More News: GM Energy Helps Electrify Commercial Fleets
GM, Microvast to Develop Part for Safer, Stronger EV Batteries
The new separator technology aims to enhance all types of lithium-ion cells to improve safety, charging, and battery life.

GM is joining a team of battery experts from national laboratories, academia and industry who are working to develop more reliable, affordable, longer range and higher performance EV batteries.
Photo: General Motors
General Motors and battery manufacturer Microvast will work together to develop specialized EV battery separator technology and build a new separator plant in the U.S., which is expected to create hundreds of new jobs, the companies announced Nov. 2.
This work will be supported by a $200 million grant from the U.S. Department of Energy's Battery Materials Processing and Battery Manufacturing initiative.
Separators are safety-critical EV battery components that serve to separate the anode from the cathode, allowing for ion transfer. GM will contribute its cutting-edge separator and coating technology to the collaboration with Microvast.
The companies will work together to develop new separator technology that can help improve EV safety, charging and battery life. This advanced technology is designed to enhance thermal stability of EV batteries and work with nearly all types of lithium-ion cells, including graphite, silicon, and lithium-metal anodes and nickel-rich, cobalt-free, lithium iron phosphate-type and high-voltage cathodes.
"This collaboration with Microvast supports our ongoing efforts to develop a North American-focused EV supply chain and help put everyone in an EV," said Kent Helfrich, GM chief technology officer and VP of research and development, in a news release. "It will also provide us with pioneering separator technology that can be used in future Ultium batteries, and most importantly, supports our continuing commitment to safety."
Dr. Wenjuan Mattis, chief technology officer at Microvast, added, “We expect the safety advantages of our innovative, highly thermally stable polyaramid separators to transform high-energy lithium-ion battery development and drive significant value for the industry."
In addition, the Department of Energy has further recognized GM's battery expertise by selecting the company for its Battery500 Consortium, which is being awarded $75 million for a second phase of research.
Led by the Pacific Northwest National Laboratory, the consortium is a team of battery experts from national laboratories, academia and industry working to develop more reliable, affordable, longer range and higher performance EV batteries.
GM is the only auto manufacturer selected for the consortium and will work with other members to accelerate development of high-energy, rechargeable lithium metal batteries.
Originally posted on Charged Fleet
More Green Fleet

WTC Group Expands Sustainable Operations with Kalmar Ottawa T2 EV Fleet
Commercial adoption of the Kalmar Ottawa T2 EV terminal tractor continues to grow as customers add the zero-emission yard tractor to their fleets. WTC Group has placed an order for a Kalmar Ottawa T2 EV.
Read More →
Where Propane Autogas Fits in Today's Fleet Fuel Strategy
Learn more from PERC's Joel Stutheit, as he explains why propane autogas remains a practical alternative for fleets seeking to reduce emissions without sacrificing operational flexibility.
Read More →
Schneider Electric Simplifies Commercial EV Charging with New Charge Pro for the U.S.
Schneider Electric’s updated Charge Pro Level 2 chargers deliver reliable, flexible charging for multi-unit dwellings, fleets and workplaces, as well as public and destination charging locations such as hotels and retail centers.
Read More →
ChargePoint and Onvo Expand Highway Fast Charging Across the Northeastern U.S.
ChargePoint is working with Onvo, a locally owned travel plaza brand headquartered in Pennsylvania, to install ultra-fast EV charging stations at locations in the Northeastern U.S.
Read More →
The City of Kingston Celebrates Purchase of 2 Mack LR Electric Refuse Trucks
The City of Kingston, Ontario, Canada, a municipality with a vision of being “Canada’s Most Sustainable City,” recently showcased two Mack LR Electric refuse trucks following their successful deployment in 2025.
Read More →Fuel Management's Next Evolution Centers on Connected Fleet Technology
Learn how fleets are integrating fueling, telematics, tank monitoring, EV charging, and data systems to improve efficiency and visibility.
Read More →
Landi Technologies Achieves CARB Certification of Ford 7.3L RNG/CNG Platform
Landi Technologies has gained CARB certification of its Ford 7.3L Renewable Natural Gas (RNG) and Compressed Natural Gas (CNG) platform for the Ford E-450, F-450/550/600, F-650/750, and F-53/59 platforms.
Read More →
Turning Connected Vehicle Data Into Decisions That Matter
Fleet leaders have more data than ever, but turning that data into clear, actionable decisions remains a challenge. This white paper shows how leading organizations are using connected vehicle data to improve safety, reduce costs, and optimize fleet performance. Learn how to turn insight into action across your fleet.
Read More →Are You Tracking Your Fleet's True Total Cost of Ownership?
Bobit Business Media surveyed 190 fleet professionals and found that while most fleets are tracking costs, fragmented systems and data gaps are keeping true TCO visibility out of reach. With rising pressure to control spend in an increasingly volatile environment, the gap between what fleets think they know and what the data actually shows is wider than you might expect. See how your peers are managing costs today and where the industry still has room to improve.
Read More →

