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FUTURE OF EV BATTERIES MARKET

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FUTURE OF EV BATTERIES MARKET BY TYPE (LI-ION, NA-ION, SOLID STATE, LI- AIR),
VEHICLE TYPE (PASSENGER CARS, COMMERCIAL VEHICLES, OFF-ROAD VEHICLES), BATTERY
FORM (PRISMATIC, POUCH, CYLINDRICAL), PACKAGING (CTM, CTP, CTC, MTC) & REGION -
GLOBAL FORECAST 2035

FREE BROCHURE FREE SAMPLE REPORT
Report Code: AT 9000 Apr, 2024, by marketsandmarkets.com
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 * Description
 * TABLE OF Contents
 * METHODOLOGY
 * DOWNLOAD PDF

[209 Pages Report] The global future of EV batteries market is projected to grow
from 16 million units in 2024 to 62 million units by 2035, at a CAGR of 12.7%.
Changes in lithium-ion (Li-ion) battery chemistry are leading to more efficient
electric vehicles (EVs) as the industry switches from toxic metals such as
nickel-manganese-cobalt (NMC) to lithium-iron-phosphate (LFP). Companies like
Tesla, Rivian, and Ford have already changed their standard models from NMC to
LFP, while manufacturers like Hyundai, Nissan, and Toyota are developing cheaper
LFP variants to make EVs more affordable. Further, research into solid
electrolytes is progressing and promising significant advantages over
traditional liquid electrolytes, including higher energy density, lighter
construction, faster charging, extended range, and longer life cycles. In the
past year, researchers have made significant progress in creating solid-state
batteries that can charge in minutes and hold a charge for more than 6,000
cycles, using a variety of cheap metals and less lithium. In addition,
developing sodium (Na-ion) batteries could provide the best option for
shorter-range EVs and plug-in hybrid electric vehicles (PHEVs), as they replace
lithium with much cheaper sodium, perform better at low temperatures, and allow
for fast charging with a longer lifespan. Thus, the overall future of EV
batteries is largely expected to witness newer, cleaner & cheaper battery
chemistries and modular designs.



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MARKET DYNAMICS:

DRIVER: TECHNOLOGICAL ADVANCEMENTS IN EV BATTERY 

The rapid progress made in EV battery technology has played a huge role in the
emergence of this EV battery market. Electric vehicles are still in high demand
due to increasing consumer interest in more sustainable and efficient
transportation options. Manufacturers and researchers are constantly working to
improve battery technology by solving problems related to energy density,
charging time, cost, cleaner materials, and safety issues. The development of
solid-state batteries is one such milestone that promises to revolutionize the
automotive industry. Unlike traditional lithium-ion batteries that use a liquid
or gel electrolyte, Solid-state batteries use a solid electrolyte, resulting in
increased energy density, faster charging, and better safety. These improvements
have the potential to significantly extend EV range and shorten charging times,
addressing range anxiety concerns that have hindered widespread adoption. Solid
Power Inc. (US) manufactures Solid-state batteries for electric vehicles using
sulfide-based semiconductor cells.

Meanwhile, QuantumScape (US) is developing solid-state batteries for Volkswagen.
These new batteries will probably be used in electric vehicles by 2026. Such
development in battery technology will drive the market growth in the forecast
period.

RESTRAINT: LIMITED SUPPLY OF RAW MATERIALS

The limited supply of raw materials such as lithium, cobalt, and nickel is a
major restraining factor for the future EV battery market. These materials are
critical for making batteries that have advanced specifications, but geographic,
environmental, and political items typically limit their extraction and
processing. Growing sales of EVs put a strain on these resources; this may lead
to interruptions in supply chains or higher costs or even both. In addition, the
sourcing concerns regarding the negative impacts on the environment caused
during the mining process while also touching on issues related to rights abuses
usually associated with some minerals such as cobalt. Hence, scarcity and price
increases of these critical minerals may delay EV battery production growth,
hampering technology advancement and restricting overall development in this
sector, thereby investing in alternative materials recycling and sustainable
mining approaches.

OPPORTUNITY: EV BATTERY RECYCLING PROVIDES OPPORTUNITIES TO MAINTAIN THE SUPPLY
OF CRITICAL MATERIALS

As the demand for electric vehicles grows, so does the need for these scarce and
often geopolitically sensitive resources. By extracting these valuable
components from batteries nearing the end of their beneficial lives, recycling
gives a sustainable alternative to relying on risky mining practices and
unstable global supply chains. This helps to maintain material sources and
promotes a circular economy by reusing materials continuously, improving
resource efficiency, and lowering the carbon impact of producing new batteries.

In addition, recycling approaches emerge as more effective and permit increasing
costs of crucial material recuperation as technology advances. This lowers
manufacturing charges and promotes the improvement of recent battery
technologies. The European Union (EU) has some laws governing EV battery
recycling. From 2030, batteries must contain a minimum recycled content of 12%
for cobalt, 4% for lithium, 4% for nickel and 85% for lead. By 2035, these
thresholds will increase to 20% cobalt, 10% lithium, 12% nickel and 85% lead.

CHALLENGE: PERFORMANCE DECLINATION OF LITHIUM-ION BATTERIES OVER TIME

Performance degradation in lithium-ion batteries drastically influences the EV
battery marketplace by influencing patron self-assurance, car range, and
ordinary market dynamics. As batteries age, their capability diminishes due to
reduced riding range and increased charging frequency, which could deter
potential EV customers involved in long-term performance and resale price. This
degradation also pressures producers to manufacture extra durable batteries with
longer lifespans, doubtlessly increasing research and manufacturing costs.
Additionally, the secondary market for degraded batteries, such as power storage
or recycling, becomes extra vital, influencing supply chain dynamics and the
overall economics of battery production and disposal. Consequently, managing and
mitigating overall performance degradation is pivotal for the growth and
sustainability of the EV market.


MARKET ECOSYSTEM

Performance degradation in lithium-ion batteries drastically influences the EV
battery marketplace by influencing patron self-assurance, car range, and
ordinary market dynamics. As batteries age, their capability diminishes due to
reduced riding range and increased charging frequency, which could deter
potential EV customers involved in long-term performance and resale price. This
degradation also pressures producers to manufacture extra durable batteries with
longer lifespans, doubtlessly increasing research and manufacturing costs.
Additionally, the secondary market for degraded batteries, such as power storage
or recycling, becomes extra vital, influencing supply chain dynamics and the
overall economics of battery production and disposal. Consequently, managing and
mitigating overall performance degradation is pivotal for the growth and
sustainability of the EV market.



LITHIUM-ION BATTERY HOLDS THE LARGEST SHARE.

Lithium-ion batteries offer good energy density, longer cycles, and a relatively
low self-discharge rate compared to other battery technologies. These
characteristics make Li-ion batteries properly desirable for the needs of
electric vehicles, where power storage, range, and performance are critical.
Over the years, various variants of Li-ion chemistries have been developed, like
Lithium Iron Phosphate (LFP) and Nickel Manganese Cobalt (NMC). The outcome was
that each of these chemistries had a set of advantages; in general, LFP
batteries exhibit a longer cycle life than NMC batteries, making them suitable
for extensive and prolonged applications. While NMC batteries offer a higher
energy density, allowing them to store more energy. Further, OEMs are developing
batteries with advanced technology; for instance, in June 2023, Toyota announced
that it aims to launch next-generation lithium-ion batteries in 2026, offering
longer ranges and quicker charging. In May 2024, SAIC Motor announced that its
all-solid-state battery will be mass-produced in 2026, with an energy density of
more than 400Wh/kg.

THE PASSENGER CAR SEGMENT WILL CONTINUE DOMINATING THE FUTURE OF THE EV
BATTERIES MARKET DURING THE FORECAST PERIOD.

The global shift towards electric-powered mobility, pushed by environmental
concerns and stringent emissions guidelines, has substantially boosted the
demand for electric cars, driving the growth of the EV batteries market.
Additionally, improvements in battery technology, consisting of developing
high-power-density lithium-ion batteries, have made EVs extra realistic and less
costly for the common purchaser. In addition, the availability of incentives and
subsidies for EV purchases encourages the adoption of electric passenger
vehicles. In addition, the significant charging infrastructure being advanced
globally mainly helps passenger cars, making them more convenient for daily use.
As a result, the passenger segment dominates the future of the EV batteries
marketplace, with their growing popularity expected to continue driving demand
in the forecast period.

DURING THE FORECAST PERIOD, EUROPE HOLDS THE 2ND LARGEST SHARE OF THE FUTURE EV
BATTERIES MARKET.

Various European countries have set a bold goal of reducing 80% of CO2 emissions
by 2030-2035 and have created a roadmap. The governments of numerous European
countries are also subsidizing EV infrastructure, thereby boosting EV sales and
batteries. The increasingly more stringent guidelines related to environmental
troubles are propelling key players to test and develop advanced automobiles,
intending to further strengthen the market for advanced battery technologies.

European countries also invest heavily in charging infrastructure, easing range
issues, and encouraging consumers to adopt electric vehicles. This
infrastructure development enhances the future boom of the EV battery market.
For instance, in March 2024, Northvolt AB (Sweden) started constructing a
battery plant in northern Germany to supply electric cars, capping an intense
lobbying effort under newly relaxed European Union state aid rules. Further, in
September 2023, Gotion, Inc. (China) announced to build 20 GWh battery plant in
Europe by 2026. In addition, Europe has a well-established automotive industry
with corporations, including Volkswagen, BMW, and Renault, investing heavily in
electric automobile generation.




KEY MARKET PLAYERS

The future of EV batteries market is dominated by established players such as
CATL (China), LG Energy Solution Ltd. (South Korea), BYD Company Ltd. (China),
Panasonic Holdings Corporation (Japan), and SK Innovation Co., Ltd. (South
Korea). These companies manufacture battery and develop new technologies. These
companies have set up R&D facilities and offer best-in-class products to their
customers.


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SCOPE OF THE REPORT

Report Metric

Details

Market size available for years

2019–2035

Base year considered

2023

Forecast period

2024-2035

Forecast units

Volume (Thousand Units)

Segments Covered

Battery type, Battery Form, Vehicle type, battery packaging form and Region

Geographies covered

China, US, Europe, Asia Pacific (excl. China), and Rest of the World

Companies Covered

CATL (China), LG Energy Solution Ltd. (South Korea), BYD Company Ltd. (China),
Panasonic Holdings Corporation (Japan), and SK Innovation Co., Ltd. (South
Korea)
A total of 10 major company profiles were covered and provided.

This research report categorizes the future of EV batteries market based on
Battery type, Battery Form, Vehicle type, battery packaging form and Region.

BASED ON BATTERY TYPE:

 * Lithium-Ion
 * Sodium-Ion
 * Solid-State
 * Lithium-Air

BASED ON BATTERY FORM:

 * Prismatic
 * Pouch
 * Cylindrical

BASED ON VEHICLE TYPE:

 * Passenger Cars
 * Commerical Vehicles
 * Off-Road Vehicles

BASED ON PACKAGING FORM:

 * Cell to Module
 * Cell to Pack
 * Cell to Chassis/Vehicle
 * Module to Chassis

BASED ON THE REGION:

 * China
 * US
 * Europe
   * France
   * Germany
   * Spain
   * Italy
   * The UK
   * Sweden
   * Norway
   * Denmark
 * Asia Pacific (excl. China)
   * India
   * Japan
   * Thailand
   * South Korea
 * Rest of the World
   * UAE
   * Egypt
   * South Africa


RECENT DEVELOPMENTS

 * In August 2024, A Memorandum of Understanding (MoU) was signed between Amara
   Raja Advanced Cell Technologies (ARACT), a wholly owned subsidiary of Amara
   Raja Energy & Mobility (ARE&M) (India), one of the top battery manufacturers
   in India, and Ather Energy (India). Under the terms of this partnership,
   Amara Raja and Ather will work together to develop and supply advanced
   chemical cells, such as lithium iron phosphate (LFP) and lithium-ion
   (Li-ion), locally produced at their future Gigafactory in Divitipally,
   Telangana.
 * In June 2024, ExxonMobil (US) and SK On (South Korea), a leading global
   developer of electric vehicle (EV) batteries, inked a non-binding memorandum
   of understanding that paves the way for the business to obtain a multiyear
   offtake agreement of up to 100,000 metric tons of MobilTM Lithium from its
   first planned facility in Arkansas. SK On intends to use lithium in its
   American operations to produce EV batteries. This will help the development
   of an American electric vehicle supply chain and further ExxonMobil's
   objective, declared in late 2023, to supply lithium for around one million EV
   batteries annually by 2030.
 * In March 2024, StoreDot, a developer of extreme fast charging (XFC) battery
   technology for EVs, announced a collaborative partnership with EVE Energy.
   The partnership gives StoreDot access to EVE Energy's extensive manufacturing
   footprint and the ability to mass produce its 100 in 5 extreme fast-charging
   battery cells.
 * In February 2024, LG Energy Solution signed an offtake agreement with
   Wesfarmers Chemicals, Energy, and Fertilisers for lithium concentrate,
   advancing the companies' pre-existing partnership to deliver efficient and
   sustainable power solutions to the North American market.
 * In January 2024, Jianghuai Automobile Group and CATL signed a strategic
   cooperation agreement in Ningde, Fujian Province. According to the agreement,
   both companies will actively cooperate in the supply of EV batteries,
   introduction of battery swapping technology, joint development and
   application of new technologies and products, market expansion at home and
   abroad, and carbon emission reduction across the industry chain, as well as
   work together to formulate an action plan and build a strategic alliance.


FREQUENTLY ASKED QUESTIONS (FAQ):

WHAT IS THE CURRENT SIZE OF THE FUTURE OF EV BATTERIES MARKET BY VOLUME?

The current size of the future of EV batteries market is estimated at 16 million
units in 2024.

WHO ARE THE WINNERS IN THE FUTURE OF EV BATTERIES MARKET?

The EV batteries space is dominated by key players such as CATL (China), LG
Energy Solution Ltd. (South Korea), BYD Company Ltd. (China), Panasonic Holdings
Corporation (Japan), and SK Innovation Co., Ltd. (South Korea). These companies
manufacture batteries and develop new technologies. These companies have set up
R&D facilities and offer best-in-class products to their customers.

WHICH REGION WILL HAVE THE FASTEST-GROWING MARKET FOR FUTURE OF EV BATTERIES
MARKET?

Europe will be the fastest-growing future of EV batteries market region as
Europe is aiming for self-sufficiency in battery production to reduce reliance
on Asian imports and address supply chain vulnerabilities. This involves
building numerous gigafactories across the continent, creating jobs,
strengthening the economy, and shortening supply chains.

WHAT ARE THE NEW MARKET TRENDS IMPACTING THE GROWTH OF THE FUTURE OF EV
BATTERIES MARKET?

The key trends impacting the growth of the future of EV batteries market are
transition to solid-state batteries, reduced cost per kilowatt-hour, increased
energy density, and diversification of battery chemistries.

WHAT COUNTRIES ARE COVERED IN EUROPE FOR THE FUTURE OF EV BATTERIES MARKET?

The countries covered in report for the future of EV batteries market are
Germany, France, UK, Spain, Italy, Norway, Sweden and Denmark. .

To speak to our analyst for a discussion on the above findings, click Speak to
Analyst

TABLE OF CONTENTS
 
1 INTRODUCTION (Page No. - 14)
    1.1 STUDY OBJECTIVES 
    1.2 MARKET DEFINITION 
                    TABLE 1 MARKET DEFINITION, BY BATTERY TYPE
                    TABLE 2 MARKET DEFINITION, BY VEHICLE TYPE
                    TABLE 3 MARKET DEFINITION, BY BATTERY FORM
           1.2.1 INCLUSIONS AND EXCLUSIONS
                    TABLE 4 INCLUSIONS AND EXCLUSIONS
    1.3 STUDY SCOPE 
           1.3.1 MARKETS COVERED
                    FIGURE 1 FUTURE OF BATTERIES MARKET SEGMENTATION
           1.3.2 REGIONS COVERED
           1.3.3 YEARS CONSIDERED
    1.4 CURRENCY CONSIDERED 
                    TABLE 5 CURRENCY EXCHANGE RATES (PER USD)
    1.5 UNIT CONSIDERED 
    1.6 STAKEHOLDERS 
    1.7 RESEARCH ASSUMPTIONS 
    1.8 RESEARCH LIMITATIONS 
 
2 ELECTRIFIED AUTOMOTIVE MARKET (Page No. - 22)
    2.1 INTRODUCTION 
    2.2 KEY MARKETS FOR AUTOMOTIVE ELECTRIFICATION 
                    FIGURE 2 AUTOMAKER ELECTRIFICATION TARGET FOR ELECTRIC
VEHICLES, 2023
                    FIGURE 3 ELECTRIFIED AUTOMOTIVE MARKET, BY REGION, 2024–2035
(THOUSAND UNITS)
                    TABLE 6 MARKET, BY REGION, 2019–2023 (THOUSAND UNITS)
                    TABLE 7 MARKET, BY REGION, 2024–2030 (THOUSAND UNITS)
                    TABLE 8 MARKET, BY REGION, 2031–2035 (THOUSAND UNITS)
           2.2.1 PASSENGER CARS
                    2.2.1.1 Availability of subsidies and tax rebates to drive
growth
                    FIGURE 4 BEST-SELLING PLUG-IN ELECTRIC VEHICLE MODELS
GLOBALLY, 2023 (THOUSAND UNITS)
                    TABLE 9 ELECTRIC PASSENGER CARS MARKET, BY REGION, 2019–2023
(THOUSAND UNITS)
                    TABLE 10 MARKET, BY REGION, 2024–2030 (THOUSAND UNITS)
                    TABLE 11 MARKET, BY REGION, 2031–2035 (THOUSAND UNITS)
           2.2.2 COMMERCIAL VEHICLES
                    2.2.2.1 Increasing collaborations between automotive
manufacturers to drive growth
                    TABLE 12 ELECTRIC COMMERCIAL VEHICLES MARKET, BY REGION,
2019–2023 (THOUSAND UNITS)
                    TABLE 13 MARKET, BY REGION, 2024–2030 (THOUSAND UNITS)
                    TABLE 14 MARKET, BY REGION, 2031–2035 (THOUSAND UNITS)
           2.2.3 OFF-ROAD VEHICLES
                    2.2.3.1 Stringent emission standards and noise regulations
to drive growth
                    TABLE 15 ELECTRIC OFF-ROAD VEHICLES MARKET, BY REGION,
2019–2023 (THOUSAND UNITS)
                    TABLE 16 MARKET, BY REGION, 2024–2030 (THOUSAND UNITS)
                    TABLE 17 MARKET, BY REGION, 2031–2035 (THOUSAND UNITS)
    2.3 EV BATTERY MARKET, 2019–2035 
                    FIGURE 5 EV BATTERY MARKET, BY REGION, 2024–2035 (USD
BILLION)
    2.4 BATTERY DEMAND FROM AUTOMOTIVE APPLICATIONS 
                    TABLE 18 BATTERY DEMAND, BY VEHICLE TYPE, 2023–2035 (GWH)
    2.5 CURRENT VS. FUTURE BATTERY MANUFACTURING CAPACITY 
                    FIGURE 6 BATTERY MANUFACTURING CAPACITY, BY COUNTRY
                    TABLE 19 BATTERY MANUFACTURING CAPACITY, BY COUNTRY, 2022
                    TABLE 20 BATTERY MANUFACTURING CAPACITY, BY COUNTRY, 2027
 
3 INSIGHTS INTO BATTERY TECHNOLOGIES (Page No. - 35)
    3.1 INTRODUCTION 
                    FIGURE 7 EVOLUTION OF BATTERY TECHNOLOGIES
                    FIGURE 8 ROADMAP FOR BATTERY TECHNOLOGIES
                    TABLE 21 NEXT-GENERATION BATTERY TECHNOLOGIES
    3.2 EXISTING EV BATTERY TECHNOLOGIES 
           3.2.1 LITHIUM-ION
                    FIGURE 9 GLOBAL LITHIUM-ION BATTERY DEMAND, 2022–2030 (GWH)
                    3.2.1.1 Lithium iron phosphate
                    TABLE 22 ELECTROCHEMICAL REACTIONS OF LITHIUM IRON PHOSPHATE
BATTERIES
                               FIGURE 10 BENEFITS OF LITHIUM IRON PHOSPHATE
BATTERIES FOR ELECTRIC PASSENGER CARS
                    TABLE 23 RECENT DEVELOPMENTS IN LITHIUM IRON PHOSPHATE
BATTERIES
                    3.2.1.2 Nickel manganese cobalt
                    TABLE 24 ELECTROCHEMICAL REACTIONS OF NICKEL MANGANESE
COBALT BATTERIES
                    TABLE 25 RECENT DEVELOPMENTS IN NICKEL MANGANESE COBALT
BATTERIES
                    3.2.1.3 Lithium manganese iron phosphate
                    TABLE 26 RECENT DEVELOPMENTS IN LITHIUM MANGANESE IRON
PHOSPHATE BATTERIES
                               FIGURE 11 ANTICIPATED APPLICATIONS OF LITHIUM
MANGANESE IRON PHOSPHATE BATTERIES AND PROJECTED SHIPMENT VOLUME IN CHINA
                    TABLE 27 COMPARISON BETWEEN LFP, LMFP, AND NMC BATTERIES
                    3.2.1.4 Others
                               FIGURE 12 VISUAL COMPARISON OF LITHIUM-ION
BATTERIES
           3.2.2 SODIUM-ION
                    TABLE 28 ELECTROCHEMICAL REACTIONS OF SODIUM-ION BATTERIES
                    TABLE 29 RECENT DEVELOPMENTS IN SODIUM-ION BATTERIES
    3.3 FUTURE OF EV BATTERY TECHNOLOGIES 
           3.3.1 SOLID-STATE
                    TABLE 30 DIFFERENCE BETWEEN LITHIUM-ION AND SOLID-STATE
BATTERIES
                    TABLE 31 RECENT DEVELOPMENTS IN SOLID-STATE BATTERIES
           3.3.2 LITHIUM-AIR
                               FIGURE 13 SCHEMATIC OF LITHIUM-AIR BATTERY CHARGE
AND DISCHARGE CYCLES
    3.4 COMPARISON BETWEEN DIFFERENT EV BATTERIES 
                    TABLE 32 COMPARISON BETWEEN DIFFERENT EV BATTERIES
    3.5 MNM INSIGHTS ON EV BATTERY USE CASES 
           3.5.1 PASSENGER CARS
           3.5.2 COMMERCIAL VEHICLES
           3.5.3 OFF-ROAD VEHICLES
    3.6 MNM INSIGHTS ON OEM MAPPING OF EV BATTERIES 
           3.6.1 PASSENGER CARS
                    TABLE 33 UPCOMING OEM PASSENGER CAR LAUNCHES, BY BATTERY
TYPE
           3.6.2 COMMERCIAL VEHICLES
                    TABLE 34 UPCOMING OEM COMMERCIAL VEHICLE LAUNCHES, BY
BATTERY TYPE
           3.6.3 OFF-ROAD VEHICLES
                    TABLE 35 UPCOMING OEM OFF-ROAD VEHICLE LAUNCHES, BY BATTERY
TYPE
           3.6.4 REIGN OF LITHIUM-ION AND RISE OF CHALLENGERS
           3.6.5 EV BATTERY TRENDS PERTAINING TO VEHICLE CLASS
 
4 BATTERY PRICING, BY TECHNOLOGY (Page No. - 55)
    4.1 INTRODUCTION 
    4.2 SELECTED BATTERY MATERIALS 
                               FIGURE 14 PRICE OF SELECTED BATTERY MATERIALS,
2015–2023
                               FIGURE 15 COST BREAKDOWN OF CELLS, BY MATERIAL,
2023
    4.3 BATTERY PRICING ANALYSIS, BY OEM 
                    TABLE 36 BATTERY PRICING ANALYSIS, BY OEM (USD/KWH),
2022–2030
                    TABLE 37 VEHICLE BATTERY COSTS, BY MODEL
    4.4 LITHIUM-ION BATTERY PACK AND CELL PRICING ANALYSIS 
                               FIGURE 16 VOLUME-WEIGHTED AVERAGE LITHIUM-ION
BATTERY PACK AND CELL PRICE, 2019–2023
    4.5 LITHIUM-ION BATTERY PRICING, BY TYPE 
                    TABLE 38 LITHIUM-ION BATTERY PRICING, BY TYPE
    4.6 AVERAGE SELLING PRICE OF EV BATTERIES, BY REGION 
                               FIGURE 17 AVERAGE SELLING PRICE OF EV BATTERIES,
BY REGION, 2019–2023
 
5 INSIGHTS INTO BATTERY PACKAGING FORMATS (Page No. - 60)
    5.1 INTRODUCTION 
                               FIGURE 18 MULTISCALE HIERARCHICAL FRAMEWORK FOR
THERMO-ELECTRIC-CHEMICAL CO-DESIGN OF BATTERIES AND ELECTRIC VEHICLES
    5.2 EXISTING BATTERY PACKAGING FORMATS 
           5.2.1 CELL-TO-MODULE
           5.2.2 CELL-TO-PACK
                               FIGURE 19 CELL-TO-PACK BATTERY MANUFACTURING
PROCESS
                               FIGURE 20 CELL-TO-PACK BATTERY MARKET, BY REGION,
2024–2030
    5.3 FUTURE OF BATTERY PACKAGING FORMATS 
           5.3.1 CELL-TO-CHASSIS
           5.3.2 MODULE-TO-CHASSIS
    5.4 PROS AND CONS OF BATTERY PACKAGING FORMATS 
                    TABLE 39 PROS AND CONS OF BATTERY PACKAGING FORMATS
                               FIGURE 21 EV POWER BATTERY STRUCTURE DEVELOPMENT
    5.5 FORWARD AND BACKWARD INTEGRATION OF BATTERY MANUFACTURERS 
           5.5.1 FORWARD INTEGRATION OF BATTERY MANUFACTURERS
           5.5.2 BACKWARD INTEGRATION OF BATTERY MANUFACTURERS
    5.6 MNM INSIGHTS ON OEM MAPPING OF BATTERY PACKAGING FORMATS 
           5.6.1 PASSENGER CARS
                    TABLE 40 PASSENGER CAR BATTERY PACKAGING FORMATS, BY OEM
           5.6.2 COMMERCIAL VEHICLES
                    TABLE 41 COMMERCIAL VEHICLE BATTERY PACKAGING FORMATS, BY
OEM
           5.6.3 OFF-ROAD VEHICLES
                    TABLE 42 OFF-ROAD VEHICLE BATTERY PACKAGING FORMATS, BY OEM
 
6 INSIGHTS INTO BATTERY FORMS (Page No. - 68)
    6.1 INTRODUCTION 
                               FIGURE 22 CELL FORMATS PRODUCED BY EV BATTERY
MANUFACTURERS
                               FIGURE 23 CELL FORMATS USED BY MAJOR OEMS
    6.2 EXISTING BATTERY FORMS 
           6.2.1 PRISMATIC
           6.2.2 POUCH
           6.2.3 CYLINDRICAL
                               FIGURE 24 TESLA CYLINDRICAL BATTERY SIZES
    6.3 PROS AND CONS OF BATTERY FORMS 
                    TABLE 43 PROS AND CONS OF BATTERY FORMS
    6.4 MNM INSIGHTS ON OEM MAPPING OF BATTERY FORMS 
           6.4.1 PASSENGER CARS
                    TABLE 44 PASSENGER CAR BATTERY FORMS, BY OEM
           6.4.2 COMMERCIAL VEHICLES
                    TABLE 45 COMMERCIAL VEHICLE BATTERY FORMS, BY OEM
 
7 COMPETITIVE LANDSCAPE (Page No. - 77)
    7.1 INTRODUCTION 
    7.2 KEY PLAYER STRATEGIES/RIGHT TO WIN, 2020–2024 
                    TABLE 46 KEY PLAYER STRATEGIES/RIGHT TO WIN, 2020–2024
    7.3 MARKET SHARE ANALYSIS, 2023 
                    TABLE 47 DEGREE OF COMPETITION, 2023
                               FIGURE 25 MARKET SHARE ANALYSIS OF KEY PLAYERS,
2023
    7.4 REVENUE ANALYSIS, 2019–2023 
                               FIGURE 26 REVENUE ANALYSIS OF TOP FIVE PLAYERS,
2019–2023
    7.5 COMPANY VALUATION AND FINANCIAL METRICS 
           7.5.1 COMPANY VALUATION
                               FIGURE 27 COMPANY VALUATION OF KEY PLAYERS, 2024
           7.5.2 FINANCIAL METRICS
                               FIGURE 28 FINANCIAL METRICS OF KEY PLAYERS, 2024
    7.6 BRAND/PRODUCT COMPARISON 
                               FIGURE 29 BRAND/PRODUCT COMPARISON OF TOP FIVE
PLAYERS
    7.7 COMPANY EVALUATION MATRIX: KEY PLAYERS, 2023 
           7.7.1 STARS
           7.7.2 EMERGING LEADERS
           7.7.3 PERVASIVE PLAYERS
           7.7.4 PARTICIPANTS
                               FIGURE 30 COMPANY EVALUATION MATRIX (KEY
PLAYERS), 2023
           7.7.5 COMPANY FOOTPRINT
                               FIGURE 31 COMPANY FOOTPRINT, 2023
                    TABLE 48 PRODUCT FOOTPRINT, 2023
                    TABLE 49 REGION FOOTPRINT, 2023
    7.8 COMPANY EVALUATION MATRIX: START-UPS/SMES, 2023 
           7.8.1 PROGRESSIVE COMPANIES
           7.8.2 RESPONSIVE COMPANIES
           7.8.3 DYNAMIC COMPANIES
           7.8.4 STARTING BLOCKS
                               FIGURE 32 COMPANY EVALUATION MATRIX
(START-UPS/SMES), 2023
           7.8.5 COMPETITIVE BENCHMARKING
                    TABLE 50 KEY START-UPS/SMES
                    TABLE 51 COMPETITIVE BENCHMARKING OF KEY START-UPS/SMES
    7.9 COMPETITIVE SCENARIO 
           7.9.1 PRODUCT LAUNCHES/DEVELOPMENTS
                    TABLE 52 PRODUCT LAUNCHES/DEVELOPMENTS, 2020–2024
           7.9.2 DEALS
                    TABLE 53 DEALS, 2020–2024
           7.9.3 EXPANSION
                    TABLE 54 EXPANSIONS, 2020–2024
           7.9.4 OTHERS
                    TABLE 55 OTHERS, 2020–2024
 
8 COMPANY PROFILES (Page No. - 122)
(Business overview, Products offered, Recent developments & MnM View)*
    8.1 KEY PLAYERS 
           8.1.1 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED
                    TABLE 56 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED:
COMPANY OVERVIEW
                               FIGURE 33 CONTEMPORARY AMPEREX TECHNOLOGY CO.,
LIMITED: COMPANY SNAPSHOT
                               FIGURE 34 CONTEMPORARY AMPEREX TECHNOLOGY CO.,
LIMITED: TECHNOLOGY ROADMAP
                    TABLE 57 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED:
SUPPLY AGREEMENTS
                    TABLE 58 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED:
PRODUCTS OFFERED
                    TABLE 59 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED:
PRODUCT LAUNCHES/DEVELOPMENTS
                    TABLE 60 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED: DEALS
                    TABLE 61 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED:
EXPANSIONS
                    TABLE 62 CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITED:
OTHERS
           8.1.2 BYD COMPANY LTD.
                    TABLE 63 BYD COMPANY LTD.: COMPANY OVERVIEW
                               FIGURE 35 BYD COMPANY LTD.: COMPANY SNAPSHOT
                    TABLE 64 BYD COMPANY LTD.: PRODUCTS OFFERED
                    TABLE 65 BYD COMPANY LTD.: PRODUCT LAUNCHES/DEVELOPMENTS
                    TABLE 66 BYD COMPANY LTD.: DEALS
                    TABLE 67 BYD COMPANY LTD.: EXPANSIONS
           8.1.3 LG ENERGY SOLUTION
                    TABLE 68 LG ENERGY SOLUTION: COMPANY OVERVIEW
                               FIGURE 36 LG ENERGY SOLUTION: COMPANY SNAPSHOT
                    TABLE 69 LG ENERGY SOLUTION: R&D OVERVIEW
                    TABLE 70 LG ENERGY SOLUTION: SUPPLY AGREEMENTS
                               FIGURE 37 BENEFITS OF LG ENERGY SOLUTION
BATTERIES
                               FIGURE 38 LG ENERGY SOLUTION: FUTURE TECHNOLOGY
DEVELOPMENT
                               FIGURE 39 LG ENERGY SOLUTION: NEXT-GENERATION
BATTERIES
                    TABLE 71 LG ENERGY SOLUTION: PRODUCTS OFFERED
                    TABLE 72 LG ENERGY SOLUTION: DEALS
                    TABLE 73 LG ENERGY SOLUTION: OTHERS
           8.1.4 PANASONIC HOLDINGS CORPORATION
                    TABLE 74 PANASONIC HOLDINGS CORPORATION: COMPANY OVERVIEW
                               FIGURE 40 PANASONIC HOLDINGS CORPORATION: COMPANY
SNAPSHOT
                    TABLE 75 PANASONIC HOLDINGS CORPORATION: SUPPLY AGREEMENTS
                    TABLE 76 PANASONIC HOLDINGS CORPORATION: PRODUCTS OFFERED
                    TABLE 77 PANASONIC HOLDINGS CORPORATION: PRODUCT
LAUNCHES/DEVELOPMENTS
                    TABLE 78 PANASONIC HOLDINGS CORPORATION: DEALS
                    TABLE 79 PANASONIC HOLDINGS CORPORATION: EXPANSIONS
                    TABLE 80 PANASONIC HOLDINGS CORPORATION: OTHERS
           8.1.5 SK INNOVATION CO., LTD.
                    TABLE 81 SK INNOVATION CO., LTD.: COMPANY OVERVIEW
                               FIGURE 41 SK INNOVATION CO., LTD.: COMPANY
SNAPSHOT
                    TABLE 82 SK INNOVATION CO., LTD.: SUPPLY AGREEMENTS
                               FIGURE 42 SK INNOVATION CO., LTD.: GLOBAL BATTERY
PRODUCTION
                    TABLE 83 SK INNOVATION CO., LTD.: PRODUCTS OFFERED
                    TABLE 84 SK INNOVATION CO., LTD.: PRODUCT
LAUNCHES/DEVELOPMENTS
                    TABLE 85 SK INNOVATION CO., LTD.: DEALS
                    TABLE 86 SK INNOVATION CO., LTD.: EXPANSIONS
                    TABLE 87 SK INNOVATION CO., LTD.: OTHERS
           8.1.6 CALB
                    TABLE 88 CALB: COMPANY OVERVIEW
                               FIGURE 43 CALB: COMPANY SNAPSHOT
                    TABLE 89 CALB: SUPPLY AGREEMENTS
                    TABLE 90 CALB: PRODUCTS OFFERED
                    TABLE 91 CALB: PRODUCT LAUNCHES/DEVELOPMENTS
                    TABLE 92 CALB: DEALS
           8.1.7 SAMSUNG SDI CO., LTD.
                    TABLE 93 SAMSUNG SDI CO., LTD.: COMPANY OVERVIEW
                               FIGURE 44 SAMSUNG SDI CO., LTD.: COMPANY SNAPSHOT
                    TABLE 94 SAMSUNG SDI CO., LTD.: SUPPLY AGREEMENTS
                               FIGURE 45 SAMSUNG SDI CO., LTD.: GLOBAL FOOTPRINT
                    TABLE 95 SAMSUNG SDI CO., LTD.: PRODUCTS OFFERED
                    TABLE 96 SAMSUNG SDI CO., LTD.: PRODUCT
LAUNCHES/DEVELOPMENTS
                    TABLE 97 SAMSUNG SDI CO., LTD.: DEALS
                    TABLE 98 SAMSUNG SDI CO., LTD.: EXPANSIONS
                    TABLE 99 SAMSUNG SDI CO., LTD.: OTHERS
           8.1.8 GOTION, INC.
                               TABLE 100 GOTION, INC.: COMPANY OVERVIEW
                               FIGURE 46 GOTION, INC.: COMPANY SNAPSHOT
                               TABLE 101 GOTION, INC.: PRODUCTS OFFERED
                               TABLE 102 GOTION, INC.: PRODUCT
LAUNCHES/DEVELOPMENTS
                               TABLE 103 GOTION, INC.: DEALS
                               TABLE 104 GOTION, INC.: EXPANSIONS
           8.1.9 EVE ENERGY CO., LTD.
                               TABLE 105 EVE ENERGY CO., LTD.: COMPANY OVERVIEW
                               FIGURE 47 EVE ENERGY CO., LTD.: COMPANY SNAPSHOT
                               TABLE 106 EVE ENERGY CO., LTD.: SUPPLY AGREEMENTS
                               TABLE 107 EVE ENERGY CO., LTD.: PRODUCTS OFFERED
                               TABLE 108 EVE ENERGY CO., LTD.: DEALS
                               TABLE 109 EVE ENERGY CO., LTD.: OTHERS
           8.1.10 SUNWODA ELECTRONIC CO., LTD.
                               TABLE 110 SUNWODA ELECTRONIC CO., LTD.: COMPANY
OVERVIEW
                               FIGURE 48 SUNWODA ELECTRONIC CO., LTD.: COMPANY
SNAPSHOT
                               TABLE 111 SUNWODA ELECTRONIC CO., LTD.: SUPPLY
AGREEMENTS
                               TABLE 112 SUNWODA ELECTRONIC CO., LTD.: PRODUCTS
OFFERED
                               TABLE 113 SUNWODA ELECTRONIC CO., LTD.: DEALS
                               TABLE 114 SUNWODA ELECTRONIC CO., LTD.: OTHERS
           8.1.11 FARASIS ENERGY (GANZHOU) CO., LTD.
                               TABLE 115 FARASIS ENERGY (GANZHOU) CO., LTD.:
COMPANY OVERVIEW
                               FIGURE 49 FARASIS ENERGY (GANZHOU) CO., LTD.:
COMPANY SNAPSHOT
                               TABLE 116 FARASIS ENERGY (GANZHOU) CO., LTD.:
PRODUCTS OFFERED
                               TABLE 117 FARASIS ENERGY (GANZHOU) CO., LTD.:
DEALS
                               TABLE 118 FARASIS ENERGY (GANZHOU) CO., LTD.:
EXPANSIONS
*Details on Business overview, Products offered, Recent developments & MnM View
might not be captured in case of unlisted companies.
 
9 APPENDIX (Page No. - 202)
    9.1 KEY INDUSTRY INSIGHTS 
    9.2 DISCUSSION GUIDE 
    9.3 KNOWLEDGESTORE: MARKETSANDMARKETS’ SUBSCRIPTION PORTAL 
    9.4 CUSTOMIZATION OPTIONS 
           9.4.1 ADDITIONAL COMPANY PROFILES
           9.4.2 FUTURE OF BATTERIES MARKET, BY PROPULSION TYPE, AT COUNTRY
LEVEL
           9.4.3 FUTURE OF BATTERIES MARKET, BY PROPULSION TYPE, AT VEHICLE TYPE
LEVEL
    9.5 RELATED REPORTS 
    9.6 AUTHOR DETAILS 

This research study involved the extensive use of secondary sources, such as
company annual reports/presentations, industry association publications,
automotive magazine articles, directories, technical handbooks, the World
Economic Outlook, trade websites, technical articles, and databases, to identify
and collect information on the future of EV batteries market. In-depth
interviews were conducted with various primary respondents, including key
industry participants, subject-matter experts (SMEs), C-level executives of key
market players (EV battery and EV battery component manufacturers), and industry
consultants, among other experts, to obtain and verify critical qualitative and
quantitative information and assess market prospects.


SECONDARY RESEARCH

In the secondary research process, various secondary sources were used to
identify and collect information for this study. The secondary sources include
annual reports, press releases, and investor presentations of companies;
whitepapers, certified publications; articles from recognized authors,
directories, and databases; and articles from recognized associations and
government publishing sources. Secondary research has been used to obtain key
information about the industry’s value chain, the overall pool of key players,
market classification and segmentation according to industry trends to the
bottom-most level, regional markets, and key developments from the market- and
technology-oriented perspectives.


PRIMARY RESEARCH

Extensive primary research was conducted after acquiring an understanding of the
global future of EV batteries market scenarios through secondary research.
Several primary interviews were conducted with market experts from both the
demand (country-level government associations, trade associations, institutes,
R&D centers, and OEMs/vehicle manufacturers) and supply (EV battery
manufacturers, EV component manufacturers, and raw material suppliers) sides
across four major regions, namely, China, US, Europe, Asia Pacific (excl.
China), and Rest of the World. 23% of the experts involved in primary interviews
were from the demand side, and 77% were from the supply side of the industry.
Primary data was collected through questionnaires, emails, and telephonic
interviews. Several primary interviews were conducted from various departments
within organizations, such as sales, operations, administration, and so on, to
provide a holistic viewpoint in the report.

After interacting with industry participants, some brief sessions were conducted
with experienced independent consultants to reinforce the findings from the
primary interviews. This, along with the in-house subject matter experts’
opinions, led to the findings delineated in the rest of this report.



To know about the assumptions considered for the study, download the pdf
brochure


MARKET SIZE ESTIMATION

The bottom-up approach was used to estimate and validate the total market size.
This method was also used extensively to estimate the size of various
subsegments in the market. The research methodology used to estimate the market
size includes the following:

 * The key players in the industry and markets have been identified through
   extensive secondary research
 * The industry’s supply chain and market size, in terms of volume, have been
   determined through primary and secondary research processes.
 * All percentage shares, splits, and breakdowns have been determined using
   secondary sources and verified through primary sources.



To know about the assumptions considered for the study, Request for Free Sample
Report


DATA TRIANGULATION

After arriving at the overall market size—using the market size estimation
processes as explained above—the market was split into several segments and
subsegments. To complete the overall market engineering process and arrive at
the exact statistics of each market segment and subsegment, data triangulation
and market breakdown procedures were employed, wherever applicable. The data was
triangulated by studying various factors and trends from both the demand and
supply sides.


MARKET DEFINITION

According to the Batteries Directive 2006/66/EC, batteries are defined as any
source of electrical energy generated by direct conversion of chemical energy
and consisting of one or more primary battery cells (non-rechargeable) or one or
more secondary battery cells (rechargeable). An EV battery is a rechargeable
battery used to power BEVs), PHEVs, and HEVs. An EV battery usually comprises
numerous small, individual cells arranged in series or parallel to achieve the
desired voltage and capacity.


LIST OF KEY STAKEHOLDERS

 * Automotive OEMs
 * Automobile Manufacturers
 * Battery-related Service Providers
 * EV Battery Casing Manufacturers
 * EV Component Manufacturers
 * EV Battery Manufacturing Organizations
 * EV Battery Cell Manufacturing Organizations
 * EV Battery Pack Manufacturing Organizations
 * EV Battery Raw Material Miners and Suppliers
 * EV Battery Raw Material Refinery Companies
 * EV Infrastructure Component Manufacturers
 * EV Infrastructure Developers
 * EV Manufacturers
 * Government Bodies (who directly and indirectly provide incentives, aid, and
   orders to EV manufacturers)
 * Electric Vehicle Manufacturers
 * Regulatory Bodies
 * Electric Vehicle Traders and Distributors
 * EV Battery Component Traders, Distributors, and Suppliers


REPORT OBJECTIVES

 * To define and describe the future of EV batteries market based on battery
   technology, battery packaging format, and battery form
 * To analyze and forecast the electrified automotive market, in terms of volume
   (thousand units), based on vehicle type (passenger cars, commercial vehicles,
   and off-road vehicles) and region [China, US, Europe, Asia Pacific (excl.
   China), and Rest of the World]
 * To analyze the current state and future of EV battery technology
   (lithium-ion, sodium-ion, solid-state, and lithium-air)
 * To analyze the current state and future EV battery packaging format
   (cell-to-module, cell-to-pack, cell-to-chassis, and module-to-chassis)
 * To analyze the current state and future EV battery form (prismatic, pouch,
   and cylindrical)
 * To analyze the battery demand in terms of GWh for the projected period by
   vehicle type (passenger cars, commercial vehicles, and off-road vehicles)
 * To forecast the size of market segments with respect to key regions, namely
   China, the US, Europe, Asia Pacific, excluding China, and the Rest of the
   World
 * To strategically analyze segments with respect to individual growth trends,
   prospects, and contributions to the total market
 * To analyze the opportunities offered by various segments of the market to its
   stakeholders
 * To analyze and forecast trends and orientation for the market in the global
   industry
 * To strategically profile key players and comprehensively analyze their market
   share and core competencies
 * To track and analyze competitive developments, such as product
   launches/developments, deals, and others, in the market


AVAILABLE CUSTOMIZATIONS

With the given market data, MarketsandMarkets offers customizations in
accordance with company-specific needs.

 * Additional company profile
 * Future of EV batteries market, by propulsion type at the country level
 * Future of EV batteries market, by propulsion type at the vehicle type level

Custom Market Research Services

We will customize the research for you, in case the report listed above does not
meet with your exact requirements. Our custom research will comprehensively
cover the business information you require to help you arrive at strategic and
profitable business decisions.

GROWTH OPPORTUNITIES AND LATENT ADJACENCY IN FUTURE OF EV BATTERIES MARKET


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Markets and Markets research pvt ltd. (Apr, 2024 ). Future of EV Batteries
Market by Type (Li-ion, Na-ion, Solid state, Li- Air), Vehicle Type (Passenger
Cars, Commercial Vehicles, Off-Road Vehicles), Battery Form (Prismatic, Pouch,
Cylindrical), Packaging (CTM, CTP, CTC, MTC) & Region - Global Forecast 2035
MarketsandMarkets. Retrieved Sep  14, 2024, from
https://www.marketsandmarkets.com/Market-Reports/future-of-batteries-market-243513539.html

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Future of EV Batteries Market
Published Date: Apr 2024 | Report Code: AT 9000

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