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Ev Battery Market

EV Battery Market

EV Battery Market - Global Industry Assessment & Forecast

Number Of Pages # Pages:

100

Base Year:

2023

Date

Feb - 2024

Format:

PDF XLS PPT

Report Code:

VMR-1425

Segments Covered
  • By Propulsion By Propulsion BEV, PHEV, FCEV
  • By Battery Form By Battery Form Prismatic, Pouch, Cylindrical
  • By Vehicle Type By Vehicle Type Passenger Cars, Commercial Vehicles
  • By Material Type By Material Type Cobalt, Lithium, Natural Graphite, Manganese
  • By Battery Capacity By Battery Capacity <50 kWh, 50-100 kWh, 111-200 kWh, 201-300 kWh, >300 kWh
  • By Li-Ion Battery Component By Li-Ion Battery Component Positive Electrode, Negative Electrode, Electrolyte, Separator
  • By Method By Method Wire Bonding, Laser Bonding
  • By Region By Region North America, Europe, Asia Pacific
Snapshot
Base YearBase Year: 2023
Forecast YearsForecast Years: 2024 - 2030
Historical YearsHistorical Years: 2018 - 2022
Revenue 2023Revenue 2023: USD 68,816.8 Million
Revenue 2030Revenue 2030: USD 2,16,247.2 Million
Revenue CAGRRevenue CAGR (2024 - 2030): 17.77%
Fastest Growing Region Fastest Growing Region (2024 - 2030) North America and Europe
Largest Region Largest Region (2023): Asia Pacific
Customization Offered
  • Cross-segment Market Size and Analysis for Mentioned Segments Cross-segment Market Size and Analysis for Mentioned Segments
  • Additional Company Profiles (Upto 5 With No Cost) Additional Company Profiles (Upto 5 With No Cost)
  • Additional Countries (Apart From Mentioned Countries) Additional Countries (Apart From Mentioned Countries)
  • Country/Region-specific Report Country/Region-specific Report
  • Go To Market Strategy Go To Market Strategy
  • Region Specific Market Dynamics Region Specific Market Dynamics
  • Region Level Market Share Region Level Market Share
  • Import Export Analysis Import Export Analysis
  • Production Analysis Production Analysis
  • Other Others Request Customization Speak To Analyst
  1. Executive Dashboard
    1. Strategic Imperatives
  2. Premium Insights
    1. Top 3 Trends to Watch
    2. Demand and Supply Trends
    3. Top 3 Strategies Followed by Major Players
    4. Top 3 Predictions by Vantage Market Research
    5. Top Investment Pockets
    6. Insights from Primary Respondents
  3. Global EV Battery Market - Segment Analysis
    1. Overview
    2. Global EV Battery Market, 2016 - 2028 (USD Million)
    3. Global EV Battery Market - by Propulsion
      1. By BEV
      2. By PHEV
      3. By FCEV
    4. Global EV Battery Market - by Battery Form
      1. By Prismatic
      2. By Pouch
      3. By Cylindrical
    5. Global EV Battery Market - by Vehicle Type
      1. By Passenger Cars
      2. By Commercial Vehicles
    6. Global EV Battery Market - by Material Type
      1. By Cobalt
      2. By Lithium
      3. By Natural Graphite
      4. By Manganese
    7. Global EV Battery Market - by Battery Capacity
      1. By <50 kWh
      2. By 50-100 kWh
      3. By 111-200 kWh
      4. By 201-300 kWh
      5. By >300 kWh
    8. Global EV Battery Market - by Li-Ion Battery Component
      1. By Positive Electrode
      2. By Negative Electrode
      3. By Electrolyte
      4. By Separator
    9. Global EV Battery Market - by Method
      1. By Wire Bonding
      2. By Laser Bonding
    10. Global EV Battery Market - by region
      1. North America
      2. Europe
      3. Asia Pacific
      4. Latin America
      5. Middle East & Africa
    11. Market comparative analysis
  4. North America EV Battery Market - Segment Analysis
    1. Overview
    2. North America EV Battery Market, 2016 - 2028 (USD Million)
    3. North America EV Battery Market, by Propulsion
      1. By BEV
      2. By PHEV
      3. By FCEV
    4. North America EV Battery Market, by Battery Form
      1. By Prismatic
      2. By Pouch
      3. By Cylindrical
    5. North America EV Battery Market, by Vehicle Type
      1. By Passenger Cars
      2. By Commercial Vehicles
    6. North America EV Battery Market, by Material Type
      1. By Cobalt
      2. By Lithium
      3. By Natural Graphite
      4. By Manganese
    7. North America EV Battery Market, by Battery Capacity
      1. By <50 kWh
      2. By 50-100 kWh
      3. By 111-200 kWh
      4. By 201-300 kWh
      5. By >300 kWh
    8. North America EV Battery Market, by Li-Ion Battery Component
      1. By Positive Electrode
      2. By Negative Electrode
      3. By Electrolyte
      4. By Separator
    9. North America EV Battery Market, by Method
      1. By Wire Bonding
      2. By Laser Bonding
    10. North America EV Battery Market, by Country
      1. U.S.
        1. U.S. EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. U.S. EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. U.S. EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. U.S. EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. U.S. EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. U.S. EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. U.S. EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      2. Canada
        1. Canada EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Canada EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Canada EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Canada EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Canada EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Canada EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Canada EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      3. Mexico
        1. Mexico EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Mexico EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Mexico EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Mexico EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Mexico EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Mexico EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Mexico EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
  5. Europe EV Battery Market - Segment Analysis
    1. Overview
    2. Europe EV Battery Market, 2016 - 2028 (USD Million)
    3. Europe EV Battery Market, by Propulsion
      1. By BEV
      2. By PHEV
      3. By FCEV
    4. Europe EV Battery Market, by Battery Form
      1. By Prismatic
      2. By Pouch
      3. By Cylindrical
    5. Europe EV Battery Market, by Vehicle Type
      1. By Passenger Cars
      2. By Commercial Vehicles
    6. Europe EV Battery Market, by Material Type
      1. By Cobalt
      2. By Lithium
      3. By Natural Graphite
      4. By Manganese
    7. Europe EV Battery Market, by Battery Capacity
      1. By <50 kWh
      2. By 50-100 kWh
      3. By 111-200 kWh
      4. By 201-300 kWh
      5. By >300 kWh
    8. Europe EV Battery Market, by Li-Ion Battery Component
      1. By Positive Electrode
      2. By Negative Electrode
      3. By Electrolyte
      4. By Separator
    9. Europe EV Battery Market, by Method
      1. By Wire Bonding
      2. By Laser Bonding
    10. Europe EV Battery Market, by Country
      1. Germany
        1. Germany EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Germany EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Germany EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Germany EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Germany EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Germany EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Germany EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      2. UK
        1. UK Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. UK Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. UK Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. UK Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. UK Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. UK Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. UK Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      3. France
        1. France EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. France EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. France EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. France EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. France EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. France EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. France EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      4. Spain
        1. Spain EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Spain EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Spain EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Spain EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Spain EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Spain EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Spain EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      5. Italy
        1. Italy EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Italy EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Italy EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Italy EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Italy EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Italy EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Italy EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      6. BENELUX
        1. BENELUX EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. BENELUX EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. BENELUX EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. BENELUX EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. BENELUX EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. BENELUX EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. BENELUX EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      7. Rest of Europe
        1. Rest Of Europe EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Rest Of Europe EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Rest Of Europe EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Rest Of Europe EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Rest Of Europe EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Rest Of Europe EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Rest Of Europe EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
  6. Asia Pacific EV Battery Market - Segment Analysis
    1. Overview
    2. Asia Pacific EV Battery Market, 2016 - 2028 (USD Million)
    3. Asia Pacific EV Battery Market, by Propulsion
      1. By BEV
      2. By PHEV
      3. By FCEV
    4. Asia Pacific EV Battery Market, by Battery Form
      1. By Prismatic
      2. By Pouch
      3. By Cylindrical
    5. Asia Pacific EV Battery Market, by Vehicle Type
      1. By Passenger Cars
      2. By Commercial Vehicles
    6. Asia Pacific EV Battery Market, by Material Type
      1. By Cobalt
      2. By Lithium
      3. By Natural Graphite
      4. By Manganese
    7. Asia Pacific EV Battery Market, by Battery Capacity
      1. By <50 kWh
      2. By 50-100 kWh
      3. By 111-200 kWh
      4. By 201-300 kWh
      5. By >300 kWh
    8. Asia Pacific EV Battery Market, by Li-Ion Battery Component
      1. By Positive Electrode
      2. By Negative Electrode
      3. By Electrolyte
      4. By Separator
    9. Asia Pacific EV Battery Market, by Method
      1. By Wire Bonding
      2. By Laser Bonding
    10. Asia Pacific EV Battery Market, by Country
      1. China
        1. China EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. China EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. China EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. China EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. China EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. China EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. China EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      2. Japan
        1. Japan EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Japan EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Japan EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Japan EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Japan EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Japan EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Japan EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      3. India
        1. India EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. India EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. India EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. India EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. India EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. India EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. India EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      4. South Korea
        1. South Korea EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. South Korea EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. South Korea EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. South Korea EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. South Korea EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. South Korea EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. South Korea EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      5. South East Asia
        1. South East Asia EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. South East Asia EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. South East Asia EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. South East Asia EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. South East Asia EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. South East Asia EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. South East Asia EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      6. Rest of Asia Pacific
        1. Rest of Asia Pacific EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Rest of Asia Pacific EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Rest of Asia Pacific EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Rest of Asia Pacific EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Rest of Asia Pacific EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Rest of Asia Pacific EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Rest of Asia Pacific EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
  7. Latin America EV Battery Market - Segment Analysis
    1. Overview
    2. Latin America EV Battery Market, 2016 - 2028 (USD Million)
    3. Latin America EV Battery Market, by Propulsion
      1. By BEV
      2. By PHEV
      3. By FCEV
    4. Latin America EV Battery Market, by Battery Form
      1. By Prismatic
      2. By Pouch
      3. By Cylindrical
    5. Latin America EV Battery Market, by Vehicle Type
      1. By Passenger Cars
      2. By Commercial Vehicles
    6. Latin America EV Battery Market, by Material Type
      1. By Cobalt
      2. By Lithium
      3. By Natural Graphite
      4. By Manganese
    7. Latin America EV Battery Market, by Battery Capacity
      1. By <50 kWh
      2. By 50-100 kWh
      3. By 111-200 kWh
      4. By 201-300 kWh
      5. By >300 kWh
    8. Latin America EV Battery Market, by Li-Ion Battery Component
      1. By Positive Electrode
      2. By Negative Electrode
      3. By Electrolyte
      4. By Separator
    9. Latin America EV Battery Market, by Method
      1. By Wire Bonding
      2. By Laser Bonding
    10. Latin America EV Battery Market, by Country
      1. Brazil
        1. Brazil EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Brazil EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Brazil EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Brazil EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Brazil EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Brazil EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Brazil EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      2. Argentina
        1. Argentina EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Argentina EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Argentina EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Argentina EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Argentina EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Argentina EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Argentina EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      3. Rest of Latin America
        1. Rest of Latin America EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Rest of Latin America EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Rest of Latin America EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Rest of Latin America EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Rest of Latin America EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Rest of Latin America EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Rest of Latin America EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
  8. Middle East & Africa EV Battery Market - Segment Analysis
    1. Overview
    2. Middle East & Africa EV Battery Market, 2016 - 2028 (USD Million)
    3. Middle East & Africa EV Battery Market, by Propulsion
      1. By BEV
      2. By PHEV
      3. By FCEV
    4. Middle East & Africa EV Battery Market, by Battery Form
      1. By Prismatic
      2. By Pouch
      3. By Cylindrical
    5. Middle East & Africa EV Battery Market, by Vehicle Type
      1. By Passenger Cars
      2. By Commercial Vehicles
    6. Middle East & Africa EV Battery Market, by Material Type
      1. By Cobalt
      2. By Lithium
      3. By Natural Graphite
      4. By Manganese
    7. Middle East & Africa EV Battery Market, by Battery Capacity
      1. By <50 kWh
      2. By 50-100 kWh
      3. By 111-200 kWh
      4. By 201-300 kWh
      5. By >300 kWh
    8. Middle East & Africa EV Battery Market, by Li-Ion Battery Component
      1. By Positive Electrode
      2. By Negative Electrode
      3. By Electrolyte
      4. By Separator
    9. Middle East & Africa EV Battery Market, by Method
      1. By Wire Bonding
      2. By Laser Bonding
    10. Middle East & Africa EV Battery Market, by Country
      1. GCC Countries
        1. GCC Countries EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. GCC Countries EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. GCC Countries EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. GCC Countries EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. GCC Countries EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. GCC Countries EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. GCC Countries EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      2. South Africa
        1. South Africa EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. South Africa EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. South Africa EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. South Africa EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. South Africa EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. South Africa EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. South Africa EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
      3. Rest of Middle East & Africa
        1. Rest of Middle East & Africa EV Battery Market, By Propulsion
          1. By BEV
          2. By PHEV
          3. By FCEV
        2. Rest of Middle East & Africa EV Battery Market, By Battery Form
          1. By Prismatic
          2. By Pouch
          3. By Cylindrical
        3. Rest of Middle East & Africa EV Battery Market, By Vehicle Type
          1. By Passenger Cars
          2. By Commercial Vehicles
        4. Rest of Middle East & Africa EV Battery Market, By Material Type
          1. By Cobalt
          2. By Lithium
          3. By Natural Graphite
          4. By Manganese
        5. Rest of Middle East & Africa EV Battery Market, By Battery Capacity
          1. By <50 kWh
          2. By 50-100 kWh
          3. By 111-200 kWh
          4. By 201-300 kWh
          5. By >300 kWh
        6. Rest of Middle East & Africa EV Battery Market, By Li-Ion Battery Component
          1. By Positive Electrode
          2. By Negative Electrode
          3. By Electrolyte
          4. By Separator
        7. Rest of Middle East & Africa EV Battery Market, By Method
          1. By Wire Bonding
          2. By Laser Bonding
  9. Key Market Dynamics
    1. Introduction
    2. Market Drivers
    3. Market Restraints
    4. Market Opportunities
    5. Porter's Five Forces Analysis
    6. PEST Analysis
    7. Regulatory Landscape
    8. Technology Landscape
    9. Regional Market Trends
  10. COVID 19 Impact Analysis
    1. Key strategies undertaken by companies to tackle COVID-19
    2. Short term dynamics
    3. Long term dynamics
  11. Marketing Stratagy Analysis
    1. Marketing Channel
    2. Direct Marketing
    3. Indirect Marketing
    4. Marketing Channel Development Trends
  12. Competative Landscape
    1. Competition Matrix - 2021
    2. Company Market Share Analysis - 2021
    3. Key Company Activities, 2018 - 2021
    4. Strategic Developments - Heat Map Analysis
    5. Company Offering Evaluation
    6. Company Regional Presence Evaluation
  13. Company Profiles
    1. LG Energy Solution
    2. Panasonic Holdings Corporation
    3. BYD Company Limited
    4. SK Innovation Co. Ltd.
    5. Contemporary Amperex Technology Co. Limited
    6. Samsung SDI Co. Ltd.
    7. Gotion Inc.
    8. Mitsubishi Corporation
    9. Sunwoda Electronic Co. Ltd.
    10. EnerSys
    11. Farasis Energy
  14. Key Primary Respondents - VERBATIM
  15. Discussion Guide
  16. Customization Offered
  17. Annexure
  18. List of Figures
  19. List of Tables
  20. List of Abbreviations
FAQ
Frequently Asked Question
  • The global EV Battery valued at USD 68,816.8 Million in 2023 and is expected to reach USD 2,16,247.2 Million in 2030 growing at a CAGR of 17.77%.

  • The prominent players in the market are LG Energy Solution, Panasonic Holdings Corporation , BYD Company Limited, SK Innovation Co. Ltd., Contemporary Amperex Technology Co. Limited, Samsung SDI Co. Ltd., Gotion Inc., Mitsubishi Corporation, Sunwoda Electronic Co. Ltd., EnerSys, Farasis Energy .

  • The market is project to grow at a CAGR of 17.77% between 2024 and 2030.

  • The driving factors of the EV Battery include

    • Sustainable imperative fuels the global electric vehicle battery market

  • Asia Pacific was the leading regional segment of the EV Battery in 2023.