A Detailed Analysis of the Solid State Battery Market Based on the Heightened Focus on Auto Industry’s Transformation, Evolving Regulatory Landscapes, and Technological Advances
Industry: Chemicals and Materials
Published Date: January-2024
Format: PPT*, PDF, EXCEL
Delivery Timelines: Contact Sales
Number of Pages: 246
Report ID: PMRREP31572
The global solid state battery market is forecast to expand at a CAGR of 25.4% and thereby increase from a value of US$2.1 Bn in 2023, to US$1 Bn by the end of 2030.
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Attributes |
Key Insights |
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Solid State Battery Market Size (2023E) |
US$2.1 Bn |
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Projected Market Value (2030F) |
US$1.0 Bn |
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Global Market Growth Rate (CAGR 2023 to 2030) |
25.4% |
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Historical Market Growth Rate (CAGR 2018 to 2022) |
15.6% CAGR |
Solid state batteries pertain to the rapidly expanding sector focused on the research, development, and manufacturing of batteries that utilize solid state materials rather than conventional liquid or polymer electrolytes. These novel energy storage devices utilize solid electrolytes instead of their traditional liquid counterparts, resulting in increased energy density, safety, and longevity. This paradigm shift effectively tackles issues about combustibility and deterioration, establishing solid state batteries as a highly promising resolution for a wide range of applications, including but not limited to electric vehicles, consumer electronics, and renewable energy storage systems.
Numerous significant factors contribute to the substantial expansion of the worldwide solid state battery market. The constant pursuit of safer and more efficient energy storage solutions is the most important of these. In an era where sustainability is gaining prominence and numerous industries are electrified, solid state batteries offer a compelling alternative by reducing the safety hazards associated with conventional lithium-ion batteries. In addition, the need for long-lasting, high-performance batteries has been propelled by environmental concerns and government incentives that have increased the demand for electric vehicles (EVs).
Furthermore, investments in research and development and technological progress are crucial factors that facilitate innovation and reduce production expenses, thereby increasing the accessibility and adoption of the market. In the light of the convergence of safety, efficiency, and environmental concerns, the global solid state battery market is anticipated to sustain its growth as industries across the globe adopt more environmentally friendly methods.
A Paradigm Shift is Underway in Auto Industry
The rapid expansion of the worldwide solid state battery industry is closely linked to the paradigm shift occurring in the automotive industry, particularly the electric vehicle revolution. In the global pursuit of environmentally friendly transportation, electric vehicles have emerged as a central component of this fundamental change. The energy storage systems of EVs, in which solid state batteries are establishing themselves as a revolutionary force, are crucial to their success.
Environmental awareness and government initiatives to transition to zero-emission transportation are driving an unprecedented increase in demand for electric vehicles, which is driving the solid state battery market to unprecedented levels. Traditional lithium-ion batteries, although successful, encounter constraints about energy density, charging durations, and safety considerations. Solid state batteries, renowned for their superior energy density and intrinsic safety, are attracting the attention of electric vehicle manufacturers eager to surmount these obstacles.
The automotive sector's dedication to shifting from internal combustion engines to electric powertrains has heightened the pursuit of batteries capable of providing extended driving ranges, rapid charging capabilities, and improved safety features. Solid state batteries, due to their capacity to fulfil these requirements, are not considered a mere progression but rather a paradigm shift in electric vehicle energy storage.
An Intricate Web of Challenges Within the Supply Chain
The global solid state battery market is currently undergoing remarkable expansion; however, it is significantly hindered by a complex network of challenges within the supply chain. The supply chain is experiencing strain due to the increased demand for solid state batteries, which is primarily driven by the expanding electric vehicle market. As a result, the smooth dissemination of this innovative technology has been impeded. One crucial element of this limitation pertains to the scarcity of indispensable raw materials required in the production of solid state batteries.
Components such as lithium, cobalt, and nickel are essential elements, and the production expenses are directly influenced by the availability and volatility of their prices. Supply chain pressures are exacerbated by the increased demand for these materials, which is not only driven by the expanding solid state battery market but also by other emergent technologies such as renewable energy storage.
Persistent Financial Constraints
A significant obstacle that haunts the worldwide solid state battery market is the enduring problem of financial constraints impeding extensive implementation. Despite offering improved safety, greater energy density, and extended longevity, solid state batteries continue to be characterized by considerably higher production costs in comparison to traditional lithium-ion batteries. This presents a considerable obstacle to their widespread adoption in the market.
Significantly elevating production costs is the intricate composition of solid state batteries, specifically the specialized materials necessary for solid electrolytes. The production of advanced ceramics and polymers, which are integral constituents of these batteries, is inherently more expensive.
Proactive Government Initiatives
Proactive government initiatives are a formidable opportunistic force propelling the global solid state battery market into uncharted territories. There is a growing international consensus among governments regarding the critical significance of energy storage, particularly solid state batteries, in promoting resilient and sustainable economies. As a result of this acknowledgment, an array of policies, incentives, and funding initiatives have been implemented to stimulate market growth.
Government initiatives contribute in various ways to the expansion of the solid state battery market. To begin with, the provision of financial subsidies and incentives catalyses research and development endeavours, thereby cultivating novel approaches to manufacturing, and materials, and expanding production capacities. These financial facilitators foster cooperation among battery manufacturers, research institutions, and end-users, thereby establishing a resilient ecosystem conducive to technological progress.
Additionally, regulatory frameworks are changing to facilitate and encourage the implementation of solid state batteries. This includes the establishment of recycling protocols and safety standards, as well as the provision of incentives to encourage industries to adopt sustainable energy storage solutions. The establishment of clear regulations not only enhances the trust of investors but also guarantees the seamless incorporation of solid state batteries into the current and forthcoming energy sector.
The solid state battery market on a global scale is anticipated to experience significant expansion due to a confluence of factors that collectively emphasize the revolutionary capabilities of this unconventional energy storage solution. Prominent factors driving the expansion of the market comprise technological advancements, a surge in the demand for electric vehicles, and an expanding focus on sustainability across diverse sectors. Technological advancements emerge as a predominant driver of market growth.
Advancements in the field of materials science, specifically in the atomic-level design of solid electrolytes and electrode structures, are contributing to the improvement of solid state batteries' functionality, security, and effectiveness. This phenomenon is not solely facilitating the advancement of current implementations but also creating opportunities in nascent industries like energy harvesting and wireless sensors.
The dynamic between manufacturers and consumers is of utmost importance in determining the market's course. Significant investments are being made by manufacturers in R&D to tackle critical issues including scalability, energy density, and production costs. Collaborations between manufacturers and end-users are promoting application-specific innovation, particularly in the automotive sector. With growing consumer awareness regarding the advantageous attributes of solid state batteries—such as improved energy density, extended lifespan, and enhanced safety—manufacturers are placing a greater emphasis on customization to cater to the varied demands of consumers. The adoption of this collaborative approach is significantly accelerated in a vast array of industries.
In summary, the worldwide solid state battery industry is experiencing rapid expansion due to technological advancements, cooperative ventures between producers and consumers, and the increasing need for environmentally friendly energy alternatives. The ever-changing market is positioned to significantly influence the energy storage sector across various industries. It holds the potential to create a future in which advanced solid state battery technologies harmonize safety, efficiency, and sustainability.
Supply-side Dynamics
The global solid state battery market is distinguished by the presence of industry titans who propel market expansion and innovation. Prominent entities in the industry, including Toyota Motor Corporation, BMW AG, and Samsung SDI Co., Ltd., make substantial contributions to the progress of solid state battery technology. The market for solid state batteries is currently being dominated by East Asian nations, such as China, Japan, and South Korea. These nations are leaders in research, development, and manufacturing, which drives the evolution of the global market.
Solid state batteries are being integrated into electric vehicles in Japan, including Toyota, to improve performance and safety. Samsung SDI is actively investing in consumer electronics and electric vehicle solid state battery technology. In pursuit of ambitious environmental objectives, China, a major participant in the electric vehicle market, is driving the adoption of solid state batteries.
Prominent participants in the industry are significantly altering the solid state battery sector by allocating considerable resources toward research and development, forming strategic alliances, and emphasizing vertical integration. Samsung SDI's market influence stems from its partnerships with prominent technology firms and automotive manufacturers, which expedite the commercialization and development of solid state batteries intended for electric vehicles and consumer electronics.
Progressions in solid state battery technology have been catalysed by Toyota's aggressive pursuance of the technology, which has contributed to its viability for widespread automotive application. The integration of solid state batteries in electric vehicles is being propelled by BMW's dedication to sustainability and innovation, exerting a significant impact on the automotive and energy storage industries. As a group, these prevailing entities are not only influencing technological advancements but also directing the market toward a future in which solid state batteries are integral to a wide range of sectors.
Which is the Most Significant Component Category?
Solid Electrolytes Take the Lead Due to a Transition from Traditional Li-ion Battery
The solid electrolytes segment is anticipated to attain the most substantial market share within the global solid state battery market, among the segments mentioned. The fundamental advancement that propels the shift from conventional lithium-ion batteries to solid state solutions is solid electrolytes. Solid electrolytes are a crucial element due to the increased emphasis on safety, higher energy density, and extended cycle life; therefore, this market segment is instrumental in capturing the lion's share.
Although each segment contributes to the overall growth of the market, it is expected that the Anode segment will expand at the most rapid rate. Advancements in anode materials, including nanostructured materials and alloy designs, are crucial catalysts in the pursuit of enhanced solid state battery performance and increased energy density. With the increasing emphasis on improving battery efficiency, it is anticipated that the Anode segment will experience swift progressions, contributing to the accelerated expansion of the Global Solid State Battery Market.
What Cell Type Category Contributes the Largest Share?
Multi-cell Batteries Dominate While Single-cell Counterparts Pick Pace
The largest market shares in the global solid state battery market is anticipated to be captured by the multi-cell segment. With the proliferation of energy-intensive and power-sensitive applications (e.g., electric vehicles and large-scale energy storage systems), multi-cell configurations are favored due to their adaptability and scalability. To meet the varied and stringent energy storage requirements of consumers, the multi-cell segment is in the vanguard of market share due to its capacity to generate cumulative power and energy outputs. The single-cell segment of the global solid state battery market is anticipated to expand at the quickest rate.
Although multi-cell configurations are prevalent in applications that require greater energy capacities, the single-cell segment is experiencing growth, particularly in the context of smaller electronic devices and scenarios that prioritize flexibility and compactness. The single-cell segment is experiencing substantial growth due to technological advancements that concentrate on enhancing the energy density and performance of individual cells. These developments are specifically designed to meet the changing demands of portable electronics and other compact devices.
What the Preferred Capacity Segment?
Batteries Exceeding 500 mAh Capacity Spearhead
It is anticipated that the segment exceeding 500 mAh will hold the most significant market share. This sector accommodates a wide range of uses, including large-scale energy storage systems and electric vehicles, where greater energy capacities are of the utmost importance. The ascending need for prolonged battery life across various sectors establishes the Above 500 mAh segment as a significant participant in the market environment.
Although all market segments contribute to the expansion of the industry, it is expected that the 20 mAh to 500 mAh segment will expand at the most rapid rate. The wide variety of applications that this range encompasses, including emerging technologies and portable electronics, is what drives the demand for solid state batteries in this capacity range.
To accommodate the changing requirements of a wide array of electronic devices and systems, the 20 mAh to 500 mAh segment is positioned for substantial expansion, as industries persistently prioritize energy storage solutions that are both compact and potent.
Which is the Leading Battery Type Segment of the Market?
Secondary Batteries Account for the Largest Share on the Back of Rechargeable and Reusable Attributes
Secondary solid state batteries are anticipated to account for the maximum market share on a global scale. Secondary batteries also referred to as rechargeable batteries, have become increasingly prevalent in numerous sectors owing to their rechargeable and reusable nature. As a result, they are favoured for a broad array of applications, including electric vehicles and consumer electronics. The increasing need for durable and environmentally friendly energy storage solutions propels the Secondary sector to the forefront of market leadership. The secondary segment of the global solid state battery market is anticipated to expand at the quickest rate.
With the growing emphasis on sustainability and the corresponding industry transition towards rechargeable and eco-friendly energy storage alternatives, there will be a substantial surge in the demand for secondary solid state batteries. The secondary segment is experiencing substantial growth due to technological advancements that tackle concerns including energy density, charging periods, and cycle life. As a result, it has become a crucial catalyst in the ever-changing realm of solid state battery applications.
Which is the Leading Application Segment?
EVs Register the Swiftest Adoption
The segment dedicated to electric vehicles is anticipated to capture the most substantial portion of the worldwide solid state battery market. Solid state batteries are in high demand due to the expanding market for electric vehicles and the increasing global emphasis on electrification. With the increasing emphasis of manufacturers on environmentally friendly transportation options, the demand for energy storage systems that are robust, secure, and long-lasting propels the EVs sector to the forefront of market leadership.
The quickest growth is anticipated in the energy harvesting segment of the global solid state battery market, among the various applications. The proliferation of smart technology ecosystems and the Internet of Things (IoT) have generated a significant demand for power sources that are compact, durable, and effective. For powering wireless sensors, energy harvesting devices, and a variety of Internet of Things applications, solid state batteries in the energy harvesting segment provide an attractive alternative, thereby fostering the sector's explosive expansion.
East Asia's Dominant Force Upheld by Innovations, and R&D Investments
East Asia is anticipated to account for the largest proportion of the worldwide solid state battery market. The area, spearheaded by technological behemoths such as China, Japan, and South Korea, has been a pioneer in electronic and EV innovation. The region's dominance is substantially attributable to the substantial investments in research and development and the robust manufacturing infrastructure.
China, being a significant participant in the electric vehicle industry, assumes a critical role that drives the demand for solid state batteries. East Asia, with its expanding consumer electronics market and strategic emphasis on sustainable technologies, arises as a pivotal catalyst in the pervasive integration of solid state batteries, thereby solidifying its dominant market share.
South Asia, and Oceania Witness an Influx of Opportunities with Boom Around EVs, and Renewables
The region of South Asia, and Oceania is anticipated to witness the most rapid expansion of the worldwide solid state battery market. Several Southeast Asian nations, including India, and Australia, are among those in this region experiencing an increase in demand for sustainable energy solutions. The proliferation of electric vehicles and the escalating focus on renewable energy sources contribute to the acceleration of solid state battery adoption.
The convergence of governmental endeavours and the growing consciousness regarding environmental sustainability situate South Asia, and Oceania as a fertile ground for exponential market expansion, thereby establishing it as the most rapidly developing region on a global scale.
Prominent contenders in the worldwide solid state battery industry, such as Toyota Motor Corporation, BMW AG, and Samsung SDI Co., Ltd., utilize strategic initiatives as a means to safeguard and augment their market portions. An important tactic employed by these market leaders is a substantial financial commitment towards research and development (R&D). Samsung SDI, for example, devotes significant resources to the development of solid state battery technologies that find utility in a wide range of applications, including electric vehicles and consumer electronics.
These investments are intended to address critical issues, including energy density and production costs, as well as to foster innovation and improve performance. Vertical integration is becoming more prevalent among dominant players as they strive to gain control over the complete value chain. A prominent manufacturer of automobiles, Toyota, is allocating resources toward developing internal manufacturing capacities for solid state batteries. By adopting this strategy, organizations can enhance their oversight of product quality, cost, and scalability, thereby cultivating a competitive advantage within the marketplace.
In pursuit of larger market shares, market leaders are strategically expanding their global presence. Samsung SDI strategically operates in numerous international markets to meet the growing need for solid state batteries across a wide range of applications due to its extensive global reach. By implementing this worldwide expansion approach, organizations can capitalize on local advantages, enter developing markets, and broaden their clientele.
Business Venture
The Korea Automotive Inspection and Warranty Association and SK Innovation entered into a business agreement in April 2022 to establish evaluation standards for the use of automobile batteries.
Market Impact: The April 2022 establishment of evaluation standards for automotive batteries under the terms of a business agreement between SK Innovation and the Korea Automotive Inspection and Warranty Association is anticipated to have a significant global market impact. The establishment of standardized evaluation criteria through this collaborative effort enhances the transparency and dependability of automotive battery assessments. This advancement not only instills greater trust among consumers in electric vehicles but also promotes a standardized and efficient methodology for incorporating cutting-edge battery technologies, which may have an impact on international norms and procedures within the automotive industry.
(Source: Evearly News)
New Investment
In January 2022, to expedite the commercialization of its novel solid state batteries designed for electric vehicles, Factorial Inc. raised $200 million.
Market Impact: The $200 million in funding that Factorial Inc. achieved in January 2022 to accelerate the commercialization of its innovative solid state batteries is anticipated to have a substantial effect on the global market. The significant infusion of capital not only enhances Factorial Inc.'s competitive standing in the solid state battery sector but also expedites the advancement and implementation of cutting-edge energy storage solutions designed for electric vehicles. The expanded accessibility of cutting-edge solid state batteries has the potential to influence a more vibrant and competitive environment within the worldwide electric vehicle industry.
(Source: Reuters)
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Attribute |
Details |
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Forecast Period |
2023 to 2030 |
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Historical Data Available for |
2018 to 2022 |
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Market Analysis |
US$ Million for Value |
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Key Regions Covered |
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Key Countries Covered |
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Key Market Segments Covered |
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Key Companies Profiled |
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Report Coverage |
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Customization & Pricing |
Available upon request |
By Component:
By Cell Type:
By Capacity:
By Battery Type:
By Application:
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The market is anticipated to grow at a CAGR of 25.4% during the projected period.
As of 2023, the solid state battery market was valued at US$213.2 million.
The US held the largest market value share in 2023.
Some of the prominent players in the market are Blue Solutions, Iiika, Solid Power, QuantumScape, and ProLogium Technology Co., Ltd.
Based on application, the energy harvesting segment is expected to grow at the fastest rate during the forecast period.
