Idemitsu & Toyota Partner For EV Solid-State Batteries

Today, Idemitsu Kosan Co (Idemitsu) and Toyota Motor Corporation declared a partnership to collaborate on developing solid electrolyte mass production technology. Their joint efforts will focus on enhancing productivity and establishing a supply chain with the aim of achieving large-scale production of all-solid-state batteries for battery electric vehicles (BEVs).

Through their partnership, the two leading companies in areas like material development for all-solid-state batteries aim to commercialize them by 2027-28, subsequently moving to large-scale production. Idemitsu has been delving into the research and development of core technologies for these batteries since 2001, while Toyota embarked on this journey in 2006.

Their joint efforts centre around sulfide solid electrolytes, which are considered a key material to enhance the capacity and output of battery electric vehicles (BEVs). These electrolytes are known for their malleability and ability to bond with other materials, making them ideal for battery-scale battery production.

Both firms have formed a dedicated task force with numerous members to set the stage for large-scale manufacturing. Their collaboration will unfold in stages:

COLLABORATION DETAILS:

- Advertisement -

Phase 1: Improve sulfide solid electrolytes and plan for an expansive pilot facility. Both Idemitsu and Toyota, capitalizing on mutual feedback and technical support, will strive to refine sulfide solid electrolytes, keeping a keen eye on quality, affordability, and timeliness. The intention is to demonstrate the mass production of these electrolytes at an Idemitsu pilot facility.

Phase 2: Scale-up with an expansive pilot facility. Idemitsu will champion the manufacturing of sulfide solid electrolytes by building and initializing a large pilot facility, from which mass production methodologies will be derived. Concurrently, Toyota will develop all-solid-state batteries using these electrolytes and the BEVs that will house them, aiming for a market introduction of such BEVs by 2027-28.

Phase 3: Contemplate future large-scale production. Drawing insights from Phase 2, both companies will ponder the full-blown mass production and market introduction prospects.

Additionally, Idemitsu is advancing the production methods of lithium sulfide, a pivotal material for solid electrolytes, crafted from by-products produced during petroleum refinement. This endeavour will streamline mass production technology for sulfide solid electrolytes and ensure a consistent supply chain. The company is also upscaling its smaller pilot facility, as revealed in June 2023, and has blueprints for a larger facility, unveiled in April 2022. These efforts will bolster the commercialization of all-solid-state batteries by 2027-28.

Harnessing Idemitsu’s expertise in material manufacturing and Toyota’s prowess in battery formulation and integration gleaned from BEV research, the two companies aspire to mass-produce solid electrolytes and all-solid-state batteries for global consumption. Their trans-industrial teamwork is poised to further global carbon neutrality and set a new technological precedent in Japan.

- Advertisement -
Loading form…
Aryaman Raghuvanshi
Aryaman Raghuvanshi
Aryaman Raghuvanshi is a Journalist at EFY. His passion is to explore the future of mobility, which gets him to cover latest technologies shaping the future of automobiles and EVs. But, at times he writes on broader technologies too. LinkedIn: https://www.linkedin.com/in/aryaman-raghuvanshi-2431b7153

Industry's Buzz

SK Hynix

SK Hynix Backs Optical Interconnects for AI

0
South Korean memory maker backs co-packaged optics to replace copper links and break the 'AI memory wall' in data centres.  South Korean semiconductor giant SK...
Representational image of a satellite

Finnish SAR Imagery Specialist Forms Its India Unit

0
The formation of ICEYE India follows the formation of its German subsidiary last month. The move aims to tap into, what the company describes...
Nexperia

Europe-China Differences Leads to a Split in Nexperia

0
The Dutch chipmaker’s China unit said that a new production line which will produce 12-inch silicon wafer up to 100 percent domestically will be...

Kaynes Technology, BOSGAME Sign MoU To Expand In India

0
The partnership will also explore opportunities for product localisation, value addition, and greater participation in India’s growing electronics ecosystem Kaynes Technology India Limited and BOSGAME...
Piyush Goyal, Minister of Commerce and Industry, Government of India

India, Japan to Deepen Semiconductor and AI Cooperation During Goyal’s Visit 

0
Dedicated semiconductor and AI discussions will anchor Piyush Goyal’s Japan visit, with India seeking greater Japanese investment and technology partnerships. Union Commerce and Industry Minister...

Learn From Leaders

(L-R) Nikesh Gondchawar, Strategic & Technical Advisor – Robotics Manufacturing; Shrikrushna Kakade, Founder Partner; Nikhil Kakade, Senior Technical Advisor – Robotics & Control Systems, SlightGen Solutions LLP

“A Made-In-India Robotic PCB Soldering System That Automates The Through-Hole Soldering Process!” – Shrikrushna...

0
Electronics manufacturing is complex, and automation often comes at a high cost. To bridge this gap and offer a more affordable solution in India,...
Navdeep Narula, Executive Director, Client and Endpoint Solutions, Ingram Micro, India

“Enterprise Computing Is Shifting From CPU to GPU And Now Toward NPU-Based Systems ”...

0
The shift from CPU to GPU to NPU-based computing is redefining today’s enterprise endpoints. In an exclusive conversation, Navdeep Narula from Ingram Micro discusses...

India’s Robotics Push Opens New Hardware Opportunities

0
How do you build India’s physical AI future when critical robot components still come from overseas? Niqo Robotics reveals where the gaps remain.  India’s push...
Gadhadar Reddy, CEO and Founder, NoPo Nanotechnologies

How A Material Thinner Than Human Hair Could Transform EV Batteries And Electronics –...

0
What if a material 200,000 times thinner than a human hair could transform EV batteries, semiconductors, and advanced electronics? NoPo Nanotechnologies is making that...
Raja Rajeev Kumar, Mentor at IIT Startups, Chairman of the Board of Trustees, LaxmiRamaVarma Holdings International, and Founder and CEO, ChromoSoul Ventures

“Build Strong Startups, and Funding Will Follow”- Raja Rajeev Kumar, IIT Startups, LaxmiRamaVarma Holdings...

0
While AI and software startups attract attention and capital, electronics ventures often struggle for both. Raja Rajeev Kumar from IIT Startups, LaxmiRamaVarma Holdings International...

Startups

Akshar Vastarpara, Founder and CEO, Vicharak

“Our SBCs Are Designed As Complete Edge-Computing Platforms That Combine Everything On A Single...

0
An Indian startup builds affordable edge AI boards for robots, drones, and industry, positioning them as Raspberry Pi alternatives. In an EFY interview with...
(L-R) Sri Kusulu Devalla, Co-Founder and Hetendra Singh Rathore, Founder, Segritech

“We don’t just sort fruit; we match every quality grade with the right buyer.”...

0
An agritech startup has developed an AI-powered machine that sorts and grades fruits directly on farms, helping reduce post-harvest losses by connecting produce with...
Dr Naveen Yanduru, CEO, Axiro Semiconductor Private Limited

“India Can Lead In IP—If It BacksIts Own Builders”

0
Axiro Semiconductor designs RF and satellite chips, ships millions worldwide, and retains its startup mindset while tackling complex technical challenges. In a conversation with...
Dr Sanjay Ahuja, Founder and CEO of Cionlabs, India

“We are solving India-specific challenges rather than offering generic ‘black box’ IoT solutions.”

0
From hybrid mesh networking to AI-enabled edge devices, an Indian IoT startup is developing home-grown solutions to improve connectivity, strengthen privacy and support the...
RTLS

Amimotion’s World-Smallest UWB Tags That Give Factories A Digital Nervous System For Physical AI

0
A Bengaluru startup is turning factories into intelligent spaces with tiny UWB tags, AI-powered visibility, and real-time tracking that can automate workflows, improve safety,...