Global OEMs Origin

The landmark of OEMs defines their origin, playing a crucial role in the market for solid-state batteries.

Note:

• Minor Share is from Continent like South America & Africa
• Limited investment in research and development hampers progress in solid-state battery technology.
• The market's focus remains on traditional battery technologies, delaying the transition to solid-state solutions.

Latest Collaboration

Ventures Collaborating on the Development of Latest Solid-State Battery Technology

Solid State Battery includes higher energy density, enhanced safety, and a longer lifespan compared to traditional batteries. This advancement offers significant improvements in performance and reliability.

Stellantis & Factorial

Stellantis and Factorial are advancing electric vehicle technology with solid-state batteries to accelerate the future of EVs.

• Stellantis is integrating Factorial's solid-state batteries into a demo fleet of all-new Dodge Charger Daytona vehicles built on the STLA Large platform.
• These EVs, featuring solid-state batteries, will hit the road by 2026, marking a major step toward mass production.
• Stellantis is using Factorial's solid-state batteries with 390 Wh/kg energy density to boost performance and affordability in its electrification strategy.
• Stellantis chose the STLA Large platform for its focus on high-volume electric SUVs and performance vehicles, supporting brands like Jeep®, Dodge, and Maserati.
• This platform, part of the Dare Forward 2030 plan, can support up to two million vehicles, ideal for the new battery technology.

Benefits:

• High Performance
• High Capacity
• Lower Cost
• Long Range
• Quick Charging
• Investment: $75M

BMW & Blue Solutions

Solid Power and BMW Deepen Joint Development Partnership.

• Solid Power grants the BMW Group a license for its cell design and manufacturing processes, enabling simultaneous research and development efforts.

Capability: Solid Power will provide sulfide-based solid electrolyte for BMW's cell prototypes. Both companies will collaborate to optimize manufacturing for efficient, scalable production.

Finance: BMW will invest in Solid Power with $20 million by June 2024, contingent on milestone achievements, supporting its ongoing R&D.

Alignment: The partnership highlights both companies' commitment to advancing solid-state battery technology, promising higher energy density and improved safety over lithium-ion batteries.

Benefits:

• Decent Energy Density
• Focused R&D
• Improved Efficiency

Toyota & Idemitsu

Idemitsu and Toyota have announced the start of their collaboration to mass-produce all-solid-state batteries for BEVs.

To prepare for mass production, both companies have formed a task force and will proceed with the collaboration as follows:

Phase 1: Idemitsu and Toyota will collaborate to enhance sulfide solid electrolytes and demonstrate mass production at Idemitsu's pilot facility.

Phase 2: Idemitsu will set up a pilot facility for sulfide solid electrolyte production, while Toyota aims to launch all-solid-state battery BEVs by 2027-28.

Phase 3: Building on Phase 2 results, both companies will explore full-scale mass production and commercialization.

Future Scope

SSB: Advancing Projects, Strengths and Initiatives for Further Development

The impact of solid-state batteries on the transition from traditional to next-generation technology, through collaborations among key players, will drive economic growth and raise awareness.

 

SSB: Current Status

Technological Snapshot:

• Solid-state batteries store more energy, leading to longer-lasting electric vehicles (EVs) and devices.
• The use of non-flammable solid electrolytes reduces fire risks compared to liquid electrolyte batteries.
• Solid-state batteries last longer, with fewer cycles before degradation.

 

Challenges in SSBs

• Traditional Cathode Material
• Emerging Cathode Material
• Optimize Cathode Material
• Advanced Cathode in SSBs
• Evaluate Cathode Material
• Identify Research Gaps
• Future Development

SSB: Future Strengths

New Material: Increasing Ion Conductivity in SSBs.

Scalability: Cost effective, Quality Control.

Technology Innovation: Novel Sintering Method in AI/ML.

Mechanical Durability: Long-term performance and resistance to stress.

Chemical Stability: Inorganic oxide electrolytes: high conductivity, low electronics.

Thermal Stability: Safer operation under extreme temperatures.

Electrochemical Stability: Flexible, solvent-free electrolytes advance hybrid ASSBs.

Interface Protection: Increase rigidity in rundowns and boost performance.

SSB: Next Gen OEMs

SSB: Upcoming Projects

2025: Hyundai plans to commence pilot production of all-solid-state batteries, aiming to equip electric vehicles with this technology by the same year.

2025: Nissan intends to produce its first batch of solid-state batteries, marking a significant step toward mass production.

2026: Stellantis plans to launch a demonstration fleet of Dodge Charger Daytonas with semi-solid-state batteries.

2027: Toyota aims to introduce its first solid-state battery electric vehicle, marking a significant milestone in the automotive industry.

2028: Volkswagen's next-generation Golf model is expected to feature solid-state battery technology, aligning with industry trends.

2030: Honda plans to equip electric vehicles with long-range solid-state batteries and potentially doubling driving range.