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Nano One Provides Shareholder Update

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Nano One® Materials Corp. (TSX:NANO)(OTC PINK:NNOMF)(Frankfurt:LBMB) ("Nano One" or the "Company"), a cleantech company with a patented process for the low-cost, low-GHG production of lithium-ion battery cathode active materials, is pleased to provide commentary from our Chair, Mr. Anthony Tse, and an update from our CEO, Mr. Dan Blondal, on the Company's progress towards its long-term objectives.

View this letter in its original stylized format (PDF).

Chairman's Statement

Dear Shareholders,

I am pleased to share with you some perspectives on the state and outlook of the market and where I believe Nano One has a key role to play as the battery materials sector experiences unprecedented growth.

The global market for battery demand experienced robust growth in 2024, supported by increases in both the electric vehicle (EV) segment and the energy storage system (ESS) sectors. According to Rho Motion, 2024 global EV sales reported strong year-over-year growth - with a 25% increase totaling 17.1-million-unit sales. Regional sales were led by China, which reported 40% growth, followed by Rest of the World markets with a 27% increase - growth in the North American market slowed to a 9% increase, while the UK/European markets contracted by 3% for the year.

Global ESS installations also reported strong growth for the year, with a 53% year-over-year increase, representing a total of 205GWh installed capacity worldwide. China led regional growth, commanding a share over 67% of all ESS deployments globally, followed by North America as the next largest market. By category, grid applications represent over 78% of global deployment and importantly, of those energy storage systems deployed, over 98% were based on lithium-ion battery technologies.

In terms of chemistry mix, lithium iron phosphate (LFP) chemistries continued its strong growth momentum and now represents a 39% share of the EV battery market (Benchmark Minerals Intelligence) on a global basis. In the ESS segment, across both the grid and behind-the-meter applications, LFP is the dominant chemistry, accounting for over 95% of installed capacity (Rho Motion). According to Benchmark, LFP now represents over 56% of the global cathode market, a trend expected to continue due to the advantages of LFP chemistries in safety and cost-competitiveness, at both cell and systems levels. Its dominance in the storage segment means that this chemistry is poised for further growth in demand through 2025 and beyond, with currently an estimated 400+GWh of installations planned in the grid projects pipeline.