Stellantis To Introduce EV Fleet With Factorial Solid-State Batteries

Solid-state batteries are anticipated to decrease the likelihood of fires and enable the production of lighter, more affordable cars that can cover greater distances on a single charge. This technology is considered transformative for electric vehicles, as manufacturers strive to reduce expenses and extend vehicle range, especially in the context of slowing EV sales.

On Wednesday, Stellantis announced plans to introduce a fleet of vehicles equipped with advanced solid-state batteries by 2026. These batteries, developed by the U.S. startup Factorial, promise to revolutionise the electric vehicle (EV) market. This move is part of an ongoing partnership between the two companies, which began in 2021 when Stellantis invested $75 million in Factorial.

Solid-state batteries are heralded as a significant innovation in the automotive industry, offering the potential for lighter, less expensive vehicles with extended driving ranges on a single charge, and reduced fire risks. This technology is particularly appealing as automakers strive to enhance EV performance and affordability amid a market showing signs of stagnation.

- Advertisement -

Despite the enthusiasm, the development and large-scale production of solid-state batteries has proven more challenging than anticipated, causing delays for many leading car manufacturers and their battery-producing partners.

The planned fleet will feature the new Dodge Charger Daytona vehicles based on Stellantis’ STLA Large platform. This platform is used across several of the group’s brands, including Jeep, Dodge, Chrysler, Alfa Romeo, and Maserati. The integration of Factorial’s solid-state batteries into this platform is intended to validate the technology’s potential to bolster Stellantis’ electric vehicle lineup, offering benefits such as improved vehicle performance, longer driving ranges, and faster charging capabilities.

- Advertisement -

Ned Curic, Stellantis’ Chief Engineering and Technology Officer, underscored the strategic significance of this initiative. He explained that integrating Factorial’s innovative battery solution into the STLA Large platform serves as a validation of its potential to boost their electric vehicle lineup. This integration is anticipated to provide customers with benefits such as improved performance, extended driving ranges, and quicker charging times in the forthcoming years.

The demonstration fleet marks a significant step towards commercializing this promising technology. It will allow Stellantis to assess the battery’s performance under real-world driving conditions. Other major automakers, including Mercedes and Hyundai, have also invested in Factorial, indicating a growing industry trend towards adopting solid-state battery technology.

- Advertisement -
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

India's semiconductor industry (representational image)

Cabinet clears India Semiconductor Mission 2.0 with $14.8 billion push

0
The Union Cabinet has approved a new semiconductor mission and a mobile phone manufacturing scheme aimed at strengthening India's chip design, manufacturing and electronics...
Piyush Goyal, Minister of Commerce and Industry, Government of India

Union Minister of Commerce & Industry, Shri Piyush Goyal holds talks with European industrial...

0
Union minister Piyush Goyal held several engagements with the European industry leadership in Brussels on trade and industrial cooperation, technology collaboration and investment opportunities...
TSMC

TSMC Raises 2026 Capex to $64B as AI Chip Demand Surges 

0
The world's largest chipmaker posted record quarterly profit and announced another $100 billion investment in its Arizona manufacturing expansion. Taiwan Semiconductor Manufacturing Co. (TSMC) has...
Semiconductor Chip (Representational Image)

India, EU Expand AI, Semiconductor and Clean Tech Cooperation 

0
The two partners agreed to deepen collaboration in AI, semiconductors, quantum technologies and clean energy while launching new research and startup initiatives.  India and the...

Cadence rolls out AI agent to expedite circuit board, chip packaging design

0
Cadence has launched an AI-powered engineering agent for automating printed circuit boards and chip packaging design, looking to reduce the time spent on design...

Learn From Leaders

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...
Athil Krishna, Founder & CEO, iHUB Robotics

“We are building humanoid robots that can replicate human tasks.”- Athil Krishna, iHUB Robotics

0
This Indian startup is building humanoid robots from scratch. Athil Krishna of iHUB Robotics speaks with Nidhi Agarwal from Electronics For You about the...
Sandeep Patil, CTO, Yudu Robotics and RedNerds, India

“Meaningful learning happens when you start small and build through hands-on experience.”- Sandeep Patil,...

0
As robotics education shifts toward hands-on learning, integrated hardware-and-software platforms are becoming essential. Sandeep Patil from Yudu Robotics and RedNerds discusses with EFY's Nidhi...
Shri Amitesh Kumar Sinha, Additional Secretary, MeitY, and CEO of ISM

“Nodes Above 28nm Should Enter Commercial Production By 2028, 28nm Expected By 2029” –...

0
Launched in 2021 and operationalised in 2022, the India Semiconductor Mission (ISM) is driving India’s ambition to build a self-reliant semiconductor ecosystem spanning manufacturing,...

HYKON: Building for Energy Markets Before They Exist 

0
As India’s power ecosystem undergoes rapid change, innovators are being pushed to rethink how energy is generated, stored and delivered. In a sector where most...

Startups

ThermoPod

Chiltier’s Personal Wearable Cooling System Based On The Peltier Effect

0
An India-based startup is turning thermoelectric technology into a portable, personal cooling system, delivering real-time body-temperature control through wearable devices—no air-conditioners, no large infrastructure,...
Athil Krishna, Founder & CEO, iHUB Robotics

“We are building humanoid robots that can replicate human tasks.”- Athil Krishna, iHUB Robotics

0
This Indian startup is building humanoid robots from scratch. Athil Krishna of iHUB Robotics speaks with Nidhi Agarwal from Electronics For You about the...
Semiconductor

Why Capability, Not Capacity, Is Driving India’s Semiconductor Investment Story

0
What separates semiconductor companies that attract funding from those that do not? As investor priorities evolve, proprietary IP, financial discipline and scalable business models...
Dhaval H Kotecha, Managing Director at RapidRadio

“Most Companies Import RFID Hardware. We Chose to Build It in India.” – Dhaval...

0
RapidRadio is driving India’s automation push with indigenous RFID readers and OEM modules. How did it turn RFID into the unseen engine behind tolling,...

The Innovator’s Paradox

0
From the warm intro tax and familiarity trap to the innovation penalty, hardware tax, and SaaS-blind capital pool, inventors must navigate a series of...