliers Â3.3.3 Sustainability initiatives; 3.3.4 Technological and equipment analysis; 3.3.4.1 Technology adoption; 3.3.4.2 Innovations and efficiency; 3.3.5 Regulatory compliance; 3.3.5.1 Building codes and standards; 3.3.5.2 Permits and approvals; 3.3.5.3 Health and safety regulations; 3.3.6 Financial analysis; 3.3.6.1 Raw material cost analysis; 3.3.6.2 Technology cost analysis; 3.3.6.3 Labor and workforce cost analysis; 3.3.7 Risk management; 3.3.7.1 Risk identification; 3.3.7.2 Mitigation strategies; 3.3.7.3 Project management and planning; 3.3.8 Timeline and milestones; 3.3.8.1 Stakeholder engagement; 3.4 Technology and innovation landscape; 3.4.1 Smart sensors and IoT; 3.4.2 Automation and robotics; 3.4.3 Building Information Modeling (BIM); 3.4.4 Cleanroom technology; 3.5 Patent analysis; 3.6 Key news and initiatives; 3.7 Regulatory landscape; 3.7.1 The U.S.; 3.7.1.1 National Environmental Policy Act (NEPA); 3.7.1.2 Resource Conservation and Recovery Act (RCRA); 3.7.1.3 Zoning regulations; 3.7.2 Canada; 3.7.2.1 Canadian Environmental Assessment Act (CEAA); 3.7.2.2 National Building Code of Canada; 3.7.3 Germany; 3.7.3.1 Federal Immission Control Act (BImSchG); 3.7.3.2 Environmental Impact Assessment (EIA); 3.7.4 Sweden; 3.7.4.1 Environmental Code (Miljöbalken); 3.7.4.2 Waste Ordinance (Avfallsförordningen); 3.7.5 UK; 3.7.5.1 Battery Regulations (UK); 3.7.5.2 Environmental Permitting (England and Wales) Regulations 2016; 3.7.6 Hungary; 3.7.6.1 Waste Act (Act CLXXXV of 2012); 3.7.6.2 Act on the Planning and Construction of Buildings (Act LXXVIII of 1997); 3.7.7 Poland; 3.7.7.1 Environmental Protection Law (Ustawa z dnia 27 kwietnia 2001 r.- Prawo ochrony Årodowiska); 3.7.7.2 Labor Code (Kodeks pracy); 3.7.8 France; 3.7.8.1 Producer responsibility; 3.7.8.2 Building Code (Code de la construction et de l'habitation); 3.7.9 China; 3.7.9.1 Solid Waste Pollution Prevention and Control Law; 3.7.9.2 Construction law; 3.7.10 South Korea; 3.7.10.1 Korean Industrial Standards (KSI); 3.7.10.2 REACH-like regulations; 3.7.11 Japan; 3.7.11.1 Chemical Substances Control Law; 3.7.11.2 Waste Management and Public Cleansing Law; 3.7.12 Spain; 3.7.12.1 Law on Environmental Protection (Ley 21/2013); 3.7.12.2 Building Law (Ley 38/1999); 3.7.13 Thailand; 3.7.13.1 Power Development Plan (PDP); 3.7.13.2 Chemical Act (B.E. 2558); 3.7.14 Singapore; 3.7.14.1 Environmental Protection and Management Act (EPMA); 3.7.14.2 Planning Act; 3.7.15 Malaysia; 3.7.15.1 Uniform Building By-Laws 1984; 3.7.15.2 Malaysian Standards (MS); 3.7.16 Mexico; 3.7.16.1 Construction Regulations; 3.7.16.2 General Law on Ecological Balance and Environmental Protection (LGEEPA); 3.7.17 UAE; 3.7.17.1 Federal Law No. 24 of 1999 for the Protection and Development of the Environment; 3.7.17.2 UAE Energy Strategy 2050; 3.7.18 South Africa; 3.7.18.1 National Building Regulations and Building Standards Act (1977); 3.7.18.2 Integrated Resource Plan (IRP); 3.8 Industry impact forces; 3.8.1 Growth drivers; 3.8.2 Increasing consumer demand for electric vehicle; 3.8.3 Rise in partnership and collaboration activities between automakers and construction players; 3.8.4 Increasing investments in electric vehicle battery production plant; 3.8.5 Rise in government policies and initiatives related to electric vehicles; 3.8.6 Industry pitfalls and challenges; 3.8.6.1 High initial cost of plant construction; 3.9 Growth potential analysis; 3.10 Porter's analysis; 3.11 PESTEL analysis
Chapter 4 Competitive Landscape, 2023: 4.1 Introduction; 4.2 Company market share analysis; 4.3 Competitive positioning matrix; 4.4 Strategic outlook matrix
Chapter 5 EV Batteries Plant Construction Market, By Component: 5.1 Key trends; 5.2 Building and infrastructure; 5.3 Machinery and equipment; 5.4 Energy storage systems; 5.5 Control systems and automation
Chapter 6 EV Batteries Plant Construction Market, By Battery: 6.1 Key trends; 6.2 Lithium-ion batteries; 6.3 Solid-state batteries; 6.4 Nickel-metal hydride (NiMH) batteries; 6.5 Other
Chapter 7 EV Batteries Plant Construction Market, By Construction: 7.1 Key trends; 7.2 New construction; 7.3 Expansion; 7.4 Renovation
Chapter 8 EV Batteries Plant Construction Market, By Plant Capacity: 8.1 Key trends; 8.2 Up to 10 GWh; 8.3 10-50 GWh; 8.4 Above 50 GWh
Chapter 9 EV Batteries Plant Construction Market, By Region: 9.1 Key trends; 9.2 North America; 9.3 Europe; 9.4 Asia Pacific; 9.5 Latin America; 9.6 MEA
Chapter 10 Company Profiles: 10.1 AECOM; 10.1.1 Global overview; 10.1.2 Market/Business overview; 10.1.3 Financial data; 10.1.3.1 Sales revenue, 2021-2023; 10.1.4 Product landscape; 10.1.5 Strategic outlook; 10.1.6 SWOT analysis; 10.2 Austin Commercial; 10.2.1 Global overview; 10.2.2 Market/business overview; 10.2.3 Financial data; 10.2.4 Product landscape; 10.2.5 Strategic outlook; 10.2.6 SWOT analysis; 10.3 Barton Malow; 10.3.1 Global overview; 10.3.2 Market/business overview; 10.3.3 Financial data; 10.3.4 Product landscape; 10.3.5 Strategic outlook; 10.3.6 SWOT analysis; 10.4 Bechtel Corporation; 10.4.1 Global overview; 10.4.2 Market/business overview; 10.4.3 Financial data; 10.4.4 Product landscape; 10.4.5 Strategic outlook; 10.4.6 SWOT analysis; 10.5 Black & Veatch Holding Company.; 10.5.1 Global overview; 10.5.2 Market/business overview; 10.5.3 Financial data; 10.5.4 Product landscape; 10.5.5 SWOT analysis; 10.6 Clark Construction Group, LLC; 10.6.1 Global overview; 10.6.2 Market/business overview; 10.6.3 Financial data; 10.6.4 Product landscape; 10.6.5 Strategic outlook; 10.6.6 SWOT analysis; 10.7 Clayco; 10.7.1 Global overview; 10.7.2 Market/business overview; 10.7.3 Financial data; 10.7.4 Product landscape; 10.7.5 Strategic outlook; 10.7.6 SWOT analysis; 10.8 DPR Construction; 10.8.1 Global overview; 10.8.2 Market/business overview; 10.8.3 Financial data; 10.8.4 Product landscape; 10.8.5 SWOT analysis; 10.9 Exyte GmbH; 10.9.1 Global overview; 10.9.2 Market/business overview; 10.9.3 Financial data; 10.9.4 Product landscape; 10.9.5 SWOT analysis; 10.10 Fluor Corporation; 10.10.1 Global overview; 10.10.2 Market/Business overview; 10.10.3 Financial data; 10.10.3.1 Sales revenue, 2021-2023; 10.10.4 Product landscape; 10.10.5 SWOT analysis; 10.11 ABEL Construction; 10.11.1 Global overview; 10.11.2 Market/business overview; 10.11.3 Financial data; 10.11.4 Product landscape; 10.11.5 SWOT analysis; 10.12 Gray Construction; 10.12.1 Global overview; 10.12.2 Market/business overview; 10.12.3 Financial data; 10.12.4 Product landscape; 10.12.5 Strategic outlook; 10.12.6 SWOT analysis; 10.13 Jacobs Solutions Inc.; 10.13.1 Global overview; 10.13.2 Market/Business overview; 10.13.3 Financial data; 10.13.3.1 Sales revenue, 2021-2023; 10.13.4 Product landscape; 10.13.5 SWOT analysis; 10.14 JE Dunn Construction; 10.14.1 Global overview; 10.14.2 Market/business overview; 10.14.3 Financial data; 10.14.4 Product landscape; 10.14.5 Strategic outlook; 10.14.6 SWOT analysis; 10.15 KBR, Inc.; 10.15.1 Global Overview; 10.15.2 Market/Business Overview; 10.15.3 Financial Data; 10.15.3.1 Sales Revenue, 2020-2023; 10.15.4 Product Landscape; 10.15.5 Strategic Outlook; 10.15.6 SWOT Analysis; 10.16 Kiewit; 10.16.1 Global Overview; 10.16.2 Market/Business Overview; 10.16.3 Financial Data; 10.16.4 Product Landscape; 10.16.5 SWOT Analysis; 10.17 McCarthy Building Companies; 10.17.1 Global Overview; 10.17.2 Market/Business Overview; 10.17.3 Financial Data; 10.17.4 Product Landscape; 10.17.5 Strategic Outlook; 10.17.6 SWOT analysis; 10.18 Turner Construction Company; 10.18.1 Global Overview; 10.18.2 Market/Business Overview; 10.18.3 Financial Data; 10.18.4 Product Landscape; 10.18.5 Strategic Outlook; 10.18.6 SWOT analysis; 10.19 Walbridge; 10.19.1 Global Overview; 10.19.2 Market/Business Overview; 10.19.3 Financial Data; 10.19.4 Product Landscape; 10.19.5 SWOT analysis; 10.20 Yates Construction; 10.20.1 Global Overview; 10.20.2 Market/Business Overview; 10.20.3 Financial Data; 10.20.4 Product Landscape; 10.20.5 Strategic Outlook; 10.20.6 SWOT analysis