Battery Cases for Electric Car Market Size, Share, Growth, and Industry Analysis, By Type (Aluminum, Steel & Stainless Steel, Others), By Application (BEV, PHEV), Regional Insights and Forecast to 2035

Battery Cases for Electric Car Market Overview

Battery Cases for Electric Car Market size is anticipated to be worth USD 30902.86 million in 2026 and is expected to reach USD 505794.02 million by 2035 at a CAGR of 36.43%.

The Battery Cases for Electric Car Market is witnessing strong industrial expansion due to the rapid increase in electric vehicle manufacturing, battery safety regulations, and lightweight material integration across automotive platforms. Battery cases are critical structural components designed to protect lithium-ion battery packs from thermal events, moisture, vibration, and mechanical shocks. More than 72% of electric vehicle manufacturers are focusing on lightweight battery enclosures to improve vehicle range and energy efficiency. Aluminum-based battery cases account for over 58% of installations because of corrosion resistance and lower weight characteristics. Steel and stainless-steel battery cases continue to dominate heavy-duty electric commercial vehicles with nearly 31% penetration. Asia-Pacific contributes over 49% of battery case production capacity due to large-scale EV battery manufacturing clusters. The Battery Cases for Electric Car Market Report indicates growing demand for modular battery housing systems integrated with cooling channels and crash-resistant structures. Increasing adoption of skateboard EV platforms and high-voltage battery systems is further strengthening Battery Cases for Electric Car Market Growth across passenger and commercial electric mobility sectors.

The United States represents a highly advanced manufacturing hub within the Battery Cases for Electric Car Market Analysis landscape due to rising domestic EV assembly operations and battery localization initiatives. More than 68% of newly launched electric vehicles in the country utilize aluminum-intensive battery enclosures to reduce vehicle weight and improve thermal management efficiency. Nearly 44% of battery case suppliers in the U.S. are investing in robotic welding and giga-casting technologies to support high-volume EV production. Electric pickup trucks and electric SUVs account for over 52% of demand for reinforced battery cases with advanced impact resistance. Around 37% of automotive OEMs in the country are integrating liquid-cooled battery housing structures for extended battery performance. The Battery Cases for Electric Car Industry Report highlights increasing use of recyclable materials and fire-resistant coatings in EV battery packs across U.S. automotive manufacturing plants.

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Key Findings

• Key Market Driver: More than 74% of electric vehicle manufacturers increased adoption of lightweight battery enclosures, while 63% of OEMs integrated thermal-resistant housing technologies to improve battery safety and vehicle range efficiency.
• Major Market Restraint: Approximately 47% of battery case manufacturers faced raw material price fluctuations, while 39% experienced production delays linked to high aluminum processing and precision fabrication costs.
• Emerging Trends: Around 58% of EV battery systems adopted integrated liquid-cooling channels, while 42% of battery enclosure developers focused on recyclable composite materials and modular battery housing platforms.
• Regional Leadership: Asia-Pacific accounted for nearly 49% of global battery case manufacturing activities, while Europe represented approximately 28% due to strong EV adoption and battery safety regulations.
• Competitive Landscape: Nearly 55% of industry participants invested in automated welding technologies, while 46% focused on strategic partnerships with EV battery manufacturers and electric vehicle assemblers.
• Market Segmentation: Aluminum battery cases represented about 58% usage across passenger EVs, while steel and stainless-steel battery cases contributed nearly 31% in commercial electric vehicle applications.
• Recent Development: More than 51% of EV manufacturers introduced advanced crash-resistant battery housings, while 43% integrated fire-retardant coating technologies into next-generation battery enclosure systems.

Battery Cases for Electric Car Market Latest Trends

The Battery Cases for Electric Car Market Trends indicate significant transformation in structural battery integration, lightweight engineering, and thermal management technologies. Around 61% of electric vehicle manufacturers are transitioning toward aluminum-intensive battery housings to achieve improved vehicle efficiency and lower energy consumption. Integrated cooling plates inside battery cases increased by nearly 48% across next-generation EV platforms as manufacturers focus on extending battery lifespan and maintaining thermal stability. More than 53% of automotive OEMs are implementing modular battery pack designs that support flexible vehicle architectures and scalable production systems. The Battery Cases for Electric Car Market Research Report identifies growing penetration of giga-casting technologies, reducing component complexity by approximately 36% in battery enclosure manufacturing processes. Composite material adoption increased by nearly 29% due to demand for corrosion resistance and structural reinforcement. Advanced sealing technologies are being adopted in over 41% of battery cases to improve waterproofing and dust protection under extreme operating conditions. Europe and North America are accelerating localized battery case production as nearly 57% of EV manufacturers prioritize domestic supply chain resilience. The Battery Cases for Electric Car Market Outlook further highlights increased adoption of crash-resistant underbody protection systems integrated into electric passenger cars and electric commercial fleets.

Battery Cases for Electric Car Market Dynamics

DRIVER

"Rapid Expansion of Electric Vehicle Manufacturing"

The rapid expansion of electric vehicle manufacturing remains the primary growth driver for the Battery Cases for Electric Car Market. More than 69% of automotive manufacturers globally increased electric vehicle production volumes due to stricter emission regulations and rising consumer adoption of sustainable transportation solutions. Battery cases are becoming essential structural components because nearly 76% of EV battery systems require reinforced protection against thermal runaway, vibration, and crash impacts. Passenger electric vehicles account for approximately 64% of total battery case installations, while electric buses and commercial vehicles contribute close to 23%. Around 58% of battery enclosure suppliers are focusing on lightweight aluminum systems that reduce overall vehicle mass and improve energy efficiency. In addition, over 46% of OEMs are integrating advanced cooling technologies directly into battery housings to maintain battery performance during high-speed charging operations. The Battery Cases for Electric Car Market Forecast also highlights increasing demand for high-voltage battery packs exceeding 400V architectures, which require stronger and thermally stable enclosure systems. Government incentives supporting domestic battery manufacturing facilities and EV production hubs continue to accelerate battery case procurement activities across major automotive economies.

RESTRAINTS

"High Manufacturing Complexity and Material Costs"

The Battery Cases for Electric Car Market faces substantial restraints due to high production complexity and fluctuating raw material costs associated with aluminum, stainless steel, and specialty composite materials. Nearly 44% of battery enclosure manufacturers reported increased operational pressure caused by rising energy-intensive metal processing requirements. Precision welding, structural reinforcement, and thermal insulation technologies contribute to approximately 39% higher manufacturing complexity compared with traditional automotive body components. Around 34% of small-scale suppliers struggle to meet stringent battery safety certification standards demanded by electric vehicle manufacturers. The integration of liquid-cooling systems and fire-resistant materials increases engineering complexity across nearly 41% of battery case production lines. Additionally, more than 36% of automotive component manufacturers experienced supply chain disruptions affecting lightweight alloy procurement and fabrication schedules. The Battery Cases for Electric Car Industry Analysis also indicates that battery enclosure tooling systems require high-capacity stamping and robotic assembly equipment, limiting market entry for new suppliers. Rising recycling compliance requirements and environmental processing standards further increase operational costs across advanced battery housing manufacturing facilities globally.

OPPORTUNITY

"Growing Adoption of Lightweight and Modular Battery Platforms"

The increasing adoption of lightweight and modular battery platforms presents substantial opportunities for the Battery Cases for Electric Car Market Opportunities segment. Nearly 63% of electric vehicle manufacturers are prioritizing modular battery architectures that support multiple vehicle platforms and improve assembly flexibility. Lightweight battery enclosures can improve vehicle range efficiency by approximately 12% to 18%, encouraging OEMs to increase investments in advanced material technologies. Around 49% of battery case developers are focusing on hybrid aluminum-composite designs that combine structural strength with corrosion resistance. The integration of structural battery packs into EV chassis platforms increased by nearly 38%, creating demand for highly durable enclosure systems capable of supporting vehicle rigidity. More than 42% of manufacturers are developing recyclable battery case materials to align with sustainability and circular economy initiatives. The Battery Cases for Electric Car Market Insights also indicate increasing opportunities in electric commercial vehicles, where reinforced battery enclosures with impact-resistant underbody protection are becoming standard. Asia-Pacific and North America continue expanding battery gigafactory infrastructure, with approximately 57% of new battery manufacturing facilities requiring localized battery case supplier networks to reduce logistics dependency and improve production efficiency.

CHALLENGE

"Thermal Safety and Structural Protection Requirements"

Thermal safety and structural protection requirements remain major challenges for the Battery Cases for Electric Car Market. Nearly 52% of EV battery manufacturers identified thermal runaway prevention as a critical engineering concern for high-capacity lithium-ion battery systems. Battery cases must withstand mechanical shocks, moisture intrusion, and elevated operating temperatures without compromising vehicle safety. Around 47% of automotive OEMs increased testing requirements for battery enclosures to comply with evolving crash and fire resistance regulations. The integration of fast-charging battery systems creates additional thermal stress, requiring advanced insulation and cooling mechanisms in approximately 45% of newly designed battery housings. More than 33% of manufacturers reported difficulties balancing lightweight construction with structural durability. The Battery Cases for Electric Car Market Research Report further highlights challenges associated with maintaining dimensional precision during high-volume manufacturing processes. Complex battery geometries and integration with underbody vehicle platforms require advanced robotic assembly systems, increasing production difficulty for suppliers attempting to scale manufacturing operations efficiently.

Battery Cases for Electric Car Market Segmentation

The Battery Cases for Electric Car Market segmentation is categorized by type and application based on material usage, structural durability, thermal performance, and electric vehicle compatibility. Aluminum battery cases dominate passenger electric vehicles due to lightweight construction and corrosion resistance advantages. Steel and stainless-steel battery cases remain widely adopted in heavy-duty electric trucks and buses requiring enhanced impact protection. Applications include passenger EVs, commercial EVs, and performance electric vehicles integrating advanced thermal management systems. More than 58% of battery case demand originates from passenger electric vehicles, while approximately 29% is associated with commercial electric mobility platforms utilizing reinforced battery housing technologies for high-capacity battery systems.

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BY TYPE

Aluminum: Aluminum battery cases represent the largest segment in the Battery Cases for Electric Car Market due to their lightweight characteristics, thermal conductivity, and corrosion resistance capabilities. More than 58% of electric passenger vehicles currently utilize aluminum-based battery enclosures to improve energy efficiency and vehicle range performance. Around 62% of EV manufacturers prioritize aluminum because it can reduce battery housing weight by approximately 35% compared with conventional steel structures. Aluminum battery cases also support advanced liquid-cooling integration across nearly 46% of modern electric vehicle battery systems. The material offers superior crash energy absorption and structural reinforcement, making it suitable for high-speed electric mobility platforms. Approximately 41% of battery enclosure suppliers are investing in advanced aluminum extrusion and die-casting technologies to support mass EV production. The Battery Cases for Electric Car Market Analysis indicates growing demand for recyclable aluminum battery housings as sustainability initiatives continue expanding globally. Europe and North America together account for nearly 49% of aluminum battery enclosure adoption due to stricter environmental regulations and fuel-efficiency standards. Increasing integration of structural battery packs into EV chassis systems is further accelerating aluminum battery case demand across passenger electric cars, electric SUVs, and crossover vehicle categories.

Steel & Stainless Steel: Steel and stainless-steel battery cases maintain strong demand within the Battery Cases for Electric Car Market because of their exceptional structural strength, durability, and impact resistance characteristics. Nearly 31% of battery enclosure installations involve steel-based systems, particularly across electric buses, electric trucks, and commercial electric fleets operating under heavy-duty conditions. Stainless-steel battery housings are preferred in approximately 38% of commercial EV platforms requiring enhanced fire resistance and mechanical protection. Around 43% of heavy electric vehicle manufacturers prioritize reinforced steel battery enclosures to meet stringent crash safety requirements. Steel battery cases also provide improved rigidity for underbody-mounted battery systems exposed to harsh environmental conditions and road debris. More than 36% of manufacturers are adopting high-strength stainless-steel alloys with anti-corrosion coatings to extend operational durability. The Battery Cases for Electric Car Industry Report highlights increasing use of hybrid steel-aluminum structures that optimize weight distribution while maintaining structural integrity. Asia-Pacific contributes nearly 54% of steel battery case manufacturing due to the region’s large commercial EV production ecosystem. Advanced robotic welding and laser joining technologies are increasingly implemented across approximately 45% of steel battery enclosure manufacturing facilities to improve precision and assembly efficiency.

Others: The “Others” segment within the Battery Cases for Electric Car Market includes composite materials, carbon fiber structures, and hybrid polymer-based battery enclosures designed for specialized electric vehicle applications. Approximately 11% of battery case developments currently involve composite or multi-material structures intended to improve lightweight performance and thermal insulation. Around 29% of premium electric vehicle manufacturers are exploring carbon-fiber reinforced battery housings to reduce overall vehicle weight while enhancing structural rigidity. Composite battery cases demonstrate nearly 22% higher corrosion resistance compared with conventional metallic enclosures in extreme environmental conditions. More than 34% of advanced EV battery developers are experimenting with hybrid polymer materials capable of improving thermal stability during fast-charging operations. The Battery Cases for Electric Car Market Trends indicate increasing adoption of fiber-reinforced thermoplastics for next-generation modular battery systems. Approximately 27% of research initiatives focus on recyclable composite materials to align with automotive sustainability goals and battery recycling regulations. Europe accounts for nearly 33% of ongoing research activities involving non-metallic battery enclosure technologies due to growing investments in advanced mobility innovation. Electric sports vehicles and high-performance EVs increasingly utilize composite battery structures for optimized weight reduction and improved aerodynamic efficiency.

BY APPLICATION

BEV: Battery Electric Vehicles represent the dominant application segment in the Battery Cases for Electric Car Market due to the increasing deployment of fully electric passenger cars, electric SUVs, electric pickup trucks, and commercial electric fleets. More than 71% of electric vehicles manufactured globally belong to the BEV category, creating strong demand for durable and lightweight battery enclosure systems. Approximately 64% of BEV manufacturers utilize aluminum battery cases to improve driving range by reducing overall vehicle mass. Around 52% of BEV platforms integrate liquid-cooled battery housings for thermal management and battery lifespan optimization. Structural battery pack integration increased by nearly 43% in BEV models as automakers focus on improving chassis rigidity and crash resistance. Nearly 48% of BEV battery systems operate on high-voltage architectures exceeding 400V, requiring advanced fire-resistant and impact-resistant enclosure technologies. The Battery Cases for Electric Car Market Analysis indicates that approximately 59% of battery case suppliers prioritize modular battery housing solutions specifically for BEV platforms due to scalable manufacturing advantages. Fast-charging infrastructure expansion has also accelerated demand for thermally stable battery cases, with around 46% of BEV battery systems now incorporating integrated cooling channels. The adoption of giga-casting production methods increased by approximately 34% among BEV manufacturers to reduce enclosure component complexity and improve manufacturing efficiency. Composite battery enclosures in premium BEV models rose by nearly 27% because of lightweight performance benefits and improved corrosion resistance under extreme operating conditions.

PHEV: Plug-in Hybrid Electric Vehicles continue to generate stable demand in the Battery Cases for Electric Car Market due to the increasing adoption of dual-powertrain mobility solutions. Approximately 29% of electrified vehicles globally are categorized under PHEV platforms, supporting consistent battery case integration across mid-range passenger cars and hybrid SUVs. Around 41% of PHEV battery enclosures utilize compact steel or hybrid aluminum-steel structures to accommodate smaller battery pack configurations while maintaining structural durability. Nearly 38% of PHEV manufacturers focus on reinforced thermal insulation systems because hybrid battery packs experience frequent charging and discharging cycles during combined engine and electric motor operation. The Battery Cases for Electric Car Industry Report indicates that about 44% of PHEV battery housing systems are installed beneath rear seating areas to optimize cabin space and improve weight distribution. Approximately 36% of PHEV battery cases include vibration-resistant reinforcement technologies due to continuous transitions between electric and combustion power systems. Lightweight aluminum adoption increased by nearly 33% in advanced PHEV platforms to improve fuel efficiency and electric driving capability. Around 31% of automakers manufacturing plug-in hybrid vehicles integrated enhanced waterproof sealing technologies into battery enclosures to improve durability under varying environmental conditions. The increasing popularity of hybrid SUVs contributed to nearly 39% growth in demand for larger battery housing configurations within PHEV applications. Additionally, around 28% of premium hybrid vehicle manufacturers are implementing modular battery enclosure designs compatible with future high-capacity battery upgrades and advanced hybrid powertrain architectures.

Battery Cases for Electric Car Market Regional Outlook

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North America

The North America Battery Cases for Electric Car Market is expanding steadily due to rising electric vehicle production, battery localization initiatives, and advanced automotive manufacturing infrastructure. Approximately 61% of electric vehicle manufacturers in the region are focusing on lightweight battery enclosure systems to improve vehicle efficiency and battery safety. Aluminum battery cases account for nearly 57% of installations across electric passenger cars and electric pickup trucks. Around 49% of automotive battery suppliers are investing in robotic welding and automated battery housing assembly technologies. Electric SUVs and pickup trucks contribute approximately 46% of battery case demand because of the region’s preference for large electric mobility platforms. Nearly 38% of EV battery manufacturers in North America are integrating advanced liquid-cooling channels directly into battery enclosures to maintain thermal stability during fast charging operations. Structural battery pack designs increased by approximately 32% due to rising adoption of high-capacity battery systems. The Battery Cases for Electric Car Market Outlook also highlights increasing demand for recyclable battery housing materials, with around 41% of manufacturers implementing sustainability-focused production strategies. Commercial electric fleet expansion and domestic battery manufacturing projects continue strengthening regional battery enclosure demand.

Europe

Europe represents a technologically advanced region within the Battery Cases for Electric Car Market due to strict emission regulations, widespread EV adoption, and strong investments in battery manufacturing ecosystems. Nearly 66% of electric vehicles manufactured in Europe utilize aluminum-intensive battery enclosures because of lightweight efficiency requirements and environmental sustainability goals. Around 47% of automotive OEMs in the region are integrating modular battery housing platforms to support multiple electric vehicle architectures. Stainless-steel battery cases account for approximately 28% of installations in electric commercial vehicles requiring enhanced structural reinforcement and crash protection. More than 44% of EV battery suppliers are developing recyclable and low-emission battery enclosure materials to align with circular economy initiatives. The Battery Cases for Electric Car Market Trends indicate that integrated cooling systems are present in approximately 53% of newly developed EV battery housings across Europe. Around 36% of battery enclosure manufacturers are investing in giga-casting technologies to simplify assembly operations and reduce production complexity. High-voltage EV platforms exceeding 800V architectures increased by nearly 31%, driving demand for thermally resistant battery housing structures. The expansion of electric luxury vehicles and performance EVs is also accelerating composite battery enclosure adoption throughout the region.

Asia-Pacific

Asia-Pacific dominates the Battery Cases for Electric Car Market due to large-scale electric vehicle manufacturing capacity, battery production clusters, and rapid urban electric mobility expansion. Approximately 49% of global battery case production activities are concentrated in the region because of strong EV manufacturing ecosystems and advanced supply chain integration. Around 63% of electric passenger vehicles produced in Asia-Pacific utilize aluminum battery enclosures to improve driving range and vehicle energy efficiency. Nearly 42% of battery case suppliers are expanding production capacities to support increasing demand for high-capacity lithium-ion battery systems. Electric buses and commercial electric fleets contribute approximately 27% of regional battery enclosure demand due to rapid public transportation electrification programs. The Battery Cases for Electric Car Market Research Report indicates that integrated liquid-cooling technologies are adopted in nearly 51% of battery housing systems manufactured across the region. Structural battery pack platforms increased by approximately 39% as automotive OEMs focus on reducing component complexity and improving assembly efficiency. Around 34% of EV battery manufacturers in Asia-Pacific are implementing recyclable aluminum and composite materials to align with environmental sustainability targets. The region also leads in robotic battery enclosure manufacturing, with approximately 46% of suppliers utilizing advanced automated fabrication systems for high-volume production.

Middle East & Africa

The Middle East & Africa Battery Cases for Electric Car Market is gradually expanding due to increasing investments in electric mobility infrastructure, sustainable transportation initiatives, and commercial fleet electrification. Approximately 29% of electric mobility projects in the region involve battery-powered public transportation systems requiring reinforced battery housing technologies. Around 33% of battery enclosure demand originates from electric commercial vehicles operating in high-temperature environments requiring advanced thermal management systems. Aluminum battery cases account for nearly 41% of installations because of corrosion resistance and lightweight efficiency benefits under harsh climatic conditions. Nearly 26% of regional automotive component manufacturers are focusing on localized EV battery assembly operations to reduce import dependency and improve supply chain stability. The Battery Cases for Electric Car Industry Analysis highlights that integrated cooling systems are now present in approximately 37% of electric vehicle battery enclosures operating across the region. Electric fleet deployment programs contributed to nearly 31% growth in demand for impact-resistant battery housings designed for commercial logistics vehicles. Around 24% of automotive investors are supporting battery recycling and sustainable battery enclosure material projects to strengthen long-term EV ecosystem development. Increasing adoption of electric buses and urban electric transportation systems continues supporting steady battery case demand across emerging regional mobility markets.

List of Key Battery Cases for Electric Car Market Companies

• Benteler
• Gestamp
• Constellium
• Hitachi Metals
• Nemak
• SGL Carbon
• Novelis
• Superior Die Technology (Huayu Automotive Systems)
• Lingyun Industrial
• Jiangsu Hengyi (Huada Automobile Technology)
• Hoshion Aluminium
• Ningbo Xusheng Machinery
• Minth Group
• Everwin Precision Technology
• Ruixin Technology
• Hongtu Technology
• Nantong Chaoda Equipment
• Jinhongshun Auto Parts

Top Companies with Highest Market Share

• Gestamp: Approximately 16% of global battery enclosure supply partnerships involve Gestamp due to its strong lightweight steel and aluminum battery housing capabilities, advanced hot-stamping technologies, and integration with large electric vehicle production platforms across passenger and commercial mobility applications.
• Constellium: Nearly 14% of aluminum-intensive electric vehicle battery case developments involve Constellium because of its advanced aluminum extrusion technologies, recyclable lightweight materials, and strong presence in high-performance EV structural battery enclosure manufacturing operations.

Investment Analysis and Opportunities

The Battery Cases for Electric Car Market is attracting substantial investments due to increasing electric vehicle production, localized battery manufacturing expansion, and rising demand for lightweight structural components. Approximately 58% of automotive suppliers are increasing investments in aluminum battery enclosure production lines to improve manufacturing efficiency and support next-generation EV architectures. Around 46% of investors are prioritizing automated robotic welding systems and giga-casting technologies that reduce assembly complexity and improve battery housing precision.

Nearly 39% of battery enclosure development projects involve recyclable materials and sustainable manufacturing technologies to align with global environmental targets. Advanced cooling integration systems are included in approximately 43% of new investment programs focused on high-capacity battery pack protection. Around 35% of automotive OEMs are establishing long-term strategic partnerships with battery case manufacturers to secure supply chain reliability and localized component sourcing. Commercial electric vehicle expansion also creates strong opportunities, with approximately 31% of investment activities targeting reinforced battery enclosures for electric buses and logistics fleets. Composite battery housing technologies continue gaining attention, as nearly 27% of new research investments focus on lightweight polymer and carbon-fiber structural materials for premium electric mobility applications.

New Products Development

The Battery Cases for Electric Car Market is experiencing rapid product innovation focused on thermal safety, lightweight engineering, and modular battery integration technologies. Approximately 52% of newly launched battery enclosure systems include integrated liquid-cooling channels designed to maintain battery stability during ultra-fast charging operations. Around 47% of product development programs focus on aluminum-intensive battery housings capable of reducing total enclosure weight by nearly 30% while improving structural rigidity.

Nearly 36% of manufacturers introduced fire-resistant battery enclosure coatings to improve thermal runaway protection and passenger safety standards. Structural battery pack integration technologies increased by approximately 33% across newly developed electric vehicle platforms, enabling battery cases to function as load-bearing chassis components. Around 29% of new battery enclosure products utilize hybrid composite materials with enhanced corrosion resistance and vibration absorption characteristics. Advanced sealing systems are integrated into approximately 41% of newly launched battery housings to improve waterproof and dustproof performance in extreme driving conditions. Battery enclosure manufacturers are also developing modular scalable housing platforms compatible with multiple vehicle segments, with nearly 38% of EV OEMs adopting flexible battery case architectures for future platform expansion strategies.

Five Recent Developments(2023

Battery Cases for Electric Car Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 30902.86 Million in 2026
Market Size Value By	USD 505794.02 Million by 2035
Growth Rate	CAGR of 36.43% from 2026 - 2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered
	By Type Aluminum Steel & Stainless Steel Others
	By Application BEV PHEV