Core Viewpoint - International Lithium Corp. will change its name to ILC Critical Minerals Ltd. effective January 12, 2026, to better reflect its focus on critical minerals beyond lithium [1][4]. Group 1: Name Change and Trading Information - The company's common shares will continue to trade under the symbol "ILC" on the TSX Venture Exchange, with a new CUSIP number of 44967J107 and ISIN CA44967J1075 [1]. - The share capital remains unchanged, with 272,403,254 common shares issued and outstanding, and shareholders are not required to exchange existing share certificates [2]. Group 2: Business Operations and Future Focus - All corporate information, including business operations and ongoing exploration activities, will remain unchanged, although some subsidiary names will be updated to align with the new company name [3]. - The chairman highlighted the significant recovery in lithium carbonate prices by over 110% since June 30, 2025, and noted the rise in spodumene prices by over 160% from June 2025 lows, indicating a strong market for lithium and other critical minerals [4].

Group 1 - Shoals Technologies Group Inc. is recognized as a leading investment opportunity in the wind power and solar sectors, with a recent price target increase from Jefferies to $9 from $6, reflecting a 134% stock gain over the past six months [1][2] - Jefferies expresses confidence in the company's long-term growth prospects, anticipating top-line growth through 2027 driven by strong demand for battery energy storage systems from independent power producers and hyperscalers [2][3] - The company's expansion efforts into Australia and Latin America are expected to further accelerate growth, with Jefferies projecting mid-to-high 30s gross margins as capital expenditures stabilize [3][4] Group 2 - Shoals Technologies Group specializes in manufacturing essential electrical components for solar power systems and other clean energy applications, including products for solar and battery storage projects such as easy-to-connect cables and big lead assemblies (BLA) [4]

Grid Infrastructure Challenges with Renewable Energy - Renewable energy sources like wind and solar are creating infrastructure problems because power grids weren't designed for them [1] - The lack of inertia in renewable energy systems can increase the risk of widespread blackouts [5] - Conventional power plants have built-in inertia, providing buffer time when a power plant fails [2][4] Solutions for Grid Resilience - Grid-forming inverters can operate independently and support the grid during disruptions [5][6] - Synchronous condensers can provide additional rotational inertia by using electricity from renewable sources [7] - Battery energy storage systems (BESS) can deploy excess energy to stabilize the grid during outages [8] Technological Aspects - Conventional power plants produce electricity at a grid frequency of 60 Hz in the US [3] - Grid-following inverters rely on the grid's voltage and frequency, while grid-forming inverters can adjust electronically and react faster [5][6]