Charged Fleet Logo

GM and LG Energy Solution Introduce the "Prismatic" Battery Cell

GM and LG unveil a prismatic cell design focused on achieving a 400-mile range at a lower cost than current battery chemistries.

Man holding a new LMR battery by General Motors.

Expected in 2028, the new battery combines compact packaging with a lower-cost, high-range chemistry for next-generation EVs.

Photo: Steve Fecht for General Motors.

2 min to read


General Motors (GM) has revealed a new lithium battery technology called lithium manganese rich (LMR) cathodes, in partnership with LG Energy Solution. LMR has historically been hampered by barriers like short battery life and voltage decay, making it impractical for use in electric vehicles (EV). GM and LG Energy Solution plan to commercialize LMR prismatic battery cells for use in a line of electric trucks and full-size SUVs to be released in 2028. 

GM EV trucks currently use nickel manganese cobalt aluminum oxide (NCMA) battery technology, which offers an extended range. Integrating LMR battery technology will increase efficiency, offering more than 400 miles of range for an electric truck while significantly reducing battery pack costs.

Ad Loading...

How LMR technology is different:

  1. Low Cost: LMR consists primarily of manganese, a mineral cheaper and more plentiful than nickel and cobalt. 

  2. Energy Density: GM estimates LMR cells will get 33% more energy density than any popular lower-cost EV battery technology. 

  3. “Prismatic” Cells: LMR batteries will be rectangular in shape, unlike the “pouch” cells of current high-nickel packs. This shape makes for efficient packing in full-scale trucks and SUVs. Prismatic cells reduce battery module components by 75% and total pack components by 50%.

  4. Lifespan Optimization: GM claims they have solved the issue of voltage loss that is typically seen in LMR battery cells. GM said, in a recent press release, “We’ve worked with our suppliers to optimize the materials in our LMR cells, adding proprietary dopants and coatings, along with particle engineering, process innovations, to achieve the right energy density and arrangement of battery materials inside the cell to keep them stable. The result is that our new LMR cells can match the lifespan of current generation high-nickel cells, with comparable performance but much lower cost.”

  5. Intellectual Property: GM and LG Energy Solution have a considerable portfolio of LMR-related intellectual property, with LG holding over 200 LMR-related patents worldwide. 

GM currently makes the Chevrolet Silverado EV Work Truck with Range, the longest-range truck with an EPA-rated 492 miles on a full charge and the fastest-charging truck on the market today.

Originally posted on Automotive Fleet

More Electric Vehicles

Overview of fast-charging depot in downtown Santa Barbara with panoramic view of coastal mountains and ocean in the background.
Chargingby News/Media ReleaseJune 18, 2026

Electrify America Opens EV Fast Charging Station in Southern California

The large-format depot features 20 hyper-fast chargers capable of delivering 350 kilowatts and is backed by a powerful battery energy storage system.

Read More →
Photos of Laolu Adeola and Martin Romjue separated by large green and white headline text.
Chargingby Martin RomjueJune 17, 2026

Charging Gaps That Impede Electric Fleets

Find out why charger breakdowns can be so misleading, costing fleets time, money, and usage.

Read More →
Rendering of electric vehicles charging beneath a solar-panel canopy, illustrating Inspiration Mobility Group’s acquisition of Electrada assets to expand commercial fleet electrification services.
Suppliersby News/Media ReleaseJune 17, 2026

Inspiration Mobility Acquires Key Electrada Assets

Inspiration Mobility Group has acquired select assets of Electrada, adding the fleet electrification provider's team, technology, and charging infrastructure development capabilities to its energy management business.

Read More →
Ad Loading...
Vertical dark blue graphs showing new and used EV sales

Used EVs Strengthen Overall Electric Vehicle Market

The latest sales data point to several reasons for the divergent trends in new and used EVs that can factor into fleet cycling decisions.

Read More →
Man behind a steering wheel driving hands-free in a Lucid Gravity on the freeway.

Lucid Adds Hands-Free Highway Driving, Software Updates To Gravity SUV

Hands-free drive assist makes highway driving more comfortable while keeping drivers attentive to the road.

Read More →
A cream-colored flat vehicle platform that looks like the bottom half of a truck.

Harbinger Creates Hybrid-Electric Unmanned Vehicle Platform for Defense Use

The platform is based on the company's medium-duty plug-in hybrid chassis, which is also used in commercial vehicles.

Read More →
Ad Loading...
A schematic photo of a dark blue Mitsubishi Eclipse Sportback in a soft gray structural background evocative of a futuristic parking deck.

Mitsubishi To Debut All-Electric Eclipse Subcompact For North American Market

The 2027 Mitsubishi Eclipse Sportback is a small SUV that will go on sale by this fall.

Read More →
A red electric sports car positioned diagonally against a white gasoline coupe, like two fighters ready for a rivalry.
Operationsby News/Media ReleaseJune 5, 2026

Turo Launches Electric Vehicles vs. Gas Trip Cost Calculator

New free tool helps travelers compare fuel and charging costs side by side before they book, aimed at more affordable summer road trips.

Read More →
A chart showing average energy savings from using an EV.

EV Energy Savings Mount As Volatile Gas Prices Soar

Electric vehicle owners, including fleets, are saving increasing amounts by driving EVs instead of internal combustion engine vehicles.

Read More →
Ad Loading...
Vehicle inspector looking down the left side of a gray vehicle for any damage.
Hybridsby News/Media ReleaseJune 2, 2026

Hybrid Vehicle Collision Claims Hit Record High In Q1 As BEV Claims Flatten

The number of hybrids on the road is growing, indicating that overall electrification is evolving.

Read More →