America declared a state of National Energy Emergency in January 2025; Bimergen Energy offers investors a ground-floor opportunity in one of the fastest-growing sectors of the U.S. energy economy: utility-scale battery energy storage (BESS). With demand for electricity surging from AI-driven data centers, electrification, and renewable integration, grid stability has become a national priority. With constantly accelerated power demand in the age of AI today and BESS installations having reached about 8.7 GW last year in the United States, Bimergen’s own pipeline of approximately 2 GW of BESS projects positions it to directly address this exigent need. While federal incentives such as the Inflation Reduction Act’s federal investment tax credits (ITCs) provide powerful, near-term catalysts for value creation, Bimergen can take advantage of significant cash flow from ITC monetization upon any commercial operations of its projects, leading to accelerated portfolio expansion.

Unlike many early-stage developers, Bimergen has designed a model built on capital efficiency and contract-backed revenues for sustainable and scalable revenue growth to de-risk its operations. By securing financing at the project level, partnering with institutional offtakers, and monetizing up to 50% of project CapEx at commercial launch through ITCs, the Company also reduces balance-sheet risks while generating stable, recurring cash flows. While the Company is expecting initial project development revenues at times of project acceptances, its flagship Redbird project in Texas, expected commercial operation in late 2026, will serve as a proof point for scaling additional assets from the Company’s robust pipeline.

The leadership team combines deep energy infrastructure, project finance, and capital markets expertise, providing both technical and financial execution capabilities. With industry tailwinds, a scalable development model, and a clear path to near-term cash generation, Bimergen represents a compelling microcap growth story in the essential, high-demand field of energy storage.