OREBA3 conference spotlights LiFePO₄ battery breakthrough
The conference will bring together experts from across sectors to discuss how LiFePO₄ batteries can fuel a more sustainable future.
On July 6-8, researchers and industry leaders will gather at Concordia University for the third international OREBA3 Conference (Olivine-based Research for Energy and Battery Advancement) to explore the growing potential of LiFePO₄ batteries (LFP) — a technology gaining traction worldwide for its safety and sustainability.
As the world transitions to electrified transportation and renewable energy storage, LiFePO₄ (LFP) is emerging as a leading alternative to conventional nickel, manganese and cobalt (NMC) batteries. It offers a compelling combination of safety, longevity and affordability.
“Lithium iron phosphate (LFP) marked a historic breakthrough in lithium-ion battery safety starting in the 1990s. Developed here in Québec, in partnership with John B. Goodenough (UT-Austin), the French National Centre for Scientific Research (CNRS), and researchers at Hydro-Québec, this material offers outstanding thermal stability and intrinsic resistance to thermal runaway,” says Karim Zaghib, co-chair of OREBA3 and CEO of Volt-Age.
Advancing innovation and impact
OREBA3 is built around four core objectives that aim to advance the battery sector by combining research excellence with real-world application:
Accelerate innovation in olivine-based cathode materials with a focus on safety, performance and market readiness
Foster collaboration between academic, industry and policy experts
Promote sustainability by showcasing the environmental advantages of LiFePO₄
Drive commercial impact across the battery supply chain from material sourcing to product development
The conference will bring together experts from across sectors to discuss how this made-in-Canada technology can meet global needs and fuel a more sustainable future.
A strategic advantage for Canada
LiFePO₄ batteries represent a major opportunity for Canada's clean tech sector, as all the materials required to manufacture them are available domestically. This reduces dependence on imported critical minerals such as cobalt and nickel. This aligns with national priorities around sustainable mining, energy security and resilient supply chains.
As global demand increases, driven by industry adoption and evolving safety standards, Canada is well positioned to become a key supplier of both raw materials and innovation. This shift could support domestic manufacturing, generate jobs in clean technology and mining and help make electric vehicles more affordable for Canadians.
Learn more and register today.