Electrovaya Inc., a leading lithium-ion battery technology and manufacturing company, is pleased to announce that it has entered into a Commercial Supply Agreement with Janus Electric Holdings Limited (ASX: JNS), an Australia-based pioneer in the electrification of heavy transport vehicles.
Under the terms of the agreement, Electrovaya will supply advanced, next-generation Infinity high-voltage lithium-ion battery systems to support Janus Electric’s mission to transform diesel-powered Class 8 trucks into zero-emission electric trucks through its industry-leading swappable battery platform. The battery systems will incorporate Electrovaya’s proprietary Infinity cell technology, providing improved safety and performance.
“We are excited to partner with Janus Electric, a recognized innovator in sustainable transportation. Class 8 trucks, especially those in Australia, where some of the heaviest loads are carried over long distances, represent one of the most challenging applications to electrify and require superior battery technology. This agreement reflects the growing demand for our high-performance, safe and long-life lithium-ion batteries in the commercial vehicle market and underscores Electrovaya’s commitment to enabling electrification across multiple industrial sectors.”
– Dr. Raj DasGupta, CEO of Electrovaya.
Electrovaya’s proprietary battery technology is known for its industry-leading cycle life, safety, and performance under demanding operating conditions—key attributes for the heavy-duty transport market.
“This agreement with Electrovaya provides Janus with access to high-quality, scalable battery technology that meets the rigorous demands of freight and logistics operations. Together, we are taking a major step toward decarbonizing the heavy transport industry with swappable lithium-ion battery systems.”
– Ian Campbell, CEO of Janus Electric.
This strategic partnership aligns with both companies’ sustainability goals and positions them to meet the growing global demand for clean energy solutions in transportation.
